VII/172 First Byurakan Survey (FBS) (Markarian+, 1989)

VII/172/table7.dat The FBS Catalogue of Markarian galaxies (1469 records)

Mrk ---	RA DE hms dms	z0 ---	Mag (n) mag	Mabs mag	Sp ---	MajDiam (n) arcsec	MinDiam arcsec	(r)	(n)	MType ---	Stype ---	Ddia arcsec	Vmag mag	B-V mag	U-B mag	(r)	Var ---	F12um Jy	(l) F25um Jy	(l) F60um Jy	(l) F100um Jy
1	1 13 19.5+ 32 49 33	0.0167	15.2	-19.4	sd2e	27 *	16	9		(R)SB0a	Sy2	55	14.44	0.90	0.01	91		1.80	0.81	2.28	2.73
2	1 51 55.7+ 36 40 20	0.0190	14.2	-20.8	s2	20 *	25	9		SBa	e	36	13.54	0.60	-0.12	1		0.25	1.03	5.47	7.44
3	6 9 48.1+ 71 3 0	0.0141	13.8	-20.6	ds2e	35 *	25	9		SB0	Sy2	75	12.77	1.13	0.12	91	v	0.70	2.86	3.88	3.35
4	6 21 27.7+ 74 19 53	0.0160	15.0	-19.6	sd2e:	10 *		1		SBc	e,a								0.34	2.35	4.40
5	6 35 24.4+ 75 40 14	0.0029	17.0 *	-13.9	d1e	7 *		1		Im	HII	41	15.25	0.56	-0.34	71
6	6 45 43.4+ 74 29 7	0.0197	14.8	-20.2	s1e	20 *		12		SAB0/a	Sy1.5	55	13.28	1.01	0.19	91	v	0.31	0.68	1.11	0.94
7	7 22 18.7+ 72 40 24	0.0106	13.9	-19.7	d2	25 *	40	5		Im	e	41	14.24	0.41	-0.36	71			< 0.25	0.59	1.02
8	7 23 38.5+ 72 13 50	0.0126	13.8	-20.2	d1	37 *	27	41		Im	e	41	13.97	0.49	-0.37	71			0.41	2.36	3.82
9	7 32 42.0+ 58 53 0	0.0400	15.2	-21.3	s1e:	25 *		12		S0p	Sy1	37	14.41	0.56	-0.79	91	v	0.30	0.53	0.87	1.47
10	7 43 7.4+ 61 3 23	0.0293	14.0	-21.8	s1e:	20 *		59		(R)SBbc	Sy1	137	13.03	0.69	-0.38	91	v		0.30	0.84	2.13
11	7 43 17.0+ 74 27 30	0.0133	14.4	-19.7	s3	26 *	18	35		E5/S0	a	32	13.91	0.81	0.30	90
12	7 44 41.0+ 74 29 6	0.0136	12.7	-21.4	d3	25 *	12	9		SBc	e,a	57	12.86	0.47	-0.35	71		0.33	0.33	3.18	6.85
13	7 51 56.8+ 60 26 17	0.0050	14.5	-17.5	sd1e:	20 *		1		SBbc	SB	114	13.77	0.57	-0.04	70			< 0.25	0.48	1.00
14	8 5 21.7+ 72 56 33	0.0105	14.4	-19.2	s2	20 *		1		S0?	SB	29	14.53	0.42	-0.35	71			0.25	1.07	1.55
15	8 28 48.5+ 75 18 36	0.0219	17.0 *	-18.1	d1e:	10 *		9			e								< 0.25	0.59	1.33
16	8 47 57.6+ 73 22 40	0.0083	14.6	-18.4	ds1	20 *	14	9			e,a	29	14.69	0.61	0.00	71			< 0.25	0.55	< 1.19
17	8 47 49.0+ 57 17 41	0.0228	17.0 *	-18.2	s2	7 *		1			e
18	8 58 1.6+ 60 20 53	0.0111	13.1	-20.5	ds3	50 *	25	8		Sa?	e,a	41	13.93	0.78	-0.06	71			0.31	2.06	3.04
19	9 12 53.5+ 59 58 53	0.0141	15.6	-18.5	ds1e	12 *	15	1			HII	15	15.42	0.45	-0.69	71			< 0.25	0.56	1.00
20	9 16 59.6+ 71 45 22	0.0121	14.7	-19.1	d3	23 *	13	8		SBa	e	29	14.50	0.42	-0.29	71			< 0.25	0.68	1.18
21	9 44 57.5+ 58 12 13	0.0281	15.1	-20.3	sd3	12 *	9	9		SBb?	SB	15	14.85	0.78	0.09	81
22	9 46 3.1+ 55 48 46	0.0050	15.6	-16.2	d1e	7 *	13	1			e	24	15.76	0.62	-0.42	71
23	9 53 26.7+ 60 12 20	0.0325	15.6	-20.3	s2	12 *		1			e								< 0.25	0.63	1.03
24	9 55 59.6+ 54 45 7	0.0456	17.0 *	-19.6	ds2	10 *	13	5			e
25	10 0 22.2+ 59 40 43	0.0103	14.2	-19.2	s2e:	18 *		12		[E]	e	24	14.26	0.62	-0.20	71			0.62	1.30	1.64
26	10 8 26.4+ 59 8 20	0.0307	15.7	-20.1	d2e:	13 *	18	7		Sc	e	24	15.60	0.42	-0.33	71
27	10 8 31.6+ 58 58 53	0.0073	17.0 *	-15.6	d1	10 *		9		p	e	11	16.46	0.46	-0.23	71
28	10 9 0.0+ 58 38 43	0.0304	17.0 *	-18.7	ds2	8 *		9			e
29	10 14 28.2+ 60 18 33	0.0310	16.5 *	-19.3	d2	13 *	10	8			a
30	10 16 19.2+ 57 40 13	0.0263	17.0 *	-18.4	d3e:	15 *	10	9			e
31	10 16 24.0+ 57 40 20	0.0260	14.7	-20.7	s2	10 *		9		SBb	SB	15	15.55	0.82	0.04	81
32	10 23 48.0+ 56 31 27	0.0029	16.0 *	-14.6	d3	13 *	10	9		p	HII	37	15.79	0.37	-0.05	71
33	10 29 22.2+ 54 39 23	0.0047	13.2	-18.5	sd1e	30 *	25	12		Im?	HII	30	13.30	0.33	-0.52	67			0.97	4.73	5.25
34	10 30 52.2+ 60 17 20	0.0518	16.0 *	-20.9	ds1e	25 *	18	9		SB0/a	Sy2	37	14.38	0.98	0.09	91	v		0.47	0.95	1.10
35	10 42 16.4+ 56 13 20	0.0034	12.9	-18.1	ds1e	45 *	35	2		Im	HII	41	13.06	0.44	-0.39	71		0.25	0.92	5.13	6.37
36	11 2 15.6+ 29 24 34	0.0019	15.5 *	-14.2	d1e	15 *	10	9		I	HII	24	15.24	0.34	-0.61	71
37	11 13 51.4+ 29 3 0	0.0231	16.0 *	-19.1	d2	16 *		25			e
38	11 15 25.8+ 54 1 20	0.0365	15.5	-20.6	sd3	25 *		9		SBb	e,a								< 0.25	0.59	1.15
39	11 15 29.9+ 54 1 26	0.0368	15.5	-20.6	ds1e:	25 *		5		SBb	e,a
40	11 22 48.0+ 54 39 26	0.0208	16.8	-18.1	sd2	10 *		15		S0	Sy1	29	15.12	0.85	-0.18	91
41	11 33 58.4+ 55 7 23	0.0196	15.0	-19.7	sd2e:	20 *		7		p	e	15	15.01	0.66	-0.15	67			< 0.40	0.56	1.62
42	11 51 5.3+ 46 29 20	0.0240	15.2	-20.0	s2e:	12 *		2		SBb	Sy1		15.45	0.79	-0.19	2
43	12 0 26.6+ 39 42 14	0.0204	16.0 *	-18.8	d2	10 *	20	5			e	38	15.22	0.60	-0.21	71
44	12 0 51.4+ 39 5 27	0.0231	15.3	-19.8	s2	18 *	12	5			SB	15	15.27	0.62	0.01	81
45	12 1 1.9+ 60 48 33	0.0143	15.6	-18.5	ds3	9 *	16	5		[S0]	e	29	15.28	0.66	-0.09	71
46	12 13 26.1+ 41 12 13	0.0125	17.0 *	-16.7	d3	8 *	11	5			e	24	16.34	0.41	-0.13	71
47	12 13 29.4+ 40 51 0	0.0196	16.0 *	-18.7	sd3	9 *		5			a	38	14.89	0.71	0.24	71
48	12 14 1.0+ 58 9 27	0.0159	16.0 *	-18.3	s3	10 *		5		S0	a	24	14.76	0.95	0.45	71
49	12 16 36.4+ 4 8 7	0.0034	14.5	-16.4	ds1e	13 *	10	50			HII	24	14.64	0.48	-0.39	71			< 0.32	0.74	1.00
50	12 20 50.9+ 2 57 20	0.0232	15.5 *	-19.6	s1	12 *		50		S0	Sy1	37	14.69	0.82	-0.06	91
51	12 21 41.1+ 4 30 0	0.0032	15.2	-15.6	ds2	20 *	10	2		E4	HII	24	15.05	0.62	-0.21	71
52	12 23 8.9+ 0 51 0	0.0068	13.4	-19.0	sd2e	10 *		12		SBab	SB	64	12.88	0.67	-0.05	70		0.35	1.09	4.58	5.91
53	12 53 40.5+ 27 56 50	0.0160	15.5	-18.8	ds2	13 *	10	5			e	24	15.30	0.41	-0.33	71			< 0.26	0.63	1.61
54	12 54 32.0+ 32 43 7	0.0450	15.1	-21.4	s1e	13 *		65			HII								< 0.42	0.92	1.81
55	12 54 59.7+ 27 40 34	0.0162	16.0 *	-18.3	sd3	12 *		5			e	24	15.33	0.68	0.03	71
56	12 56 10.0+ 27 32 0	0.0243	15.4	-19.8	d2e:	10 *		5		S0p?	e
57	12 56 12.0+ 27 26 40	0.0253	15.4	-19.9	sd1	15 *		5		S0p?	e
58	12 56 40.0+ 27 54 47	0.0180	15.1	-19.4	s3	15 *		52		[S0?]	e,a	15	15.34	0.49	-0.06	81
59	12 56 38.2+ 35 6 50	0.0022	12.8	-17.2	d1e	20 *		32		Sm,Im	HII	24	13.65	0.38	-0.75	71			0.42	1.82	2.29
60	12 57 44.5+ 28 8 7	0.0172	15.5 *	-18.9	ds3e:	12 *		5		Sba	e,a	15	15.91	0.48	-0.08	71
61	12 59 17.7+ 29 38 56	0.0571	17.0 *	-20.0	d2	10 *	7	35			e
62	13 2 55.8+ 30 32 36	0.0335	16.5 *	-19.4	d2	10 *		27			e	14	16.66	0.38	-0.40	89
63	13 3 43.3+ 30 53 1	0.0580	17.0 *	-20.1	d1	8 *		52			e,a
64	13 4 47.7+ 34 40 23	0.1840	17.0 *	-22.6	sd1	7 *		70			Sy1		16.97	0.41	-0.74	84
65	13 19 13.0+ 59 21 47	0.0434	15.5 *	-21.0	d1	13 *		2			e
66	13 23 57.8+ 57 30 39	0.0212	15.0 *	-19.9	d3e:	15 *		12			e	15	14.98	0.42	-0.31	81			< 0.25	0.51	< 1.04
67	13 39 39.4+ 30 46 17	0.0036	16.5 *	-14.5	sd1e	10 *		2			HII	15	16.01	0.52	-0.40	71
68	13 42 59.3+ 27 22 13	0.0177	17.0 *	-17.5	d2e:	12 *	8	5			e
69	13 43 51.3+ 29 53 3	0.0762	16.5 *	-21.2	s1	8 *		5			Sy1	25	15.93	0.52	-0.44	82
70	13 53 17.7+ 26 56 17	0.0168	16.0 *	-18.4	d2e:	12 *		52			e	14	15.88	0.50	-0.23	89
71	7 23 23.7+ 69 17 33	0.0009	11.6	-16.7	d1e	20 *	33	41		Im	HII	43	13.72	0.42	-0.25	71			0.73	3.28	4.38
72	7 25 37.8+ 56 57 13	0.0441	17.0 *	-19.7	d3e:	8 *		8			e,a
73	7 27 7.0+ 63 20 53	0.0150	14.9	-19.5	sd3e	15 *		4			e	20	14.71	0.73	-0.11	71			0.72	3.22	3.54
74	7 27 6.1+ 55 21 34	0.0371	16.0 *	-20.4	d3	10 *	7	8			e
75	7 28 29.3+ 55 18 13	0.0300	16.0 *	-19.9	ds3	10 *		8			e,a								< 0.42	0.59	1.36
76	7 30 21.5+ 65 7 7	0.0216	15.1	-20.1	ds3e	25 *	13	35			a
77	7 31 39.1+ 60 24 46	0.0915	16.5 *	-21.8	sd3e:	8 *		48			e
78	7 37 55.9+ 65 17 43	0.0380	15.0 *	-21.4	ds1e	15 *	10	4		SB0	Sy2	37	14.44	0.99	0.09	91	v		0.54	1.12	1.18
79	7 38 46.9+ 49 55 47	0.0220	13.3	-21.9	s1e	40 *	20	3		SBc	Sy1	75	13.13	0.58	-0.52	91	v	0.31	0.78	1.49	2.09
81	7 39 46.1+ 57 6 26	0.0112	14.3	-19.4	sd2e:	30 *	20	35		S0	a	15	14.28	1.02	0.62	81
82	7 42 38.3+ 62 30 19	0.0190	15.5 *	-19.4	s2e:	10 *		4			e	15	14.88	0.91	0.25	71
83	7 44 13.1+ 54 20 13	0.0490	16.5 *	-20.4	s3e:	7 *		4			e								< 0.25	0.58	1.00
84	7 51 5.7+ 55 50 7	0.0210	13.6	-21.5	s2	30 *	10	4		Im	e,a	41	13.91	0.45	-0.19	71			0.27	1.35	2.59
85	8 8 56.8+ 55 49 26	0.0120	13.8	-20.0	s3e:	25 *		11		E1p	a	41	13.55	0.85	0.32	71
86	8 9 43.1+ 46 8 33	0.0015	11.7	-17.6	d1e	54 *		13	*	Sm dbl	e	138	11.72	0.67	-0.17	69			0.42	3.15	6.26
87	8 15 55.1+ 74 8 53	0.0100	13.4	-20.1	sd3e	20 *	15	41		SB0/a	SB	57	13.35	0.90	0.23	71			< 0.25	1.30	3.41
88	8 24 18.0+ 55 52 34	0.0310	14.3	-21.6	d2e:	15 *		4			e,a	15	14.66	0.62	-0.06	81			< 0.25	1.27	2.51
89	8 25 56.4+ 52 14 33	0.0050	15.0 *	-16.9	sd2e:	12 *	8	3		Im	e	25	14.83	0.55	-0.33	67
90	8 26 15.7+ 52 51 53	0.0145	13.9	-20.3	s3	35 *	20	8		SBb	e	41	13.95	0.73	0.03	71			< 0.25	0.87	2.18
91	8 28 44.9+ 52 46 34	0.0172	14.7	-19.9	sd2	12 *	9	8			e,a								0.71	4.74	7.20
92	8 32 10.9+ 46 39 53	0.0130	15.0 *	-19.0	s1e	10 *		3		S	e	25	14.30	0.50	-0.20	67		0.25	0.38	2.50	3.72
93	8 32 10.1+ 66 24 20	0.0180	15.7	-19.0	sd1e	10 *	7	8		Sa	SB	25	15.23	0.70	-0.27	67			0.49	1.58	1.41
94	8 34 3.6+ 51 48 53	0.0025	16.5 *	-13.9	d1e	7 *		13		SBd	HII	11	16.34	0.75	-0.50	71
95	8 44 33.4+ 70 20 53	0.0120	15.5	-18.3	d2	13 *	10	3		Sb	e	25	15.40	0.46	-0.11	67
96	8 45 34.0+ 46 26 6	0.0220	15.5 *	-19.6	sd1e	9 *		3			e	25	14.95	0.39	-0.30	67			< 0.25	0.73	0.95
97	8 46 34.3+ 65 49 29	0.0236	15.3	-20.0	ds3	20 *	10	25			e								0.32	1.84	2.79
98	8 46 52.5+ 72 0 3	0.0110	15.0	-18.6	d1e	12 *	10	3		p	e	25	14.78	0.51	-0.16	67
99	8 47 25.0+ 61 12 33	0.0130	16.6 *	-17.4	d3e:	10 *	7	3			e	25	15.86	0.49	-0.38	67
100	8 54 29.8+ 66 39 47	0.0150	14.2	-20.1	s2e:	28 *		4		p	SB	25	13.87	0.64	0.40	55			< 0.25	1.39	2.43
101	9 1 0.7+ 51 48 46	0.0162	13.6	-20.8	s1	30 *	20	7		S0*	e,a	25	13.58	0.59	0.03	67			< 0.25	0.93	2.39
102	9 8 18.1+ 46 50 33	0.0144	14.3	-19.8	ds3e:	13 *	17	7			SB	15	14.58	0.53	-0.07	81			< 0.24	0.69	1.59
103	9 11 41.9+ 67 57 59	0.0319	15.6	-20.3	s3	8 *	18	8			e								0.30	1.04	1.73
104	9 13 12.7+ 53 39 7	0.0070	14.7	-17.9	s1e:	10 *	13	3		p	e	25	14.43	0.45	-0.28	67
105	9 15 43.1+ 71 37 0	0.0123	16.0 *	-17.8	s2	6 *	8	25		Sc	SB	15	15.72	0.69	-0.07	81
106	9 16 18.4+ 55 34 21	0.1220	16.0 *	-22.8	s1	5 *		3			Sy1	10	16.22	0.22	-0.90	67	v
108	9 17 26.1+ 64 26 57	0.0040	15.1	-16.3	d1e	13 *	8	4		Im?	e	41	15.05	0.42	-0.58	71
109	9 19 4.7+ 47 27 27	0.0305	15.6	-20.2	d3	10 *	15	8		SBc	HII								0.32	0.69	1.89
110	9 21 44.4+ 52 30 14	0.0360	16.0 *	-20.1	ds1e:	7 *	10	4			Sy1	15	15.37	0.76	-0.67	81	v
111	9 23 30.2+ 68 37 43	0.0135	13.9	-20.1	s2e:	32 *	30	31		Im	e	35	13.96	0.43	-0.27	81			0.37	2.82	5.66
112	9 24 35.6+ 48 17 50	0.0275	16.5 *	-19.0	D3	8 *		48
114	9 26 36.8+ 56 4 20	0.0254	14.5	-20.9	s3	30 *	15	30		SBbc	e								< 0.33	1.52	3.00
115	9 27 25.7+ 49 28 44	0.0260	15.4	-20.0	s2	10 *		4		p	e								< 0.25	0.59	1.23
116	9 30 30.3+ 55 27 46	0.0014	17.6	-11.5	sd1e	5 *		4	*	dbl	HII	15	16.21	0.17	-0.71	71
117	9 30 39.9+ 50 15 4	0.0384	15.5	-20.8	d3e:	12 *		48			a
118	9 39 5.8+ 76 34 50	0.0085	15.2	-17.9	d3	15 *	22	8		p	e	41	14.77	0.50	-0.13	71
119	9 40 10.0+ 66 12 27	0.0100	14.1	-19.3	d2e:	16 *	20	4		p	e	29	13.87	0.51	-0.18	71			0.36	2.17	4.01
120	9 42 13.5+ 72 40 53	0.0700	17.0 *	-20.6	ds2e:	6 *		13			e
121	9 42 38.3+ 73 13 7	0.0229	15.3	-19.9	sd2	10 *		7		Sb	e
122	9 43 14.5+ 73 11 50	0.0224	14.3	-20.8	s3	20 *	36	7		SBab	e,a								< 0.28	1.07	2.76
123	9 43 42.1+ 56 20 9	0.0259	15.5 *	-19.9	ds3	8 *	15	8		S0	e
124	9 45 24.3+ 50 43 26	0.0550	16.0 *	-21.0	s1e:	7 *		3		Sb	Sy1	25	15.33	0.61	-0.47	67			0.29	0.67	< 1.00
125	9 47 2.8+ 46 11 33	0.0248	15.0 *	-20.3	d3e	12 *		8			e								< 0.25	0.66	1.26
126	9 49 16.5+ 52 27 34	0.0391	15.5 *	-20.8	ds3e	15 *		7			a								< 0.25	0.53	1.59
127	9 51 3.8+ 51 28 47	0.0370	16.5 *	-19.7	s2e	8 *		4			e
128	9 53 16.1+ 60 19 33	0.0310	16.0 *	-19.8	d3	10 *	20	13			e
129	9 53 32.7+ 46 41 47	0.0157	15.1	-19.2	sd3	10 *	15	8			a	24	14.92	0.72	0.05	71
130	9 56 44.7+ 47 32 40	0.0857	16.5 *	-21.5	ds3e:	8 *		25			e
131	9 57 28.8+ 55 51 39	0.0037	13.8	-17.4	sd2	25 *		54		SAB0	e,a	38	13.75	0.63	0.06	71
132	9 58 8.0+ 55 9 10	1.7570	15.0 *	-29.5	s1e:	6 *		11			QS0	10	16.00	0.25	-0.84	55
133	9 57 52.0+ 72 21 53	0.0069	12.8	-19.8	s1e:	40 *	30	12		Sc	Sa	35	13.33	0.67	0.05	81		0.36	0.54	3.01	5.44
134	9 59 43.8+ 43 25 40	0.0180	17.0 *	-17.6	d3e:	8 *	11	25			e								< 0.52	0.43	< 1.04
135	10 2 45.8+ 53 57 27	0.0430	16.0 *	-20.5	s2e	7 *		4			e
136	10 3 41.9+ 77 9 4	0.0342	17.0 *	-19.1	sd1e:	6 *	8	7			e								0.25	0.74	1.17
137	10 9 4.9+ 65 31 0	0.0357	15.6	-20.5	ds2e:	12 *	9	48			a
138	10 9 17.9+ 67 39 27	0.0150	16.0 *	-18.2	d2	13 *	8	13		p	e	29	15.52	0.65	-0.28	71
139	10 12 46.1+ 44 2 10	0.0174	14.7	-19.8	sd2	11 *	18	7			e
140	10 13 24.6+ 45 34 16	0.0050	15.0	-16.8	sd1e	10 *	15	4			SB	15	15.19	0.45	-0.38	81
141	10 15 38.7+ 64 13 14	0.0390	15.2	-21.1	s2e:	14 *	11	4		E	Sy1	25	14.90	0.63	-0.36	67			0.25	0.75	1.73
142	10 22 23.1+ 51 55 40	0.0450	16.5 *	-20.1	s1e:	9 *	7	4		S0:	Sy1	24	15.56	0.46	-0.67	91
143	10 23 27.9+ 62 35 26	0.0325	15.6	-20.3	d3	12 *		25			e
144	10 23 54.0+ 44 15 40	0.0275	15.0	-20.5	ds3	12 *		7			e,a								< 0.25	0.59	1.48
145	10 31 43.8+ 64 42 25	0.0360	15.4	-20.7	d3e:	10 *		13			e
146	10 32 4.7+ 46 49 7	0.0120	14.1	-19.6	s1	20 *		4			e	29	14.06	0.59	-0.05	71			< 0.25	0.89	1.30
147	10 32 26.5+ 63 47 42	0.0238	15.5	-19.7	d3	12 *	7	8			e								< 0.25	0.45	< 1.61
148	10 32 37.2+ 44 34 24	0.0240	15.4	-19.8	d3e:	13 *	10	13		p	e
149	10 34 38.9+ 64 31 32	0.0020	14.4	-15.4	s3e:	15 *		4		S0	SB	28	14.43	0.61	0.26	71
150	10 35 39.8+ 44 46 53	0.0130	15.0	-18.9	sd1e	12 *	9	4			e	24	14.84	0.42	-0.27	71			0.25	0.68	1.00
151	10 39 15.3+ 48 1 40	0.0050	15.1	-16.7	s2	15 *	10	4		[S0]	SB	24	15.32	0.59	-0.21	71
152	10 45 54.0+ 50 18 13	0.0231	14.9	-20.2	s2	25 *	10	7		SBab	e								0.32	0.72	1.19
153	10 46 3.8+ 52 35 50	0.0080	14.6	-18.2	d1e:	20 *	10	4		[Scp]	e	38	14.81	0.19	-0.65	71
154	10 47 48.9+ 50 26 2	0.0430	15.5	-21.0	d3e:	13 *	10	13			e								< 0.25	0.61	1.29
155	10 48 24.0+ 44 50 7	0.0060	13.2	-19.0	ds3e:	25 *	13	4		S0/a	e	24	13.09	0.70	0.32	71
156	10 50 10.6+ 50 33 0	0.0050	14.5	-17.3	d2e	40 *	10	4		p	e	38	14.69	0.36	-0.34	71
157	10 52 5.5+ 49 59 34	0.0050	14.0	-17.8	d2e	23 *	15	4		Im	a	41	14.17	0.26	-0.57	71			< 0.27	0.62	1.30
158	10 56 1.6+ 61 47 46	0.0070	13.0	-19.5	s2e:	45 *	35	4		Sab	SB	81	12.73	0.72	0.20	71		0.33	1.20	8.40	11.80
159	10 55 24.9+ 72 54 39	0.0271	14.6	-20.9	s1	10 *	8	41				10	13.23	0.46	-0.06	55			< 0.25	1.01	1.64
160	10 58 2.5+ 70 15 41	0.0407	16.5 *	-19.9	d2e:	10 *		48			a
161	10 59 7.3+ 45 29 47	0.0200	13.4	-21.4	s2e:	30 *	20	4		SBc	SB	41	13.66	0.53	-0.15	71			0.38	2.45	3.94
162	11 2 18.0+ 45 1 0	0.0210	14.6	-20.3	d1e	22 *	11	4		I	e								0.35	1.31	1.58
163	11 3 34.8+ 48 54 17	0.0250	17.5 *	-17.8	sd3e:	6 *		13		S	e								< 0.28	0.76	1.53
164	11 9 34.4+ 51 54 23	0.0100	17.0 *	-16.3	d3e:	6 *	8	13		S	e
165	11 15 37.0+ 63 33 6	0.0130	14.8	-19.1	s2e:	13 *		4			SB	24	14.52	0.53	-0.19	71
166	11 16 28.6+ 62 45 26	0.0120	15.5 *	-18.2	s1e:	8 *		3			e	29	15.19	0.40	-0.23	71
167	11 19 21.3+ 51 24 6	0.0210	17.5 *	-17.4	sd2	6 *		48			e
168	11 23 1.2+ 47 16 26	0.0340	16.0 *	-19.9	d1e:	10 *		13			SB
169	11 23 52.9+ 59 25 47	0.0041	14.2	-17.2	sd2e:	25 *	20	12			e	41	13.96	0.58	-0.31	71		0.25	0.68	3.59	4.58
170	11 23 55.8+ 64 24 46	0.0035	14.9	-16.1	ds2e:	15 *	30	13		SBcp	HII	57	14.26	0.55	-0.24	71
171	11 25 42.8+ 58 50 23	0.0010	11.8	-16.5	sd1e	36 *		12		Sc+Im DB	HII	64	11.85	0.56	-0.34	70		3.73	21.6	105.0	110.0
172	11 26 50.9+ 22 3 28	0.0331	17.5 *	-18.4	ds1e:	8 *		27			e
173	11 27 44.6+ 48 23 0	0.0280	16.5 *	-19.0	d3e	10 *		13			e
174	11 28 31.7+ 56 24 44	0.0510	16.5 *	-20.3	s3e:	8 *	10	13			e
175	11 29 37.5+ 62 47 0	0.0126	14.1	-19.7	ds3e:	20 *	35	11		SBab	a	35	13.76	0.93	0.32	81
176	11 29 54.0+ 53 13 27	0.0260	16.2	-19.2	sd2e	60 *	8	13		SBap	Sy2	37	14.34	0.96	0.09	91			0.28	0.75	1.31
177	11 30 37.4+ 55 20 54	0.0060	16.0 *	-16.2	ds2	12 *		13		p	e	24	15.54	0.44	-0.14	71
178	11 30 45.2+ 49 30 43	0.0010	13.9	-14.4	sd2e	30 *	20	54		Sm	HII	56	14.23	0.37	-0.28	71
179	11 30 51.8+ 62 9 53	0.0150	13.6	-20.6	sd3e:	50 *		4		SBbc	a	35	13.79	0.67	0.11	81			0.25	0.99	2.33
180	11 33 32.7+ 70 26 0	0.0458	15.5	-21.1	s1e	20 *	15	75			BL	25	14.31	0.75	-0.11	81
181	11 34 18.0+ 20 15 0	0.0210	13.9	-21.0	ds3	22 *	15	13		SBc	e	29	14.09	0.50	-0.15	71			< 0.52	1.95	4.21
182	11 34 17.7+ 20 12 14	0.0205	17.0 *	-17.8	sd2e:	6 *		27			e
183	11 36 0.3+ 68 49 13	0.0415	15.4	-21.0	d3e:	13 *	10	7		Sb	e,a								< 0.65	0.57	1.36
184	11 37 12.3+ 55 14 26	0.0458	16.0 *	-20.6	d3	10 *		48			e,a
185	11 38 36.0+ 47 58 13	0.0100	13.0	-20.3	sd3	55 *	30	13		SBcdp	SB	81	12.70	0.65	0.02	71		0.25	0.25	2.47	5.48
186	11 43 16.9+ 50 28 43	0.0020	13.2	-16.6	ds1e	35 *	20	4		SB0/a	e	38	13.26	0.47	-0.22	71			< 0.25	1.17	2.41
187	11 43 45.8+ 71 54 13	0.0320	17.5 *	-18.4	ds3e:	7 *		13			e
188	11 44 53.9+ 56 14 57	0.0080	12.6	-20.2	sd3	55 *	30	13		SBc	a	81	12.32	0.63	-0.04	71		0.37	0.48	4.76	11.00
189	11 45 8.5+ 67 54 40	0.0217	16.0 *	-19.0	d3	7 *		48			e,a
190	11 49 10.1+ 48 57 34	0.0030	13.1	-17.5	sd2	35 *		13		S0/E	SB	57	12.71	0.68	-0.07	71		0.25	0.44	2.65	5.23
191	11 50 28.7+ 70 42 41	0.0320	15.3	-20.6	sd1	20 *	12	4		Sp	e
192	11 52 43.7+ 51 24 20	0.0120	17.0 *	-16.7	s3e:	8 *		13			e
193	11 52 52.1+ 57 56 26	0.0180	16.5 *	-18.1	d1e	7 *		4			SB
194	11 59 35.6+ 66 40 40	0.0510	15.2	-21.7	s1e:	10 *		4			e	29	14.97	0.53	-0.13	71
195	12 0 3.1+ 64 39 20	0.0050	14.3	-17.5	s1e	25 *	18	12		[Sa]	e	41	14.05	0.63	-0.13	71			0.27	1.78	2.52
196	12 1 47.6+ 66 52 34	0.0580	17.0 *	-20.1	d3	7 *	10	13		E?	e
197	12 5 18.2+ 67 39 47	0.0080	14.7	-18.1	s2e:	25 *		4		E0/S0	e	29	14.11	0.84	0.22	71			< 0.25	0.57	1.01
198	12 6 43.2+ 47 20 7	0.0250	15.2	-20.0	sd2e	12 *		4		SAB0p	Sy2	25	14.51	0.77	0.05	55			< 0.27	0.63	< 2.20
199	12 8 4.0+ 70 38 47	0.0077	15.4	-17.4	d2	25 *	8	11			e	43	15.12	0.42	-0.35	71
200	12 8 52.1+ 48 48 34	0.0150	17.0 *	-17.1	d3e:	8 *		13			e
201	12 11 39.9+ 54 48 20	0.0080	13.0	-19.8	ds2e	30 *	20	10		Smp	SB	41	12.86	0.53	-0.18	71		0.86	4.38	22.50	25.20
202	12 15 29.1+ 58 56 6	0.0210	15.5	-19.4	d2e:	7 *		13				21	15.32	0.69	-0.16	71
203	12 15 43.6+ 44 27 0	0.0250	14.2	-21.0	sd3e:	10 *	13	10		Sc	SB
204	12 18 31.4+ 62 16 9	0.0581	16.0 *	-21.1	ds3	10 *		48			e,a
205	12 19 31.8+ 75 35 10	0.0700	14.5 *	-23.1	s1e	6 *		3		p	QS0	15	15.24	0.40	-0.94	81			0.66	< 0.40	1.31
206	12 21 58.8+ 67 43 1	0.0030	15.5	-15.2	s1e:	12 *		10			SB	29	14.85	0.68	-0.21	71			0.30	1.20	1.70
207	12 22 48.0+ 54 46 53	0.0080	13.5	-19.3	ds2e:	30 *	20	10		Sbc	e	41	13.49	0.48	-0.22	71			0.28	2.21	4.02
208	12 23 16.7+ 47 36 13	0.0249	16.5 *	-18.7	ds3	9 *		52			e
209	12 23 50.6+ 48 46 7	0.0011	15.3	-13.2	d1e	11 *		61		Sm?	e	29	14.62	0.49	-0.53	71
210	12 24 31.3+ 48 33 7	0.0260	14.7	-20.6	sd2	13 *	10	10		SBb	e
211	12 25 38.2+ 44 46 7	0.0410	16.0	-20.3	d3e:	8 *		13		E0?	e
212	12 25 48.0+ 44 43 40	0.0233	14.8	-20.3	ds3	13 *	10	41		Sc
213	12 29 0.9+ 58 14 20	0.0100	13.2	-20.1	sd2e:	50 *	20	10		SBa	SB	57	12.80	0.62	-0.05	71		0.30	0.68	3.89	6.55
214	12 29 16.3+ 66 2 20	0.0310	16.0 *	-19.8	d2	10 *		13			e
215	12 30 10.7+ 46 2 33	0.0197	14.6	-20.1	s1e:	13 *		12			e	15	14.45	0.58	-0.16	81
216	12 30 51.4+ 52 3 6	0.0334	16.5 *	-19.4	d3	9 *	7	27			e
217	12 32 51.4+ 66 39 7	0.0464	16.5	-20.1	s1e:	8 *		48			a	17	15.31	0.89	0.57	90
218	12 33 52.3+ 48 9 53	0.0286	15.5	-20.0	d3	12 *	10	52			a
219	12 36 18.9+ 56 12 7	0.0100	16.0 *	-17.3	ds2	20 *	8	13		p?	e	38	14.98	0.64	-0.22	71
220	12 41 31.6+ 55 10 10	0.0167	14.1	-20.3	sd1e	15 *	10	41			SB	15	14.49	0.33	-0.25	81			0.30	1.81	2.99
221	12 41 33.5+ 55 10 47	0.0165	14.7	-19.7	d3e:	10 *		27		p	e
222	12 43 24.0+ 47 22 27	0.0160	16.5 *	-17.8	d2	8 *		13		I	e
223	12 43 41.3+ 71 35 33	0.0040	15.3	-16.0	s1e:	12 *		10			e	21	14.82	0.60	-0.21	71			< 0.25	0.74	1.18
224	12 44 3.6+ 48 30 33	0.0040	16.0 *	-15.3	d3	13 *	8	13		Im	e	38	15.51	0.27	-0.39	71
225	12 44 58.6+ 47 26 1	0.0200	16.5 *	-18.3	sd2e:	11 *	8	10			e								0.55	0.67	1.11
226	12 45 0.4+ 72 11 13	0.0270	17.5 *	-18.0	s2	7 *		10			e								< 0.25	0.46	< 1.30
229	12 46 28.0+ 47 59 10	0.0240	17.0 *	-18.2	d2e	8 *		13			e
230	12 53 9.3+ 64 32 0	0.0710	16.0 *	-21.6	d3	12 *		13			e	29	15.27	0.88	0.11	71		1.82	8.56	33.30	30.00
231	12 54 5.0+ 57 8 37	0.0410	14.1	-22.2	s1	12 *		10		Scp	Sy1	35	13.62	0.81	0.16	81	v
232	12 55 11.1+ 59 20 14	0.0224	16.5 *	-18.5	d3e:	11 *	8	27			e
233	12 56 23.1+ 59 24 14	0.0283	17.0 *	-18.5	d3	7 *		27			e
234	12 58 36.5+ 64 42 46	0.0070	16.5 *	-16.0	d3e:	13 *	10	13		S0/a	e	29	15.37	0.59	-0.24	71			< 0.30	0.93	2.36
235	12 57 39.0+ 33 42 21	0.0250	15.2	-20.0	ds3e:	20 *	12	10			e	38	14.37	0.46	-0.22	71
236	12 58 18.0+ 61 55 27	0.0520	17.0 *	-19.9	d3e:	11 *	7	17		SB	Sy1	17	15.48	0.66	-0.45	88			0.21	1.46	2.59
237	12 59 2.0+ 48 19 47	0.0310	15.1	-20.6	d3	13 *	10	13	*	dbl	e
238	12 59 20.7+ 65 16 6	0.0500	16.5 *	-20.3	sd2e:	8 *		13			e								0.25	1.24	2.62
239	13 3 17.2+ 53 51 33	0.0380	15.5 *	-20.7	s2	11 *	8	35			a	32	14.79	0.94		90
240	13 3 23.2+ 53 53 13	0.0288	17.0 *	-18.6	ds3	10 *	6	48		SB?	e
241	13 3 58.0+ 33 14 19	0.0260	16.0 *	-19.3	d3e:	13 *	9	13			e	24	15.31	0.58	-0.08	71			< 0.58	0.48	1.08
242	13 3 55.8+ 53 45 33	0.0250	16.0 *	-19.3	d3e:	11 *	7	13			e,a	24	15.64	0.52	-0.05	71
243	13 8 46.1+ 60 51 17	0.0280	16.0 *	-19.5	d2	12 *		13			e
244	13 10 12.3+ 50 39 29	0.0290	17.0 *	-18.6	d1e:	11 *	8	17			e
245	13 10 22.7+ 67 45 59	0.0200	16.0 *	-18.8	s1	10 *		10			e	29	15.18	0.62	-0.21	71			< 0.25	0.41	1.02
246	13 11 12.9+ 56 21 41	0.0410	16.0	-20.3	d2e:	7 *	9	13			e
247	13 12 32.8+ 55 3 46	0.0323	15.0 *	-20.8	s1e	10 *		12			e	15	15.00	0.53	-0.20	81			0.30	1.45	2.26
248	13 13 4.4+ 44 40 13	0.0349	16.5 *	-19.5	sd3	12 *	9	32											0.38	1.67	1.89
249	13 15 8.6+ 57 48 0	0.0094	13.9	-19.2	sd3e:	30 *	20	35		S0	a	38	13.55	0.84	0.30	71
250	13 15 25.2+ 44 4 27	0.0280	15.5	-20.0	sd3e:	13 *		13			e
251	13 17 56.2+ 52 18 47	0.0157	16.0 *	-18.2	d3e:	8 *		8			e	24	15.60	0.45	-0.26	71
253	13 18 27.3+ 56 41 53	0.0220	15.7	-19.3	d3	18 *	8	13			e	24	15.36	0.81	0.01	71
254	13 20 46.5+ 51 59 53	0.0300	15.4	-20.3	d2	20 *	12	13			e								0.25	1.09	2.23
255	13 20 57.0+ 53 13 44	0.0308	15.7	-20.0	d3e:	10 *	7	8			e
256	13 21 26.7+ 70 46 26	0.0100	13.2	-20.1	d1e	50 *		10		Sd	e	57	13.30	0.36	-0.42	71			0.35	2.87	5.45
257	13 25 13.6+ 55 44 40	0.0160	14.6	-19.7	sd2	15 *	12	10		SBb	e
258	13 26 48.8+ 53 42 3	0.0257	16.0 *	-19.3	d3e:	9 *		8			e	24	15.54	0.79	-0.04	71
259	13 26 34.7+ 44 11 21	0.0280	16.5 *	-19.0	ds1e	9 *	7	17			e								< 0.25	0.62	< 1.23
260	13 27 15.1+ 45 15 40	0.0350	17.0 *	-19.0	s2e:	7 *		10			e
261	13 29 6.5+ 75 49 22	0.0310	15.3	-20.5	ds2e:	15 *	10	10		Sb	e								< 0.25	0.96	1.77
262	13 29 25.4+ 75 49 25	0.0300	16.0 *	-19.7	s2	13 *	7	13		SB	e,a								< 0.25	1.21	2.21
263	13 31 41.0+ 69 6 59	0.0050	16.5 *	-15.3	sd1e	10 *		10			e
264	13 32 11.3+ 52 8 43	0.0629	17.0 *	-20.3	ds2e:	12 *	7	8		SBc	a								< 0.25	0.73	1.63
265	13 35 58.0+ 28 1 23	0.0340	15.5	-20.4	ds2e:	15 *	10	17		Sb?	e								< 0.25	0.82	1.41
266	13 36 14.7+ 48 31 53	0.0275	14.1	-21.4	d3	25 *	20	41	*	dbl	Sy2	24	13.25	0.83	0.20	71		0.48	1.03	7.20	11.80
267	13 37 28.5+ 43 18 17	0.0120	15.2	-18.4	s1e:	20 *	13	10		[S]	e	24	14.75	0.60	-0.13	71		0.89	0.25	1.14	1.86
268	13 38 54.2+ 30 37 47	0.0410	15.3	-21.0	sd3e:	12 *		10			Sy2	15	14.66	0.94	0.28	81			0.28	1.42	1.71
269	13 39 19.1+ 66 4 29	0.0490	17.5 *	-19.3	d2e:	8 *		13			e
270	13 39 40.7+ 67 55 33	0.0090	14.3	-18.8	ds3e:	15 *		10		SAB	Sy2	15	14.05	0.92	0.31	81
271	13 39 47.2+ 55 55 19	0.0257	13.6	-21.7	d3e	25 *		41	*	Sc,dbl	Sy2	81	13.05	0.59	0.04	71			< 0.28	1.50	4.20
272	13 39 52.8+ 43 0 46	0.0350	16.5 *	-19.5	sd3	11 *	7	17			e
273	13 42 51.2+ 56 8 20	0.0380	15.0	-21.2	d1e:	20 *	12	10		p	Sy2	15	14.91	0.77	0.1	81			2.34	23.40	21.60
274	13 44 39.6+ 29 54 16	0.0322	17.5 *	-18.3	sd2e:	5 *		52
275	13 46 25.4+ 31 42 33	0.0270	15.3	-20.1	ds2e:	15 *	10	13			e	36	15.02	0.57	-0.13	89
276	13 49 25.2+ 44 3 6	0.0336	15.2	-20.7	d3e:	15 *	11	35			e,a
277	13 50 24.8+ 64 37 7	0.0060	15.7	-16.5	d1e:	7 *		17		Im	e	41	15.27	0.46	-0.49	71
278	13 51 22.3+ 72 58 43	0.0360	14.8	-21.3	ds1e:	50 *	15	10		SBb	e
279	13 51 51.9+ 69 33 13	0.0302	14.5	-21.2	s1e	15 *		12		S0	Sy1	25	14.18	0.66	-0.55	55	v		0.31	1.08	2.19
280	13 55 4.2+ 29 2 27	0.0376	15.2	-20.9	ds3e:	12 *		27		Sbc	e								< 0.25	0.60	1.36
281	13 55 0.6+ 42 5 20	0.0070	12.5	-20.0	sd2e	90 *	50	10		SBb	e	106	11.89	0.71	0.13	69		0.36	0.65	5.23	12.60
282	14 1 3.0+ 69 43 19	0.0210	15.5	-19.4	sd1e	12 *	8	10			SB
283	14 1 12.3+ 41 50 37	0.0350	17.0 *	-19.0	s2	7 *		13	*	dbl	e
284	14 4 8.5+ 69 22 30	0.0316	15.6	-20.2	s2	15 *	8	26			e
285	14 7 39.8+ 71 54 13	0.0340	16.0 *	-20.0	d3e:	8 *	10	17			e
286	14 18 46.5+ 71 48 46	0.0260	13.9	-21.5	sd2	20 *		10		Scd?	SB	41	13.54	0.50	-0.12	71		0.31	0.74	4.40	6.38
287	14 35 26.9+ 73 44 51	0.0381	15.3	-21.0	s2	12 *		52			e	32	14.31	1.02	0.31	90
288	14 50 50.2+ 74 1 40	0.0250	15.4	-20.0	d2	30 *	20	13		SBb?	e	29	14.46	0.29	-0.56	71
289	15 31 23.4+ 58 3 0	0.0400	15.5	-20.8	d3e:	11 *	8	13			e								0.28	1.00	1.50
290	15 34 45.4+ 58 4 0	0.0301	15.0 *	-20.7	s1e	10 *		12		E	Sy1	27	14.68	0.67	-0.71	55
291	15 52 54.1+ 19 20 20	0.0356	15.0 *	-21.1	sd1e	10 *	13	26		SBa	Sy1	29	15.14	0.51	-0.37	71	v
292	15 53 45.3+ 19 2 17	0.0330	16.5 *	-19.4	ds2e	12 *		13			e	14	16.36	0.54	-0.27	89
293	15 57 30.1+ 18 52 17	0.0303	17.5 *	-18.2	d2e:	6 *	8	48			e	14	17.20	0.50	-0.06	89
294	15 59 48.5+ 18 57 13	0.0080	15.2	-17.7	d3	15 *	20	10		Im?*	e	41	14.65	0.59	-0.19	71			< 0.56	0.46	0.95
295	16 1 13.4+ 19 19 0	0.0383	16.0 *	-20.3	d2e:	8 *		52			e	14	16.16	0.76	0.10
296	16 1 13.4+ 19 17 53	0.0160	15.5	-18.9	s1e:	10 *	25	10		Im	e	41	15.53	0.35	-0.51	71			< 0.25	0.55	1.30
297	16 3 1.2+ 20 40 43	0.0159	14.1	-20.2	s1e:	30 *	40	12		Smp	e	106	12.99	0.44	-0.30	69		0.31	0.88	6.94	9.74
298	16 3 21.7+ 17 56 3	0.0341	15.2	-20.8	ds2e	16 *	20	12		S0p	Sy3	55	14.46	0.96	0.12	91
299	16 3 30.9+ 17 26 23	0.0370	17.5 *	-18.7	ds3e:	10 *		13			e	14	16.27	0.46	-0.19	89
300	16 4 0.2+ 18 18 57	0.0400	15.5	-20.9	s2e:	14 *	20	10		SB0	e								< 0.25	0.72	1.34
301	16 7 4.0+ 19 19 57	0.0363	17.5 *	-18.6	d1e:	7 *		52			e
302	16 0 27.9+ 15 25 3	0.0312	17.5 *	-18.3	ds2e:	7 *		48			e
303	22 14 1.4+ 16 13 13	0.0250	14.9	-20.5	d2	30 *	24	14		Sbc	e	41	14.21	0.60	0.02	71
304	22 14 45.2+ 13 59 27	0.0673	14.6	-23.0	sd1e:	9 *		26		E/S0	Sy1	37	14.50	0.49	-0.81	91	v
305	22 29 24.3+ 19 26 21	0.0192	17.0 *	-17.9	ds2e:	8 *		52			a
306	22 29 26.4+ 19 26 7	0.0202	14.6	-20.4	d2	24 *	12	26		Sp	e	36	14.47	0.48	-0.18	89			< 0.40	1.17	2.34
307	22 33 31.4+ 20 3 53	0.0192	13.7	-21.2	d2e	36 *	30	26		SBc	SB	56	13.20	0.58	-0.15	71			0.28	1.83	4.23
308	22 39 29.7+ 19 59 53	0.0240	14.7	-20.6	sd2e	18 *	12	14		I0	SB	41	14.37	0.61	-0.07	71			0.79	2.47	2.55
309	22 50 9.9+ 24 27 54	0.0429	15.3	-21.3	sd1e	8 *		40		S	Sy3	38	14.91	0.57	-0.34	71			0.72	3.45	5.53
310	22 55 22.2+ 16 29 40	0.0331	15.5	-20.5	d3	20 *	15	52			a	36	14.89	0.95	0.44	89
311	22 56 5.3+ 14 54 7	0.0312	15.0	-20.8	ds2e	14 *		26		SBb?	e,a	29	14.46	0.69	0.04	71			0.43	1.92	3.34
312	22 58 8.8+ 16 5 34	0.0330	16.0 *	-20.0	d3	20 *	15	14		Sc	e	24	14.72	0.57	-0.22	71			< 0.46	0.69	1.54
313	22 59 31.8+ 15 41 47	0.0068	13.3	-19.2	sd2	35 *	17	26		Ep	e,a	56	12.72	0.76	0.05	71			0.44	3.12	6.55
314	23 0 30.5+ 16 20 0	0.0078	14.0	-18.8	d2e:	30 *	20	34		Im?	e	41	13.76	0.48	-0.27	71			< 0.25	1.29	1.55
315	23 1 35.6+ 22 21 10	0.0395	14.8	-21.6	d2e	15 *		26		E0p	Sy1	37	14.54	0.87	-0.02	91			0.41	1.49	2.73
316	23 11 9.9+ 13 44 57	0.0410	15.2	-21.2	d2e:	30 *	20	14		E	SB	15	15.09	0.66	-0.28	81			< 0.52	0.96	1.56
317	23 11 20.4+ 23 32 54	0.0210	16.0 *	-19.0	s3e:	10 *		14			e	29	15.13	0.73	-0.08	71			< 0.25	0.66	1.25
318	23 15 6.0+ 13 43 47	0.0167	14.8	-19.7	d2	35 *	30	26		Sdm	e	38	13.76	0.56	-0.14	71			< 0.32	1.52	2.92
319	23 16 10.3+ 24 57 27	0.0277	14.0	-21.7	sd2e	25 *	14	41		SBb	e	29	13.98	0.66	0.03	71		0.32	0.57	4.21	7.03
321	23 17 37.0+ 23 56 40	0.0320	13.5	-22.5	sd2e	24 *		14		Sc	e	38	13.50	0.65	0.07	71			0.29	2.67	6.13
322	23 17 35.0+ 25 56 26	0.0270	15.0	-20.6	sd2e	16 *	12	14			e								< 0.24	0.95	< 0.91
323	23 17 55.0+ 27 2 26	0.0150	13.6	-20.7	sd2	40 *	24	14		Scd	e	57	13.28	0.77	0.09	71		0.32	0.32	2.98	8.37
324	23 24 1.8+ 17 59 27	0.0058	15.5	-16.7	d2	14 *		26			e	29	14.99	0.47	-0.24	71
325	23 25 12.0+ 23 18 53	0.0121	12.7	-21.1	d2e	25 *		31		Sdm	e	41	13.11	0.37	-0.41	71			0.55	5.18	6.71
326	23 25 36.0+ 23 15 17	0.0129	13.1	-20.9	ds3e	22 *	20	31		SBb	SB	41	13.66	0.73	0.08	71		0.34	0.76	3.85	5.90
328	23 35 9.4+ 29 51 10	0.0040	15.5	-16.0	ds1e	14 *	12	14		E3	e	29	14.90	0.62	-0.09	71
329	23 36 18.0+ 23 4 13	0.0591	17.0 *	-20.3	d2e:	12 *	8	47			e
330	23 40 29.3+ 19 8 47	0.0144	14.6	-19.6	ds1e:	22 *	15	26		Sa?	e	41	14.40	0.39	-0.24	71
331	23 48 53.5+ 20 18 27	0.0182	14.9	-19.8	sd3e	24 *	18	41		Sa	e	38	13.82	0.81	0.37	71		0.53	2.44	16.00	20.40
332	23 56 52.1+ 20 28 33	0.0090	12.7	-20.4	s2e	35 *		14		SBc	SB	56	12.45	0.67	-0.07	71		0.36	0.64	4.98	9.68
333	23 58 52.7+ 31 9 20	0.0165	14.3	-20.3	d3e	20 *	18	41		E0/S0	e,a	29	13.65	1.01	0.59	71
334	0 0 35.5+ 21 40 53	0.0230	14.4	-20.8	sd2e	18 *	12	14		[Scp]	Sy1.8	36	14.15	0.52	0.20	89	v		1.06	4.19	4.33
335	0 3 45.1+ 19 55 27	0.0250	14.0 *	-21.4	s1e	15 *		14		S0/a	Sy1	29	13.74	0.34	-0.71	91		0.34	0.48	0.45	< 0.85
336	0 5 26.4+ 32 47 30	0.0170	13.8	-20.8	d3e	25 *	18	14		E5	e	41	13.64	0.78	0.19	71			< 0.24	1.30	2.92
337	0 9 7.9+ 20 41 47	0.0473	15.0	-21.7	s3e:	20 *		35			e	16	14.50	0.88	0.33	90
338	0 21 12.5+ 14 24 37	0.0180	15.1	-19.5	d3	26 *	12	14		S?	e	36	14.83	0.64	-0.15	89
339	0 22 7.4+ 14 32 43	0.0180	14.5	-20.1	d3	20 *		14		SBbc	e	38	14.27	0.56	-0.07	71			< 0.25	0.73	1.16
340	0 25 56.1+ 30 52 40	0.0212	15.3	-19.8	sd2e:	14 *	10	26			e	36	15.14	0.53	-0.08	89
341	0 34 13.5+ 23 42 34	0.0167	13.3	-21.2	sd2e:	20 *	12	31		E3	e	29	14.24	0.75	0.14	71			< 0.42	0.85	3.44
342	0 35 42.5+ 13 15 30	0.0370	16.5 *	-19.7	ds3	10 *	8	14			e
343	0 35 46.8+ 14 45 53	0.0188	15.2	-19.5	d3e	12 *		26		S0/a	e	41	14.36	0.84	0.22	71			< 0.30	0.73	1.48
344	0 35 53.5+ 23 20 13	0.0254	15.5	-19.9	d2e	10 *	12	35		E?	e,a
345	0 37 50.5+ 24 45 7	0.0150	15.1	-19.2	sd3e:	12 *		14			e	41	14.62	0.75	0.10	71
346	0 42 16.5+ 27 10 33	0.0180	16.5 *	-18.2	d2	18 *	12	14			e
347	0 45 17.0+ 22 6 7	0.0200	14.9	-20.0	d2e	20 *	14	14			e,a	24	14.63	0.44	-0.30	71			< 0.64	0.94	1.80
348	0 46 4.4+ 31 41 0	0.0140	15.0	-19.2	d2e	24 *		14		SAa	Sy2	75	13.40	0.90	0.22	91		0.34	0.78	1.43	1.75
349	0 50 54.0+ 21 14 27	0.0237	15.5 *	-19.7	sd2e	14 *	8	26			e								0.35	1.86	2.61
350	0 54 38.9+ 23 37 7	0.0170	15.2	-19.3	d2	20 *	14	14		[Sp]	e	41	14.88	0.53	-0.06	71
352	0 57 8.6+ 31 33 27	0.0150	14.8	-19.5	s1e	15 *	12	14		(R)SA0	Sy1	55	14.46	0.54	-0.59	91	v
353	1 0 35.0+ 22 4 26	0.0169	14.2	-20.3	s3e	40 *	20	26		SBp	SB							0.31	0.59	3.89	5.96
354	1 1 25.9+ 20 9 53	0.0470	16.5 *	-20.2	ds3e:	14 *	10	14			e								< 0.29	0.66	1.00
355	1 19 55.0+ 26 36 23	0.0309	16.5 *	-19.4	s3	12 *		26			a	16	15.75	0.95	0.43	90			< 0.24	1.20	1.89
356	1 19 57.2+ 26 36 20	0.0300	16.0 *	-19.8	ds2e	12 *	8	14			e
357	1 19 56.6+ 22 54 30	0.0540	16.0 *	-21.0	s2e	10 *	8	14			Sy1	15	15.40	0.36	-0.68	71			< 0.26	0.96	0.85
358	1 23 45.1+ 31 21 13	0.0459	15.0	-21.8	ds2e	12 *		26		Sbc	Sy1	75	14.08	0.82	-0.16	91	v
359	1 24 50.1+ 18 55 7	0.0170	13.8	-20.7	sd2e	20 *	16	14		SB0/a	Sy1	55	13.59	0.69	-0.09	91			0.55	1.24	1.76
360	1 41 13.9+ 16 48 47	0.0270	14.7	-20.8	sd2e	12 *		14		[Scd]	e,a	38	14.56	0.42	-0.20	71			< 0.27	0.66	< 1.19
361	1 42 4.1+ 16 51 26	0.0270	15.6	-19.9	sd2e	8 *		14			e
363	1 48 12.0+ 21 45 0	0.0099	13.7	-19.7	d2	25 *	16	26		Scp	SB	38	13.87	0.57	-0.17	71			0.60	2.40	3.66
364	1 54 58.0+ 27 37 20	0.0270	15.2	-20.4	d2e:	18 *		14			e								< 0.25	0.94	1.66
365	2 1 26.0+ 28 25 7	0.0160	14.7	-19.8	sd2e	25 *	20	14			e	36	14.48	0.80	0.04	89			0.35	1.74	2.71
366	2 8 50.5+ 13 40 54	0.0260	15.0	-20.4	sd3	12 *		14			e								< 0.33	1.06	1.83
367	2 10 52.4+ 16 51 0	0.0370	15.7	-20.5	d3	20 *	12	14			e	24	15.21	0.66	-0.02	71			< 0.30	0.81	1.79
368	2 30 1.4+ 20 25 27	0.0300	14.5	-21.3	d3e	22 *	18	14		p	e	38	14.50	0.56	-0.18	71			< 0.25	0.71	1.39
369	2 34 37.9+ 20 55 26	0.0130	15.0	-19.0	sd1e	12 *		14		E	SB	29	15.30	0.39	-0.40	71
370	2 37 40.3+ 19 5 0	0.0030	13.2	-17.6	ds2	30 *	24	14		Sm	e	81	13.28	0.61	-0.19	71			< 0.31	1.12	2.91
372	2 46 30.9+ 19 5 54	0.0310	15.0	-20.9	s2e	20 *	14	14		S0	Sy1.8	37	14.54	1.01	-0.01	91
373	6 50 42.7+ 50 25 0	0.0200	15.0	-20.2	ds2e:	7 *		14		SBc	Sy1								0.50	1.84	2.57
374	6 55 33.9+ 54 15 53	0.0440	15.0 *	-21.8	s1e	7 *		14	*	dbl,S	Sy1	17	14.61	0.70	-0.38	81
375	7 2 22.3+ 67 45 35	0.0120	16.0 *	-17.9	d2	10 *		14			e	29	15.63	0.74	-0.28	71			< 0.60	0.43	< 1.06
376	7 10 35.8+ 45 47 7	0.0560	16.0 *	-21.4	s2e	16 *		17		S0/a	Sy1	29	14.37	0.51	-0.54	91			0.58	0.86	1.27
378	7 13 18.9+ 49 46 57	0.0417	17.0 *	-19.7	d2	7 *		27			Sy2
379	7 13 11.0+ 63 34 36	0.0164	14.8	-19.8	ds2	30 *	7	35		S	a	32	14.00	1.01	0.40	90
380	7 13 28.1+ 74 33 33	0.4750	17.0 *	-24.9	s1e:	6 *		45			QS0
382	7 52 3.2+ 39 19 7	0.0340	15.5	-20.7	s2	12 *	7	17		SBc	Sy1	55	14.75	0.56	-0.37	91	v
383	7 57 10.7+ 39 58 33	0.0280	15.6	-20.1	d2	12 *	8	17			e
384	8 0 8.4+ 23 32 0	0.0160	14.2	-20.4	s3e	24 *		17		SBbc	SB	15	14.42	0.81	0.11				0.67	3.72	7.05
385	8 0 27.3+ 25 14 34	0.0270	15.2	-20.5	sd3	14 *	12	17			e								< 0.39	0.99	1.65
386	8 16 52.1+ 22 11 7	0.0115	13.8	-20.0	sd3e	30 *	16	35		SBbp*		57	12.45	0.92	0.43	71			< 0.34	0.73	2.03
387	8 21 23.5+ 17 29 40	0.0366	15.1	-21.2	d3e:	18 *		25			e								0.65	0.69	1.03
389	8 29 15.4+ 22 44 0	0.0146	13.4	-20.9	sd3e:	24 *		35		S0/a	a	41	12.93	0.86	0.34	71			< 0.32	0.74	2.23
390	8 32 28.2+ 30 42 20	0.0240	15.0	-20.3	sd2e:	13 *	11	17			e								< 0.30	0.64	< 1.01
391	8 51 32.3+ 39 43 40	0.0139	13.9	-20.2	d2e:	24 *	18	58		Sa	SB	37	12.88	0.88	0.26	91			< 0.28	1.28	3.43
394	9 16 7.0+ 26 28 50	0.0087	14.3	-18.8	s2e:	20 *	15	52		S0									< 0.33	1.28	1.76
395	9 18 43.9+ 33 31 20	0.0219	17.0 *	-18.0	sd2e	8 *	7	48			e
397	9 21 29.2+ 18 1 23	0.0770	16.5 *	-21.3	d3	18 *	14	17			e
398	9 21 52.2+ 17 52 36	0.0140	14.9	-19.2	d3	18 *	12	17			e	29	14.95	0.58	-0.17	71
399	9 23 4.9+ 35 6 47	0.0160	16.5 *	-17.9	d2e	18 *	10	17			e								< 0.25	1.02	1.48
400	9 23 12.2+ 19 36 3	0.0080	14.4	-18.5	d2	24 *	20	17			e	24	14.31	0.44	-0.25	71			< 0.31	1.22	2.32
401	9 27 19.5+ 29 45 33	0.0060	13.6	-18.6	sd3	30 *	20	17		SBb	SB	38	13.33	0.69	-0.06	71			0.62	2.49	3.67
402	9 32 21.6+ 30 37 46	0.0241	16.0 *	-19.2	sd2e:	12 *	8	20			e
403	9 37 55.9+ 21 27 26	0.0237	15.4	-19.8	d2e	14 *	12	40		E/S0	Sy2	29	14.53	0.88	-0.17	91
404	9 39 59.3+ 32 4 33	0.0039	15.5 *	-15.8	d2	*		20		SABbc	HII	54	11.62	0.79	0.26	102		0.66	1.35	11.70	23.20
405	9 40 32.8+ 32 12 20	0.0051	14.7	-17.2	d3	22 *	20	64
406	9 41 8.0+ 29 50 6	0.0163	15.5 *	-18.9	ds2e	15 *	12	40			e
407	9 44 43.4+ 39 19 0	0.0054	15.1	-16.9	sd3e:	12 *		20			e	24	14.90	0.43	-0.27	71
408	9 45 7.6+ 33 6 54	0.0048	14.8	-16.9	ds2	14 *	12	20			e	24	14.53	0.45	-0.34	71			< 0.29	0.46	< 1.08
409	9 46 44.6+ 32 26 53	0.0046	14.2	-17.4	d3e	18 *	14	20		S0	SB
410	9 50 8.5+ 37 59 37	0.0231	16.0 *	-19.1	sd2	12 *	9	20			e
411	9 54 35.9+ 33 51 23	0.0048	14.8	-16.9	d3	18 *	12	20			e
412	9 55 4.5+ 32 28 40	0.0150	15.5 *	-18.7	sd2e	14 *	10	20		SBc	SB								< 0.34	0.54	< 1.25
413	9 56 21.2+ 31 56 20	0.0384	15.5	-20.7	s2e	9 *		20			SB								< 0.28	1.21	1.95
414	10 10 10.6+ 35 31 34	0.0381	15.5	-20.7	d1e:	18 *	12	20		Sb?	e	25	14.80	0.69	0.17	82			0.38	0.52	1.58
415	10 25 46.8+ 40 5 37	0.0293	15.5	-20.1	d2e:	12 *		20			e								0.25	1.03	1.31
416	10 40 24.0+ 20 40 53	0.0041	15.1	-16.2	sd2e:	15 *	10	20		S0	e	41	14.13	0.70	-0.07	71			< 0.32	0.58	1.13
417	10 46 48.0+ 23 13 47	0.0325	16.0 *	-19.8	d3e:	10 *		20			e
418	10 50 21.2+ 34 10 34	0.0056	13.2	-18.8	d2e:	24 *		20		Sab	e	41	13.46	0.42	-0.26	71			< 0.25	1.74	3.02
419	10 55 45.8+ 24 27 40	0.0223	15.7	-19.3	ds3e	8 *		20			e
420	11 0 53.1+ 38 11 54	0.0428	15.6	-20.8	d2e	14 *	10	20			SB								< 0.25	0.61	1.12
421	11 1 40.3+ 38 28 34	0.0308	13.1	-22.6	s1e	18 *	14	74		E1	BL	17	13.37	0.49	-0.61	90	v
422	11 8 14.0+ 28 48 53	0.0316	14.8	-21.0	sd3e:	20 *		48			a
423	11 24 7.6+ 35 31 17	0.0321	14.9	-20.9	ds3e:	20 *		40		Sa	Sy1.9	55	13.74	0.80	0.17	91			< 0.25	1.36	2.20
424	11 27 46.8+ 37 0 40	0.0066	15.2	-17.2	ds2e:	20 *	12	20			e
426	11 38 10.3+ 35 29 10	0.0050	14.9	-16.8	d3	24 *	12	20		[Sc]	e	38	14.51	0.45	-0.40	71
427	11 40 48.5+ 36 23 17	0.0212	15.5	-19.4	d3e:	20 *	10	20			e
428	11 41 33.4+ 37 27 47	0.0418	14.9	-21.5	sd3e	18 *	12	20			e
429	11 43 49.4+ 35 7 47	0.0043	15.0	-16.4	ds2e:	16 *	14	20			e	24	14.45	0.68	0.01	71
430	11 48 28.0+ 55 21 20	0.0203	13.4	-21.4	sd2e	24 *	18	20		p	SB	57	12.95	0.76	0.32	71			< 0.25	0.83	1.66
431	11 48 51.8+ 35 42 33	0.0103	14.3	-19.0	s2e:	30 *	18	54		S0/a	a	17	14.17	0.84	0.49	90
432	11 55 31.1+ 28 9 20	0.0114	14.0	-19.5	ds2e:	35 *	20	20		SBdmp	e	57	13.66	0.46	-0.27	71
433	11 56 24.0+ 54 30 54	0.0122	14.7	-19.0	sd3e:	18 *	12	48			a
434	11 56 54.5+ 35 10 20	0.0328	15.5	-20.3	ds2e:	18 *	12	30			e
435	12 9 24.6+ 40 55 40	0.0226	15.0	-20.0	d2e	14 *	9	20			e
438	12 20 22.1+ 22 43 17	0.0222	16.5 *	-18.5	ds3e:	12 *	8	20			e
439	12 22 7.7+ 39 39 33	0.0035	12.3	-18.7	sd2e:	36 *		20		Sa	SB	81	11.99	0.64	-0.03	71		0.34	0.72	5.91	11.20
440	12 25 1.7+ 36 58 20	0.0501	16.5 *	-20.2	sd1e:	8 *		20			e								< 0.29	0.81	1.51
441	12 42 7.5+ 41 0 33	0.0182	15.7	-18.8	d2e:	18 *	10	20			e								< 0.37	0.60	< 1.31
442	12 44 59.4+ 35 37 27	0.0148	14.3	-19.8	sd3e	18 *	16	58		E0-1	e	38	13.54	1.01	0.37	71
443	12 45 41.6+ 33 37 34	0.0448	16.5 *	-20.0	ds2	10 *	8	52			a
444	12 46 16.9+ 34 44 50	0.0142	14.9	-19.1	d2e:	10 *		24			e	29	14.88	0.47	-0.36	71			< 0.30	0.69	1.14
445	12 46 36.5+ 40 52 7	0.0168	15.7	-18.7	sd2e:	24 *	12	52		SBc	a
446	12 47 43.9+ 33 25 47	0.0238	14.2	-20.9	s2e:	18 *	12	20		SBb	SB	25	13.92	0.71	0.07	82			0.28	1.45	2.50
447	12 55 44.2+ 24 36 53	0.0222	16.5 *	-18.5	ds3e:	10 *	8	20			e
449	13 9 12.0+ 36 32 47	0.0040	13.5	-17.8	d2e	60 *	18	20		Sap	SB	81	12.99	0.66	0.02	71			0.27	2.27	4.03
450	13 12 29.4+ 35 8 34	0.0030	14.9	-15.7	d1e	6 *		20		[Im]	e	56	14.06	0.52	-0.44	71
451	13 22 3.7+ 36 51 7	0.0162	14.6	-19.7	d2e	12 *		20			e								< 0.33	0.53	1.01
452	13 22 45.2+ 36 39 33	0.0174	14.0	-20.4	sd3	24 *	16	41		S0	a	41	13.48	0.95	0.45	71
453	13 23 41.0+ 33 16 20	0.0467	16.5 *	-20.1	d2e:	24 *	18	20			e								0.32	1.23	1.91
454	13 24 30.0+ 26 50 40	0.0234	15.1	-20.0	sd2e	10 *		20			e								0.29	0.65	< 1.00
455	13 28 20.4+ 31 32 20	0.0342	14.6	-21.3	d2	25 *	10	20		Sb	e								< 0.44	1.60	2.68
456	13 30 48.5+ 37 26 53	0.0344	15.6	-20.3	d3e	12 *	10	20			e
459	13 32 54.0+ 34 17 13	0.0241	17.0 *	-18.2	d2e	9 *	7	24			e
461	13 45 4.4+ 34 23 57	0.0164	14.5	-19.8	sd3e	24 *	16	24		S	e
462	13 49 17.4+ 40 27 44	0.0082	15.4	-17.4	sd2	9 *		20			e
463	13 53 39.8+ 18 36 40	0.0506	14.8	-22.0	ds1e	25 *	15	20		pec	Sy2	55	13.81	0.82	-0.08	91		0.60	1.63	2.16	1.79
464	13 53 45.1+ 38 48 54	0.0510	16.5 *	-20.3	sd1e	6 *		20			Sy1		16.12	0.83	-0.77	107	v
465	13 59 14.8+ 37 2 27	0.0093	15.2	-17.9	sd2e:	10 *		20			SB
466	13 59 40.9+ 37 15 7	0.0123	14.6	-19.1	sd3	20 *	18	52		S0/a	a
467	14 10 21.5+ 34 46 53	0.0319	16.5 *	-19.3	ds2e:	14 *	7	24	*	dbl	e	14	15.70	0.52	-0.36	89
468	14 13 46.5+ 41 13 13	0.0418	15.5	-20.9	d2	12 *	10	24			e
469	14 16 12.5+ 34 35 40	0.0692	17.0 *	-20.5	ds1e	8 *	6	20			e	14	16.09	0.36	-0.50	89
470	14 20 24.8+ 37 20 54	0.0150	14.5	-19.6	sd3e:	24 *	18	22		S0	e	59	13.62	0.96	0.34	89
471	14 20 46.9+ 33 4 37	0.0340	14.5	-21.4	d2e	24 *	18	22		SBa	Sy1.9	59	13.86	0.76	0.09	89			< 0.33	0.64	1.99
472	14 26 55.6+ 36 9 47	0.0153	15.5	-18.7	ds2e:	20 *	12	24			e	36	14.94	0.62	-0.09	89
473	14 30 52.1+ 57 4 3	0.0430	15.6	-20.9	sd3e:	12 *		22			e
474	14 33 6.0+ 48 52 47	0.0360	15.5	-20.6	sd2e	12 *	10	24		SB0	Sy1		15.25	0.97	-0.18	83			< 0.25	0.52	1.28
475	14 37 3.0+ 37 1 7	0.0025	17.0 *	-13.3	ds2e	10 *		24			e
476	14 36 52.5+ 41 13 20	0.0196	14.6	-20.1	d2	50 *	15	52		Sa	a
477	14 39 3.0+ 53 42 53	0.0380	15.2	-21.0	sd2e	14 *	12	22			Sy1	25	14.61	0.72	-0.18	92	v		0.54	1.34	1.77
478	14 40 4.6+ 35 38 53	0.0785	15.0 *	-22.7	s1e	10 *	8	19			Sy1	36	14.57	0.35	-0.76	89		0.25	0.25	0.59	1.02
479	14 52 40.7+ 18 14 20	0.0213	13.9	-21.0	d3	30 *	18	32		SBc	e	41	13.96	0.56	-0.12	71			0.25	1.65	3.41
480	15 4 44.4+ 42 50 0	0.0187	14.2	-20.4	d2	20 *	12	32		p	SB								0.23	1.80	3.03
481	15 26 33.2+ 55 36 20	0.0116	15.6	-18.0	d3	8 *		35		Ep	e
482	15 26 46.8+ 55 42 50	0.0119	14.8	-18.9	ds3e:	24 *	12	24		Sa	e								< 0.25	0.84	1.56
483	15 28 41.4+ 34 5 43	0.0485	17.0 *	-19.7	d2e	10 *	8	52			e	14	16.42	0.38	-0.45	89
484	15 29 37.7+ 54 51 27	0.0397	15.1	-21.2	d2e	12 *	10	24			e								< 0.25	0.47	< 1.00
485	15 30 21.6+ 51 56 0	0.0205	15.0 *	-19.9	d2	20 *	12	20			e								< 0.25	0.62	1.31
486	15 35 21.5+ 54 43 4	0.0397	15.2	-21.1	s1e	8 *		24			Sy1	10	14.78	0.43	-0.68	103
487	15 35 48.4+ 55 25 34	0.0028	15.2	-15.4	d2e	10 *		24			HII	24	14.95	0.54	-0.46	71			< 0.25	0.44	< 1.00
488	15 38 30.8+ 35 5 13	0.0222	15.7	-19.3	d3	14 *	12	48			e	14	15.62	0.73	0.09	89
489	15 42 36.0+ 41 14 26	0.0324	14.2	-21.7	d2	12 *		41	*	SBb,dbl	SB	38	13.94	0.50	-0.13	71			0.30	1.50	4.09
490	15 44 54.3+ 46 9 7	0.0095	15.0	-18.2	d1e	12 *	10	19			e								< 0.25	0.64	1.32
491	15 49 41.4+ 43 34 0	0.0411	14.4	-22.0	d3e	16 *	12	52		E/S0	a	29	14.04	0.93	0.40	71
492	15 56 39.0+ 26 57 20	0.0140	14.9	-19.2	sd2e	25 *	15	21			e	36	14.13	0.86	0.27	89		0.25	0.83	3.04	2.94
493	15 57 16.6+ 35 10 13	0.0319	14.9	-20.9	sd1e:	10 *		40		RSBb	Sy1	75	13.87	0.70	-0.22	91			0.29	0.64	1.29
494	15 58 31.0+ 30 30 47	0.0322	15.2	-20.7	ds2e:	8 *		24			e
496	16 10 24.0+ 52 35 0	0.0300	14.0	-21.7	s2e	10 *	8	24	*	Sdp,dbl	e	29	14.07	0.53	-0.35	71		0.36	1.19	6.43	9.60
497	16 15 28.0+ 52 8 6	0.0334	16.0 *	-20.0	d2	8 *		24			e
498	16 17 0.4+ 52 58 7	0.0199	15.8	-19.0	s3	7 *		52			a
499	16 47 3.0+ 48 47 34	0.0265	14.6	-20.9	s3e:	12 *		24			e	29	14.55	0.41	-0.26	71
500	16 47 14.0+ 48 48 0	0.0265	16.5 *	-19.0	d2e:	18 *	10	24		S	e								< 0.25	1.25	2.60
501	16 52 11.7+ 39 50 7	0.0337	13.7	-22.3	s2e:	25 *	20	74		E2/S0	BL	32	13.39	0.86	-0.09	90
503	16 55 7.5+ 63 19 13	0.0235	15.1	-20.2	d3	14 *	10	24			e
504	16 59 10.4+ 29 28 47	0.0373	17.0 *	-19.3	sd2e	18 *	12	24		SB	Sy1	10	15.78	0.85	-0.47	103
506	17 20 45.6+ 30 55 30	0.0435	15.3	-21.4	s1e	24 *	18	19		(R)Sa	Sy1	75	14.03	0.80	-0.38	91	v
507	17 48 55.4+ 68 42 50	0.0567	16.0 *	-21.2	sd2e:	10 *	8	24			Sy3	9	15.45	0.88	0.19	105			< 0.25	0.60	1.15
508	20 39 33.7- 5 45 35	0.0285	16.0 *	-19.8	ds3e	22 *	13	52			a
509	20 41 26.4- 10 54 16	0.0355	13.0 *	-23.2	s1e	10 *		19		E/S0	Sy1	37	13.48	0.25	-0.99	91	v	0.36	0.75	1.40	1.37
510	21 6 47.9- 2 2 28	0.0249	15.4	-20.1	d3	12 *	20	99			e,a	14	15.63	0.42	0.10	101
512	21 9 13.8- 1 34 37	0.0350	15.0 *	-21.2	d2e:	12 *	10	19			e							0.41	0.35	2.72	3.94
513	21 16 18.3+ 2 3 1	0.0180	16.0 *	-18.7	d3	13 *	9	29			e								< 0.25	0.81	1.48
515	21 20 50.7- 7 57 39	0.0287	16.0 *	-19.7	s3e:	13 *		47			e								< 0.31	0.50	1.00
516	21 53 52.8+ 7 7 43	0.0292	15.4	-20.3	d3e	20 *	15	68		E/S0	Sy1.8	29	14.53	0.87	0.18	91			< 0.31	1.35	2.18
517	21 54 26.3+ 6 24 38	0.0280	14.8	-20.8	ds3e:	18 *	10	52			a
518	21 56 9.3+ 11 47 53	0.0325	14.3	-21.7	sd2e	20 *	17	19		S0	e								0.39	2.70	4.00
519	21 56 56.4+ 10 14 33	0.0183	15.5	-19.2	d3	12 *		52		Sa	a
520	21 58 13.9+ 10 18 41	0.0280	14.7	-21.0	sd2e	15 *		29		p	Sy2								0.58	4.24	6.85
521	22 54 39.1+ 8 14 17	0.0333	15.4	-20.6	d3e	12 *		52			a
522	22 57 50.5+ 16 6 50	0.0329	17.0 *	-19.0	ds3e:	9 *		47			Sy2
523	22 58 9.2+ 7 2 5	0.0253	15.3	-20.0	ds3e:	20 *		47		Sa	e								< 0.29	0.58	< 1.07
524	22 58 45.3+ 9 19 48	0.0155	14.6	-19.7	sd3e:	24 *	15	19		E	e								< 0.25	0.59	1.73
526	23 10 12.1+ 10 27 29	0.0225	15.4	-19.7	ds2e	24 *	12	47		p	e
527	23 10 40.6+ 6 2 56	0.0028	14.5	-16.1	sd3e	12 *		69		SABa	e								0.49	4.37	7.19
528	23 11 34.4+ 12 54 20	0.0090	15.4	-17.7	d3e:	20 *	14	29		Sa?	e								< 0.25	0.60	< 1.00
529	23 11 47.8- 3 0 0	0.0125	14.0 *	-19.8	d3e:	12 *		19			SB								< 0.54	1.72	2.25
530	23 16 22.7- 0 1 48	0.0290	14.4	-21.2	sd2e	10 *		19		SABbp	Sy1	75	13.04	0.74	0.02	91	v		< 0.48	0.82	2.03
531	23 21 22.3+ 9 23 35	0.0124	13.5	-20.3	sd2e:	30 *	22	47		S0/E3	e							0.25	0.51	4.71	6.94
532	23 24 22.4+ 11 4 53	0.0264	15.6	-19.8	ds2e	10 *		47			e								< 0.25	0.67	1.39
533	23 25 24.8+ 8 30 17	0.0295	13.6	-22.1	sd3e	10 *		40		SBbc	Sy2	75	13.00	0.80	0.06	91		0.72	1.93	5.47	8.19
534	23 26 13.6+ 3 14 9	0.0179	13.2	-21.4	ds3e	25 *		69		Sap	e	64	12.96	0.58	-0.01	70
535	23 29 41.4+ 25 34 40	0.0243	17.0 *	-18.4	d2e:	12 *	9	47			e
536	23 29 41.0+ 2 7 58	0.0115	15.0	-18.6	d3e	13 *		29			e								< 0.38	0.47	< 1.00
537	23 31 50.5+ 4 42 4	0.0195	15.3	-19.5	d3e:	18 *	13	29			e
538	23 33 41.2+ 1 52 42	0.0099	13.1	-20.2	s2e	35 *	20	41		SBbp	SB	57	12.67	0.49	-0.44	71		0.50	2.81	11.10	10.90
539	23 41 23.3+ 2 28 12	0.0379	15.5	-20.7	d3	20 *	12	47			e,a
540	23 44 26.9- 0 43 26	0.0717	15.6	-22.0	d3	12 *	8	47			e,a	14	15.66	0.76	-0.02	101			< 0.44	0.73	1.78
541	23 53 28.2+ 7 14 36	0.0400	15.5	-20.8	s2e	10 *		19		E/S0	Sy1	37	14.90	0.87	-0.07	91
542	23 54 25.7- 2 21 42	0.0250	15.4	-19.9	d2e	11 *		19			e
543	23 59 52.9+ 3 4 26	0.0260	14.9	-20.5	ds2	18 *		29		S0p	Sy1	55	13.97	0.58	0.10	91
544	0 2 15.0- 1 46 35	0.0245	15.0	-20.2	ds2e:	19 *	12	29			e
545	0 7 18.6+ 25 38 42	0.0160	13.0	-21.4	ds3e:	60 *	30	30		SBab	SB							0.47	1.15	8.98	15.80
546	0 12 1.6- 1 49 43	0.0134	16.5 *	-17.4	d2e	9 *		29		SBa	e
547	0 17 53.5+ 0 33 20	0.0178	14.5	-20.0	ds3	20 *	14	41		S0									< 0.50	0.64	1.01
548	0 18 28.2+ 6 9 7	0.0392	15.7	-20.6	d2e	18 *		47			e
549	0 19 20.0- 1 53 21	0.0395	15.5 *	-20.8	d3	10 *		29			e	14	15.55	0.53	-0.14	101			< 0.29	0.77	1.51
550	0 24 27.0+ 1 10 55	0.0435	16.5 *	-20.0	ds2	8 *		29			e
551	0 26 46.7+ 30 16 53	0.0506	14.8	-22.2	d3e:	10 *	14	41	*	dbl S+S	e							0.26	0.80	4.56	5.89
552	0 28 43.9+ 8 11 59	0.0140	15.0	-19.0	d2e	20 *	12	19		SB	e								0.44	3.69	5.45
553	0 33 50.6+ 2 54 34	0.0155	16.5 *	-17.7	d2e	13 *	8	29			e
554	0 36 44.3+ 3 41 1	0.0261	14.8	-20.6	d3	15 *		35		S0	a								< 0.37	0.69	1.18
555	0 43 32.2- 1 59 43	0.0145	12.9	-21.2	sd3e:	10 *		19		Sd	e								1.04	3.89	8.85
556	0 46 17.2+ 4 3 37	0.0408	16.5 *	-19.8	ds2	11 *	18	47			HII
557	0 46 20.6- 2 39 5	0.0125	15.5 *	-18.2	ds3e:	15 *		29		S0/a	e	25	14.44	0.69	0.05	93			0.35	1.12	1.21
558	0 49 36.0- 2 29 21	0.0135	14.0	-19.9	ds3	10 *		19		S0	e								< 0.35	1.47	2.72
559	0 56 42.2+ 6 39 5	0.0440	15.7	-20.8	sd2e:	12 *		20			e								< 0.36	0.52	1.29
560	1 3 50.4- 0 24 41	0.0350	15.7	-20.3	ds3	9 *		20			e
561	1 5 23.0+ 20 51 16	0.0184	15.0	-19.7	sd2	13 *		52		E/S0	a
562	1 9 13.1- 0 55 43	0.0183	14.2	-20.4	ds3e	20 *		54
563	1 9 16.9- 1 55 15	0.0169	15.5 *	-18.9	d2e	18 *	10	20			e								0.33	0.70	1.42
564	1 11 12.3+ 7 31 14	0.0190	16.0 *	-18.7	d2	11 *	7	20			e
565	1 13 28.4+ 4 1 51	0.0180	13.8	-20.8	ds3	30 *	22	47		S0p	Sy?								< 0.32	1.76	3.72
566	1 16 28.4+ 4 3 49	0.0326	15.4	-20.4	ds2	10 *		20			e								< 0.36	0.64	< 1.09
567	1 16 42.6+ 4 18 55	0.0335	14.9	-21.0	ds3	13 *		19			HII							0.25	0.46	3.03	4.42
568	1 19 49.1+ 8 47 33	0.0185	15.3	-19.3	d3	17 *	10	29			e
569	1 20 1.7+ 1 37 46	0.0335	14.9	-21.0	d3	14 *	11	19			e								< 0.32	0.68	1.38
570	1 24 16.3- 1 14 1	0.0170	15.2	-19.2	s2e:	16 *		96			e
571	1 33 25.9+ 0 24 32	0.0180	14.1	-20.5	ds3e:	13 *		19		SBb	e								< 0.33	1.48	2.75
572	1 41 5.3+ 11 54 46	0.0175	15.0	-19.5	sd3e:	45 *	20	19		Sdmp	e								0.90	2.22	3.90
573	1 41 22.7+ 2 5 54	0.0172	14.0	-20.5	sd2e	25 *	22	40		S0	Sy2	137	13.03	0.95	0.19	91	v	0.29	0.80	1.25	1.29
575	1 45 52.8+ 12 21 51	0.0186	14.0	-20.7	sd3e	16 *		35		SBbc	SB								0.68	2.74	5.91
576	1 46 33.8+ 5 23 29	0.0180	15.2	-19.4	sd2e	16 *		19			e
577	1 46 49.6+ 12 15 40	0.0176	14.2	-20.4	s2e:	9 *		40		S0/a	a	16	14.10	1.08	0.37	95
579	1 49 20.8+ 7 1 43	0.0655	16.5 *	-20.9	sd2e:	9 *		19			e								< 0.30	0.50	< 1.77
580	1 50 21.4+ 6 42 52	0.0270	16.5 *	-19.0	d2	8 *		29			e
581	1 50 56.6+ 6 25 40	0.0330	16.5 *	-19.4	ds2	15 *	10	29			e
582	1 55 31.2+ 2 50 40	0.0189	14.0	-20.7	d3e	14 *	10	41		Im	e							0.29	0.54	4.94	8.08
583	1 56 53.5+ 9 41 23	0.0205	16.0 *	-18.9	ds3	12 *	7	29			e
584	1 57 51.1+ 2 25 49	0.0788	15.3	-22.5	sd2	11 *		40		E/S0	Sy1	29	16.08	0.89	-0.10	91
585	2 0 55.2+ 2 19 35	0.0213	15.5 *	-19.4	sd3	10 *	8	20			e								< 0.38	0.64	1.16
586	2 5 14.4+ 2 28 32	0.1565	16.0 *	-23.3	s2	7 *		30			QS0	75	14.26	0.35	-0.78	91
587	2 8 0.4+ 5 38 7	0.0155	14.5	-19.8	d3e	20 *	14	19		S	e							0.25	0.29	0.91	1.71
588	2 8 36.2+ 3 32 49	0.0109	14.7	-18.8	d3e	22 *	16	41		S0									< 0.29	1.02	< 1.21
589	2 11 8.7+ 3 52 8	0.0110	14.3	-19.2	s2e	11 *		29			e	11	15.07	0.53	-.05	15			0.50	2.66	3.40
590	2 12 0.5- 0 59 57	0.0275	14.0	-21.5	sd2e	18 *		19		S0/a	Sy1.5	75	12.96	0.80	-0.36	91		0.30	0.38	0.53	1.41
591	2 14 37.0+ 1 28 30	0.0417	15.2	-21.2	d3e	12 *		48			e
592	2 17 7.5- 0 29 8	0.0250	14.6	-20.7	ds3e:	10 *		19		SBb	e								0.33	1.52	2.30
593	2 23 54.9+ 11 55 44	0.0279	14.5	-21.1	s3	10 *		35		SBc	e,a								0.52	0.87	2.44
594	2 31 48.4+ 7 31 20	0.0337	16.0 *	-20.0	d3	16 *	10	52			a
595	2 38 55.8+ 6 58 27	0.0275	15.0	-20.5	ds3e	15 *	11	30		E/S0	Sy1	37	14.42	0.84	-0.16	91
596	2 40 13.0+ 7 23 7	0.0384	15.0	-21.3	ds2e:	15 *	10	47		Sp	e,a								< 0.27	0.81	1.73
597	2 43 17.9+ 15 38 34	0.0255	14.8	-20.6	d3+d3	9 *		19	*	dbl	e
598	2 43 52.4+ 7 11 35	0.0181	17.0 *	-17.6	d3	10 *	7	30			e
599	2 45 11.4+ 2 57 29	0.0296	15.0	-20.7	d3e	12 *	9	20		p	e
600	2 48 27.3+ 4 14 50	0.0034	15.2	-15.8	d2e	15 *	9	20		SBb	e
601	2 54 1.1- 2 58 21	0.0235	15.0 *	-20.2	ds3e	11 *	7	19			e								< 0.90	0.45	1.39
602	2 57 14.1+ 2 34 24	0.0086	13.8	-19.2	sd2e	12 *		35		SBbc	SB								0.69	3.55	5.58
603	3 6 26.2- 3 8 31	0.0081	14.5 *	-18.4	s2e	8 *		30		E	SB							0.50	2.38	12.60	15.30
604	3 10 18.4- 5 27 19	0.0074	15.5 *	-17.2	d3	8 *		30			e
605	3 13 6.8- 3 39 8	0.0282	16.5 *	-19.1	ds1	10 *	8	30			e
606	3 17 45.9+ 3 58 10	0.0300	16.5 *	-19.2	sd3	8 *	6	20			e								< 0.25	0.77	1.83
607	3 22 18.0- 3 13 3	0.0088	14.0 *	-19.1	ds3e	45 *	18	35		S0/a	Sy2							0.34	1.08	2.33	2.76
608	3 22 17.7- 3 11 29	0.0090	14.5 *	-18.6	s2	7 *	7	35		E3*	e,a
609	3 22 57.9- 6 18 58	0.0345	14.5 *	-21.5	s2e	13 *		30		E/S0	Sy1.8	29	14.40	0.70	-0.03	91	v		0.48	2.55	4.76
610	3 23 3.3- 6 18 20	0.0345	16.5 *	-19.5	d3e	12 *		30			e
611	3 23 40.9- 0 22 39	0.0295	16.5 *	-19.2	s2	6 *		19			e	29	15.72	0.42	-0.32	91			< 0.25	0.46	0.97
612	3 28 9.9- 3 18 35	0.0199	15.5 *	-19.3	sd2e	10 *		40		(R)Sa	Sy2	37	14.08	0.88	0.11	91			0.30	1.13	1.77
613	3 33 57.6- 4 51 56	0.0209	16.0 *	-18.9	d2	11 *		30			e
614	4 8 29.0- 7 24 34	0.0105	15.0 *	-18.5	sd3	12 *		30			e
615	4 22 5.8- 0 52 24	0.0152	16.0 *	-18.4	sd2e	8 *		20			e								< 0.25	0.70	1.13
616	4 28 9.4+ 0 33 29	0.0116	14.1	-19.7	ds3	20 *	13	41		E2p	a	54	13.61	1.08	0.58	102
617	4 31 35.5- 8 40 42	0.0153	14.0	-20.3	sd2e	9 *	8	30		SBbp	SB	43	13.05	0.71	-0.03	70		1.39	7.59	33.20	31.60
618	4 33 59.7- 10 28 40	0.0357	14.5 *	-21.7	s2e	10 *		20		SBap	Sy1	75	13.56	0.50	-0.43	91		0.37	0.80	2.73	3.91
619	6 27 15.5+ 57 15 56	0.0442	17.0 *	-19.9	d3e:	8 *		30			e
620	6 45 37.5+ 60 54 13	0.0068	12.5	-20.3	sd3	53 *	40	20		SBab	Sy2	137	11.92	0.86	0.32	91	v	0.46	1.37	6.24	9.91
621	8 4 10.9+ 15 44 52	0.0443	16.5 *	-20.3	d3e	11 *		48			a
622	8 4 21.2+ 39 9 1	0.0230	14.4	-20.9	sd2e:	14 *	12	40			Sy2	25	14.08	0.82	0.22	82			0.50	1.36	1.45
623	8 13 16.1+ 26 7 44	0.0419	16.5 *	-20.1	sd3e	7 *		20			e								0.52	1.17	1.17
624	8 21 20.7+ 25 50 24	0.0279	16.5 *	-19.2	d2	10 *		20			e
625	8 35 30.7+ 19 53 33	0.0147	15.1	-19.2	s3	16 *		20			e
626	8 42 26.3+ 37 7 1	0.0130	13.8	-20.2	ds3	22 *		20		E0	e	41	13.75	0.68	0.01	71			0.27	1.00	1.00
627	8 43 23.6+ 36 37 24	0.0106	15.6	-17.9	ds2e	13 *	9	20			e
628	8 47 55.9+ 29 23 24	0.0268	15.3	-20.2	d3	12 *	9	20			e								< 0.34	0.53	1.31
629	10 14 38.1+ 15 44 25	0.0320	16.0 *	-19.8	d3	13 *		20		E3	e								< 0.35	0.94	1.54
630	10 20 28.5+ 18 13 18	0.0115	14.6	-19.0	d3	20 *	16	20			e								< 0.32	0.79	1.71
631	10 27 8.2+ 16 26 22	0.0103	15.2	-18.2	ds3	12 *	8	20			e
632	10 41 7.9+ 16 9 14	0.0399	15.4	-20.9	ds3e:	25 *	13	30			e								< 0.31	0.92	1.59
633	10 54 30.6+ 37 50 32	0.0358	17.0 *	-19.0	d2e:	10 *		20			e
634	10 55 20.6+ 20 45 3	0.0658	16.0 *	-21.4	ds3	13 *	10	40			Sy1	25	15.31	0.67	-0.34	82
635	11 20 32.0+ 30 12 52	0.0236	16.0 *	-19.1	d3e:	10 *	7	30			e
636	11 33 0.4+ 16 15 4	0.0172	17.0 *	-17.4	d3e:	9 *		20			e
637	11 36 15.3+ 21 15 31	0.0650	16.0 *	-21.3	d2	13 *	10	30			e								0.50	1.92	2.38
638	11 38 59.7+ 38 16 11	0.0221	14.8	-20.2	ds2e	20 *		30			SB
639	11 40 45.0+ 24 10 42	0.0332	16.5 *	-19.4	d3	10 *		30			e								0.34	1.29	2.58
640	11 44 11.0+ 21 33 0	0.0219	15.1	-19.9	d2e	15 *		30			e
641	11 49 52.2+ 35 10 23	0.0072	16.5 *	-16.0	sd2e:	9 *		30
642	11 49 49.5+ 23 54 19	0.0113	15.6	-17.9	sd2	9 *		30			e
644	11 54 48.2+ 23 38 53	0.0486	17.0 *	-19.7	sd2e:	8 *		30			e
645	12 1 11.1+ 23 59 1	0.0254	15.5 *	-19.8	s2e	12 *		30			e
646	12 3 17.1+ 35 27 28	0.0537	15.7	-21.2	d3e:	11 *		30			Sy1	25	15.28	0.65	-0.15	82
647	12 3 38.9+ 21 30 20	0.0224	16.0 *	-19.0	sd3e:	15 *		30			e
648	12 4 46.9+ 24 28 33	0.0509	16.0 *	-20.8	s2e	12 *		30			e
649	12 34 2.2+ 26 28 34	0.0239	14.3	-20.8	sd3	20 *	13	30		Sab	e,a
650	12 35 12.9+ 27 24 9	0.0152	15.5	-18.6	sd3e	10 *		30			e
651	12 36 32.3+ 28 35 22	0.0249	16.5 *	-18.7	sd2e	10 *	8	30			e
652	12 36 43.3+ 28 16 49	0.0240	16.0 *	-19.1	sd3e	9 *		30			e
653	12 37 26.0+ 35 14 58	0.0433	15.5	-20.9	ds3e:	11 *		52			e,a
654	12 40 15.8+ 34 21 59	0.0142	16.5 *	-17.5	d3	9 *	7	30			e
655	12 41 36.1+ 29 10 28	0.0246	15.6	-19.6	ds3e:	26 *	12	52			a
656	12 43 7.6+ 27 20 3	0.0214	13.7	-21.2	ds2e	20 *		52		Imp?	a	57	12.83	0.39	-0.47	71
657	12 46 34.8+ 27 27 1	0.0201	15.5 *	-19.3	d3	12 *	8	30			e
658	13 12 19.6+ 24 15 42	0.0730	16.0 *	-21.6	sd3	12 *	9	52			a
659	13 20 1.7+ 21 41 12	0.0228	15.1	-19.9	sd2e:	19 *	12	30			e								< 0.25	0.47	1.51
660	13 26 32.4+ 22 33 1	0.0439	16.5 *	-20.0	s3	9 *		52			a
661	13 29 52.8+ 27 12 21	0.0354	15.7	-20.3	d3	20 *	11	52			Sy2
662	13 51 46.3+ 23 40 29	0.0553	15.5 *	-21.5	sd2	9 *		40			Sy2	25	15.37	0.69	-0.24	82
663	13 52 6.9+ 33 10 29	0.0258	14.8	-20.5	ds3e	18 *		99		SBa	e,a
664	13 53 28.5+ 26 4 59	0.0603	15.5	-21.6	ds2e:	20 *	12	52			a
665	13 59 30.2+ 34 4 1	0.0266	14.3	-21.1	d3e	20 *	12	30		SBc	e								< 0.25	0.67	1.79
666	14 1 37.3+ 33 48 28	0.0193	15.5	-19.2	ds3e:	10 *		30			e
667	14 2 32.6+ 21 52 18	0.0165	14.9	-19.4	d3e	13 *	11	30			e								< 0.25	1.31	2.00
668	14 4 45.9+ 28 41 35	0.0797	16.0 *	-21.8	ds2	11 *		30			Sy1	25	14.98	0.71	0.20	92	v		0.38	0.74	1.00
669	14 9 35.5+ 39 52 37	0.0180	13.9	-20.6	sd3e:	27 *	16	71		S0/E3	a	41	13.42	0.94	0.46	71
670	14 12 0.2+ 26 58 49	0.0352	15.5 *	-20.5	s3e:	15 *		48			Sy2	25	14.68	0.77	0.16	82
671	14 13 13.1+ 34 45 28	0.0822	16.5 *	-21.3	sd2	8 *		30			e								< 0.25	0.88	1.37
672	14 13 30.6+ 49 33 23	0.0266	14.7	-20.7	ds3	15 *		52			a
673	14 15 6.1+ 27 5 15	0.0362	15.0	-21.0	s2e:	26 *	20	94		S	Sy2								0.36	2.85	5.35
674	14 16 24.8+ 22 2 52	0.0085	15.4	-17.5	d3e:	15 *		30		p	e
675	14 17 8.7+ 36 35 25	0.0105	16.5 *	-16.9	d2	13 *		52			a
676	14 17 23.9+ 40 5 22	0.0056	16.0 *	-16.0	d2e:	14 *	8	52			e
678	14 19 35.3+ 23 44 41	0.0185	15.6	-19.0	ds3	20 *	15	52			a
679	14 21 18.0+ 33 5 54	1.9120	17.0 *	-27.7	sd1	6 *					QS0
680	14 23 25.8+ 28 29 29	0.0411	16.5 *	-19.8	ds3	9 *		48			e
681	14 24 0.1+ 23 9 24	0.0697	16.5 *	-21.0	ds2	10 *		48			e
682	14 26 33.7+ 27 28 24	0.0148	15.5 *	-18.6	sd3	15 *	11	30			e								0.26	0.80	< 1.00
683	14 27 54.4+ 23 14 54	0.0181	15.3	-19.2	d3	18 *		52			a
684	14 28 53.1+ 28 30 29	0.0453	15.1	-21.4	s2e:	13 *	9	30			SB	25	14.68	0.68	-0.18	82			< 0.25	0.49	< 1.00
685	14 28 56.3+ 27 27 30	0.0152	15.2	-19.0	d3e	15 *	13	30		[Sc+]*	e		14.50	0.44	-0.41	61			< 0.25	0.86	1.09
686	14 35 20.6+ 36 47 13	0.0144	13.9	-20.2	ds2	45 *	30	40		SBb	Sy2	75	12.71	0.84	0.25	91			0.32	0.59	1.94
687	14 36 46.0+ 21 35 50	0.0445	15.6	-20.9	d3e:	13 *	10	99			a
688	15 14 23.5+ 19 16 33	0.0386	15.1	-21.1	ds3	20 *	15	30			e								< 0.25	0.54	1.33
689	15 34 17.6+ 30 50 47	0.0060	15.2	-17.0	ds2e:	15 *	13	30			e								< 0.56	0.45	< 1.00
691	15 44 43.2+ 18 2 22	0.0111	13.2	-20.3	s2e	10 *		41		SBd	e	81	12.90	0.43	-0.26	71			0.54	4.06	7.31
692	15 51 36.2+ 23 17 24	0.0477	17.0 *	-19.7	sd3	9 *		52			a
693	15 51 53.5+ 23 16 41	0.0149	14.8	-19.4	sd3	33 *	12	52			e	25	14.09	0.94	0.21	92			< 0.25	0.56	1.00
694	15 59 45.0+ 16 34 20	0.0308	16.0 *	-19.8	ds2e:	17 *	10	30			e								< 0.25	0.63	1.35
695	16 0 33.9+ 16 5 51	0.0353	16.0 *	-20.1	s2	8 *	6	30			e
696	16 2 45.8+ 28 13 44	0.0244	15.6	-19.7	d2	12 *	9	30			e
697	16 10 17.2+ 29 12 25	0.0254	16.5 *	-18.9	d3	11 *		52			e
698	16 22 5.9+ 52 38 45	0.0557	16.5 *	-20.6	d3	12 *		52			e								< 0.25	0.56	1.46
699	16 22 5.0+ 41 11 42	0.0348	15.4	-20.6	sd2e	12 *		30			Sy1	25	15.11	0.71	-0.19	92	v
700	17 1 21.1+ 31 31 26	0.0349	15.4	-20.7	s2e	12 *		30		S0p	Sy3	55	13.91	0.74	0.14	91			0.32	2.19	2.56
701	6 46 0.8+ 77 28 12	0.0170	14.8	-19.9	ds2e	18 *	14	43		Sa	e								0.25	0.96	3.24
702	8 42 45.3+ 16 16 46	0.0523	15.7	-21.3	ds3e:	11 *		43			e								< 0.42	0.66	1.08
703	8 56 11.5+ 6 29 17	0.0116	13.3	-20.5	s2	65 *	15	43		Sa/SBb	HII	16	14.24	0.74	-0.07	95		0.30	0.59	3.95	6.76
704	9 15 39.5+ 16 30 59	0.0290	15.2	-20.5	s1e	12 *	20	36		Sa	Sy1	75	13.51	0.66	-0.08	91		0.44	0.60	0.47	< 1.00
705	9 23 20.0+ 12 57 3	0.0282	13.9	-21.7	s1e	11 *		36		(R)S0	Sy1	37	14.00	0.52	-0.24	91	v		< 0.30	0.67	1.56
706	9 31 27.1+ 11 15 2	0.0075	15.2	-17.5	d2	12 *		43			e
707	9 34 26.5+ 1 19 13	0.0492	15.4	-21.5	s2e:	10 *	8	37		E/S0	Sy1	29	14.88	0.64	-0.63	91	v
708	9 39 34.4+ 4 54 7	0.0059	14.0	-18.2	s3e	7 *		43		SB	SB							0.37	0.77	5.37	7.99
709	9 46 33.2+ 17 6 44	0.0513	17.0 *	-19.9	sd2e:	6 *		43			e
710	9 52 10.2+ 9 30 32	0.0039	13.5	-17.8	sd1e	18 *	12	43		SBbc	SB								0.47	2.66	4.18
711	9 52 29.2+ 13 40 2	0.0195	15.5 *	-19.3	sd3e:	16 *	9	43			SB								0.39	0.79	1.35
712	9 53 59.1+ 15 52 34	0.0146	14.3	-19.8	ds2e:	20 *	10	43		SBc	e								0.38	0.84	1.56
713	9 58 8.6+ 4 58 29	0.0221	14.6	-20.5	ds2e:	18 *	14	48			a
714	10 1 31.2+ 6 45 12	0.0031	15.2	-15.6	ds3	12 *	10	43			e
715	10 2 5.2+ 15 1 21	0.0841	15.6	-22.3	sd2	7 *		37		S0/a	Sy2	29	15.45	0.97	-0.28	91
716	10 7 27.5+ 23 21 19	0.0580	16.5 *	-20.6	sd1e	7 *		37			Sy1.5
717	10 7 52.4+ 24 39 40	0.0206	14.6	-20.3	s2e	11 *		43			SB							0.25	0.83	3.76	4.07
718	10 9 35.4+ 5 10 16	0.0267	14.5	-21.0	ds2	20 *	17	43		SBc	e								< 0.26	1.31	3.08
719	10 13 23.6+ 5 12 16	0.0316	14.7	-21.1	ds3	13 *	10	43			SB							0.25	0.44	1.13	1.69
720	10 15 0.5+ 7 13 18	0.0450	15.0	-21.6	d3e:	15 *	12	37			Sy2	25	15.10	0.77	-0.08	82
721	10 20 53.5+ 11 12 47	0.0311	15.2	-20.6	d1e:	20 *	13	43		I	e								< 0.42	0.60	1.44
722	10 29 37.7+ 12 18 51	0.0309	15.0	-20.7	d3e:	15 *		43			e
723	10 34 57.7+ 23 56 1	0.0177	15.6	-18.9	d3	12 *		53			e
724	10 38 26.9+ 21 37 25	0.0034	16.5 *	-14.4	sd1e	8 *		43			e
725	10 39 7.8+ 21 34 24	0.0247	15.1	-20.1	sd2e	12 *		43		Sab?	e
726	10 43 4.6+ 27 53 1	0.0440	15.0	-21.5	ds2e	18 *	12	43			e								< 0.36	1.68	2.75
727	10 46 0.2+ 26 19 6	0.0251	15.0 *	-20.3	sd2e	13 *		43			e		14.8	0.93	0.13	61			0.59	2.19	2.41
728	10 58 24.6+ 11 18 56	0.0343	16.0 *	-20.0	sd2	13 *	11	40			Sy1.9	25	15.53	0.95	0.26	82
729	11 7 12.1+ 13 2 32	0.0416	14.2	-22.2	d3e:	15 *		43		p	e
730	11 10 0.1+ 25 46 13	0.0144	15.2	-18.9	sd3	12 *		43			e
731	11 10 3.7+ 9 19 44	0.0040	13.4	-17.9	sd2e:	40 *	20	43		SB0	e								0.69	2.99	4.58
732	11 11 13.5+ 9 51 33	0.0287	13.9	-21.7	s2e	18 *		43		p	SB								< 0.36	1.91	3.29
733	11 15 41.9+ 22 42 34	0.0317	15.5	-20.3	d2e:	12 *		43			e
734	11 19 10.9+ 12 0 47	0.0492	15.0 *	-21.7	s1e:	11 *		36		S0/a:	Sy1	25	14.81	0.32	-0.65	82			< 0.48	0.51	< 1.07
735	11 24 51.5+ 20 7 44	0.0215	15.4	-19.5	sd3e:	12 *		43			e
736	11 25 21.3+ 29 47 12	0.0083	13.0	-19.8	sd3e	7 *		52		SBc	a
737	11 32 45.4+ 31 55 51	0.0111	16.0 *	-17.5	d2e:	10 *	8	43			e
738	11 33 19.4+ 28 28 25	0.0391	15.0 *	-21.2	s2e:	10 *		37			Sy3	25	15.30	0.67	0.04	82
739	11 33 52.5+ 21 52 24	0.0300	14.8	-20.8	sd2e	19 *	17	36		S0p	Sy1	37	13.81	0.79	0.01	91			0.36	1.41	2.33
740	11 34 11.8+ 14 40 37	0.0823	16.5 *	-21.3	sd3e	8 *		52			a
741	11 34 45.0+ 26 1 4	0.0107	14.5	-18.9	d3e:	30 *	14	43		p	e
742	11 34 55.0+ 15 45 49	0.0152	15.0 *	-19.2	d3	11 *	9	43			e
743	11 35 37.8+ 12 23 20	0.0029	13.1	-17.5	ds2e	22 *		43		E0p	SB								< 0.31	1.48	1.77
744	11 37 4.7+ 32 11 13	0.0097	13.5	-19.7	s2e	7 *		37		Sabp	Sy1.8	137	12.49	0.84	0.24	91
745	11 37 20.6+ 17 13 55	0.0101	14.6	-18.7	sd2e:	16 *	11	37		S0/a	Sy2?	29	14.56	0.44	0.10	91
746	11 38 52.5+ 32 37 38	0.0057	15.6	-16.4	d2	12 *	10	43		I?	e
747	11 39 15.2+ 16 15 3	0.0021	14.5	-15.4	d2e:	16 *	10	43			e
748	11 45 13.4+ 31 37 22	0.0274	15.5	-19.9	d3	10 *	8	43			e
749	11 46 30.0+ 15 57 41	0.0329	17.0 *	-18.8	d3	6 *		43			e
750	11 47 28.1+ 15 18 5	0.0018	15.4	-14.1	ds2e	9 *		43			e								< 0.89	0.46	1.00
751	11 49 24.2+ 15 36 47	0.0202	16.5 *	-18.3	d3e:	8 *	6	52			e
752	11 50 6.9+ 2 1 43	0.0198	14.4	-20.4	s2e:	10 *		41		SBc	SB								< 0.30	0.71	1.52
753	11 53 1.2+ 13 23 1	0.0551	16.0 *	-21.0	ds3	7 *		48			e,a
754	11 54 49.7+ 4 49 18	0.0198	15.2	-19.6	ds3	12 *		52			e
755	11 56 22.5+ 2 8 23	0.0520	16.0 *	-20.9	d3e	12 *	9	48			e,a
756	11 58 53.8+ 14 18 49	0.0043	15.2	-16.2	s2e	16 *		43			e
757	12 2 42.8+ 31 8 0	0.0016	14.8	-14.5	d3	13 *		53			e
758	12 8 5.1+ 18 8 56	0.0225	15.2	-19.8	s2e	12 *		43			e								< 1.00	0.52	1.52
759	12 8 4.6+ 16 18 42	0.0062	12.7	-19.5	sd3e:	10 *		37		SBc	Sy3	64	12.45	0.52	-0.04	70		0.32	0.53	4.13	9.20
760	12 8 29.6+ 12 22 57	0.0056	14.6	-17.4	d3e:	20 *	15	48			a
761	12 9 55.0+ 29 25 38	0.0138	14.3	-19.6	s3e	34 *	12	60		S								0.35	0.54	5.33	10.70
762	12 10 33.8+ 17 22 38	0.0138	15.4	-18.5	sd2	13 *	8	43			e
763	12 11 37.1+ 27 14 46	0.0634	16.0 *	-21.3	s3e:	10 *		52			e
764	12 13 27.3+ 12 57 54	0.0653	15.2	-22.1	ds3e	12 *		52			SB
765	12 14 8.1+ 28 19 31	0.0275	16.5 *	-18.9	ds1	10 *		48			e,a
766	12 15 55.5+ 30 5 27	0.0128	13.7	-20.1	s2e	25 *	13	36		(R)SB0a	Sy1	75	12.64	0.79	0.07	91	v	0.41	1.38	4.01	4.07
767	12 15 52.0+ 20 25 10	0.0280	15.5 *	-20.0	d3	10 *		53			e
768	12 16 39.0+ 12 16 19	0.0642	17.0 *	-20.3	s2e:	7 *		43			e
769	12 22 53.9+ 16 44 49	0.0056	12.3	-19.7	s2e	36 *	24	43		Sp	SB							0.38	1.04	8.53	12.00
770	12 26 58.9+ 31 43 28	0.0481	15.1	-21.6	d3	13 *		48			a								< 0.64	< 0.40	1.41
771	12 29 33.1+ 20 26 2	0.0630	15.1	-22.1	s1e	10 *	7	36			Sy1	25	14.93	0.38	-0.66	82
772	12 30 1.2+ 9 26 58	0.0043	15.4	-16.0	s3	13 *		59		E0
773	12 30 38.9+ 32 22 7	0.0026	14.1	-16.2	d3e:	18 *		43		S	e								< 0.25	0.60	2.06
774	12 32 32.3+ 26 3 18	0.0301	15.7	-19.9	ds3	12 *	7	52			e,a
775	12 34 25.2+ 28 8 13	0.0248	15.3	-19.9	ds3e:	22 *	13	53		Sa?	e
776	12 34 25.6+ 28 1 26	0.0255	15.4	-19.9	sd3	16 *	13	43			e
777	12 35 37.9+ 14 37 39	0.0303	16.0 *	-19.7	sd2	6 *		43			e
778	12 36 27.4+ 0 38 24	0.0228	14.4	-20.7	d3	12 *		54		p
779	12 37 4.8+ 12 42 47	0.0407	16.5 *	-19.8	sd3e:	10 *		99			a
780	12 39 1.0+ 26 21 45	0.0163	15.5	-18.8	ds3	12 *	8	64			e
781	12 51 19.6+ 9 58 49	0.0090	13.5	-19.5	s2e:	47 *	27	43		SBc	SB								0.76	1.82	4.15
782	12 58 18.8+ 14 45 3	0.0304	16.0 *	-19.7	ds3e:	7 *		52			e
783	13 0 30.4+ 16 40 34	0.0665	16.0 *	-21.4	s2e:	7 *		40			Sy1	25	15.55	0.49	-0.50	82
784	13 4 33.6+ 13 20 31	0.0091	15.3	-17.7	sd3	12 *	9	52			e								< 0.27	0.89	1.38
785	13 13 54.8+ 30 31 41	0.0488	14.9	-21.8	d3e	14 *		43			e								< 0.32	0.72	1.89
786	13 14 23.4+ 12 48 43	0.0031	14.6	-16.1	ds2e	16 *		43			e
787	13 20 4.1+ 12 56 5	0.0712	16.5 *	-21.0	s2e	7 *		99			Sy3?
788	13 22 22.5+ 16 24 17	0.0241	15.0 *	-20.2	ds2e:	12 *		41	*	dbl									0.43	1.56	2.37
789	13 29 55.4+ 11 21 43	0.0320	14.5	-21.3	ds2	13 *	11	36			Sy3	25	14.68	0.57	-0.18	82		0.28	0.74	3.79	5.36
790	13 29 51.8+ 14 26 23	0.0230	16.5 *	-18.6	d3e:	9 *	7	52			e
792	13 39 57.8+ 15 17 42	0.0672	17.0 *	-20.4	sd2	6 *		52			e
793	13 40 45.7+ 22 25 37	0.0283	15.5 *	-20.0	ds3	11 *		99			a
794	13 42 37.0+ 22 27 14	0.0516	16.0 *	-20.8	sd2e:	7 *		43			e
795	13 43 51.7+ 23 20 5	0.0300	16.5 *	-19.1	ds3	8 *	6	52			e
796	13 44 23.3+ 14 38 59	0.0214	15.5	-19.4	ds2e:	18 *	12	43			e							0.25	0.77	3.13	5.22
797	13 53 15.5+ 12 26 20	0.0203	15.4	-19.4	d2	10 *		52			e
798	13 58 2.8+ 9 8 31	0.0175	15.4	-19.1	s2e:	10 *		43			e								< 0.31	0.77	1.38
799	13 59 8.5+ 59 34 16	0.0104	12.7	-20.7	sd2e	48 *	30	43	*	dbl	SB							0.52	1.65	10.20	19.80
800	13 59 35.6+ 10 10 12	0.0139	13.8	-20.2	d3	24 *	14	43		p	e								0.33	2.52	4.06
801	13 59 35.7+ 16 13 28	0.0945	16.5 *	-21.6	s2	8 *		48			e
802	14 1 22.1+ 15 6 29	0.0141	15.1	-18.9	ds2e	18 *	16	43			e								< 0.38	0.66	1.01
803	14 2 28.9+ 12 56 39	0.0138	15.2	-18.8	sd2e	12 *	9	43		SB	e								< 0.35	0.45	1.70
804	14 3 35.4+ 13 1 17	0.0186	14.7	-19.9	sd3e	7 *		51		SBc	e								< 0.30	0.61	1.47
805	14 7 59.1+ 16 34 16	0.0170	15.6	-18.8	s3e:	10 *		52		Sb	e
806	14 8 21.3+ 48 46 55	0.0068	14.5	-17.9	ds2e:	24 *	18	54		E
807	14 13 39.2+ 59 11 39	0.0721	16.5 *	-21.1	sd2e	8 *		52			a
808	14 16 42.8+ 17 58 49	0.0177	16.5 *	-18.0	s2e	7 *		43			e
809	14 20 10.1+ 13 56 40	0.0255	14.5	-20.8	s2e	20 *	10	43	*	dbl,Sdmp	SB								0.33	1.80	3.29
810	14 21 10.5+ 60 9 27	0.0290	15.3	-20.3	sd2e:	12 *		99			a
811	14 22 45.1+ 54 37 6	0.0717	16.5 *	-21.1	ds3	9 *	7	52			e
812	14 22 57.6+ 57 21 47	0.0110	15.0 *	-18.5	d3e:	11 *	8	52			e
813	14 25 5.8+ 20 3 19	0.1310	15.5 *	-23.3	s1e:	7 *		36			QS0	25	15.27	0.15	-0.79	82
814	14 28 32.6+ 29 24 8	0.0129	14.4	-19.4	d3	26 *	18	43		SBb	e								0.27	1.53	2.54
815	14 30 20.9+ 52 58 7	0.0477	15.5 *	-20.9	s3e:	10 *		99		SAB0/a	a
816	14 31 40.8+ 52 59 28	0.0888	16.5 *	-21.5	s2e:	8 *		40			e
817	14 34 58.0+ 59 0 40	0.0321	14.3	-21.5	s1e	12 *	10	36		E/S0	Sy1	37	13.62	0.46	-0.71	91		0.40	1.23	2.24	2.19
818	14 37 10.8+ 47 31 23	0.0275	16.0 *	-19.5	ds3	8 *		52			e
819	14 37 34.9+ 13 14 14	0.0650	16.5 *	-20.8	d2	10 *		52			a
820	14 37 58.2+ 31 42 56	0.0227	15.2	-19.8	d3	10 *		48			e
821	14 38 19.5+ 16 52 37	0.0320	16.0 *	-19.8	ds3e:	7 *		52			a
822	14 43 54.1+ 16 18 18	0.0544	15.0 *	-22.0	s3e	13 *		48			Sy2								0.25	1.31	2.50
823	14 45 51.1+ 15 46 21	0.0459	15.0 *	-21.6	sd2e	12 *		48			e
824	14 46 46.1+ 21 32 16	0.0156	15.4	-18.8	ds2e:	12 *		43			e								< 0.32	0.49	< 1.19
825	14 48 6.1+ 50 55 2	0.0135	15.0 *	-18.9	ds3	12 *		52			a
826	14 48 27.7+ 52 36 44	0.0028	15.0 *	-15.5	ds3	13 *	9	52			e
827	14 48 47.4+ 42 56 49	0.0185	14.6	-20.0	ds3e:	24 *	12	43		Sc	e								0.25	1.05	2.34
828	14 48 51.9+ 42 58 22	0.0192	15.5	-19.2	d3	12 *	8	42			e
829	14 48 55.1+ 35 46 36	0.0042	14.2	-17.2	sd2e	14 *	12	41		p	e	35	14.56	0.27	-0.74	15			< 0.25	0.71	1.40
830	14 49 7.3+ 58 52 4	0.2101	16.0 *	-23.9	s1	6 *		72			QS0
831	14 53 20.0+ 55 44 18	0.0322	16.0 *	-19.8	d3e:	8 *		52			e							0.25	0.46	2.47	5.00
832	14 54 52.3+ 64 6 15	0.0290	15.3	-20.3	sd3e	12 *		52			a
833	14 55 59.7+ 35 24 5	0.0398	16.0 *	-20.3	sd2	9 *		48			e
834	14 56 49.0+ 45 4 57	0.0362	14.6	-21.5	sd3e:	24 *	16	43		Sab	e
835	14 57 46.8+ 13 31 38	0.0327	16.5 *	-19.4	sd3e:	7 *		52			e
836	14 57 53.6+ 61 25 47	0.0397	15.5 *	-20.8	d3e:	12 *	8	52		Sp	e
837	14 59 16.9+ 16 55 34	0.0321	15.4	-20.4	sd2e:	13 *	10	43			e								< 0.25	0.80	1.26
838	14 59 35.8+ 15 16 11	0.0264	15.3	-20.1	ds3e	18 *	12	52			e
839	15 0 32.6+ 83 43 16	0.0134	13.8	-20.3	s2e:	20 *	14	43		p	e							0.32	0.92	5.15	7.56
840	15 1 47.1+ 14 43 04	0.1181	16.0 *	-22.7	s2	7 *		52			Sy1.5
841	15 1 36.4+ 10 37 59	0.0365	14.0 *	-22.1	s1e	11 *		36			Sy1	25	14.48	0.37	-0.65	92	v	0.39	0.45	0.51	< 1.00
842	15 3 32.1+ 12 56 14	0.0230	15.2	-19.9	s3e:	20 *	11	41
843	15 4 22.9+ 56 35 7	0.0310	15.5 *	-20.3	d2e:	11 *		52		I?	e,a								< 0.57	0.46	1.21
844	15 4 34.9+ 43 54 24	0.0396	16.5 *	-19.8	d2	7 *		52			e
845	15 6 12.5+ 51 38 41	0.0468	15.6	-21.0	s1e:	20 *	9	40		Sab	Sy1	75	14.20	0.92	-0.24	91			< 0.25	< 0.40	1.09
846	15 7 10.1+ 52 38 38	0.0118	15.5	-18.2	ds3	12 *		47			e
847	15 12 17.0+ 58 41 40	0.0090	15.0	-18.1	d2e:	18 *	12	47			e
848	15 16 19.4+ 42 55 38	0.0413	14.9	-21.5	ds3e	10 *		51			e							0.32	1.54	9.25	9.87
849	15 17 50.9+ 28 45 26	0.0829	17.0 *	-20.9	s1	6 *		40			Sy1
850	15 20 12.5+ 31 39 11	0.0077	16.5 *	-16.2	s2	7 *		48			e
851	15 19 36.8+ 6 2 0	0.0356	15.2	-20.9	sd3e:	12 *		53			e								0.25	0.81	1.82
852	15 21 0.3+ 12 52 13	0.0216	16.2	-18.8	ds2	10 *		43			e								0.25	1.07	2.03
853	15 21 3.0+ 12 53 38	0.0215	14.8	-20.2	d3e:	18 *	15	43		Sc	e
854	15 24 37.4+ 43 34 15	0.1559	17.5 *	-21.8	s1	6 *		40			Sy1
855	15 25 58.9+ 15 33 26	0.0357	15.5	-20.6	s3	12 *	10	52			a
856	15 28 11.3+ 14 52 51	0.0153	15.5 *	-18.7	sd2e	9 *	7	43			e
857	15 29 43.7+ 41 57 5	0.0289	17.0 *	-18.6	ds2e:	6 *	5	52			e
858	15 32 9.3+ 14 38 35	0.0318	15.5	-20.3	sd3e	18 *	12	52											0.28	1.24	2.43
859	15 34 33.2+ 49 45 5	0.0385	15.5 *	-20.7	d3e:	11 *		52			e,a							0.25	0.25	0.52	1.12
860	15 37 19.0+ 25 6 34	0.0227	15.1	-20.0	sd2e	18 *	15	37	*	dbl	Sy3	25	14.80	0.77	0.10	92			0.62	2.26	2.76
861	15 47 25.5+ 12 33 3	0.0149	14.5	-19.7	sd3	20 *		43		p	e								0.32	1.34	1.92
862	15 50 41.0+ 12 9 11	0.0342	15.3	-20.7	ds3	16 *	12	52			a
863	15 54 1.5+ 9 11 59	0.0425	15.5	-21.0	sd2e	12 *		43			SB
864	15 56 13.0+ 25 59 57	0.0719	16.5 *	-21.1	s2	6 *		48			Sy1
865	15 56 55.0+ 58 18 10	0.0353	15.1	-21.0	s1e	11 *		43			e								< 0.25	0.64	1.39
866	15 58 48.0+ 59 36 58	0.0349	15.0	-21.1	s2	13 *		52			a
867	16 0 4.1+ 26 28 13	0.0724	15.3	-22.3	s3e:	7 *		48			e								0.27	0.55	1.30
868	16 2 13.8+ 10 5 18	0.0346	15.7	-20.4	d3	12 *		48			e
869	16 3 47.9+ 65 40 26	0.0190	15.2	-19.6	d3	12 *		52			e
870	16 4 35.5+ 10 53 3	0.0170	16.0 *	-18.5	sd3e:	16 *	12	52			e
871	16 6 15.6+ 12 27 41	0.0337	14.9	-21.1	s2e:	20 *	15	36		SBap	Sy1	37	14.22	0.72	-0.15	91			0.41	0.81	1.03
872	16 6 45.7+ 19 57 17	0.0346	15.5 *	-20.5	ds3e:	11 *		52			e								< 0.25	0.82	1.37
873	16 8 36.1+ 18 6 14	0.0371	15.4	-20.8	s2e:	11 *		43		p	e
874	16 10 57.9+ 60 42 33	0.0145	14.5	-19.7	sd2e:	14 *	8	41	*	dbl	e								< 0.36	0.47	1.27
875	16 11 16.6+ 58 1 43	0.0464	15.7	-21.0	ds3e:	9 *		52			e
876	16 13 36.2+ 65 50 37	0.1300	15.5 *	-23.4	s1e	9 *		40		S0	Sy1	29	15.17	0.53	-0.77	91	v		0.25	0.63	1.06
877	16 17 56.6+ 17 31 35	0.1129	15.5 *	-23.1	s1e:	7 *		40			QS0	14	15.27	0.48	-0.76	91
878	16 19 21.5+ 36 11 10	0.0330	15.4	-20.5	d3e:	10 *		52			e								< 0.25	0.49	1.28
879	16 20 49.4+ 38 29 0	0.0293	14.9	-20.8	ds1e	10 *		43			e
880	16 21 12.3+ 40 36 40	0.0318	15.5 *	-20.4	d2	12 *	9	52			e								< 0.25	0.79	1.31
881	16 24 7.9+ 40 27 26	0.0305	15.3	-20.5	d3	14 *	10	56											< 0.25	1.54	2.63
882	16 25 50.3+ 39 12 41	0.0353	16.0 *	-20.1	d3	11 *	7	52			e
883	16 27 47.1+ 24 33 6	0.0386	15.2	-21.1	s2e	10 *		40		S0p	Sy1.9	37	14.34	0.96	-0.20	91			0.31	1.09	1.11
884	16 29 38.2+ 20 31 2	0.0174	15.0 *	-19.6	sd2e	16 *	12	52		p	e	25	15.22	0.10	-0.42	86			0.27	1.21	1.59
885	16 29 43.1+ 67 29 6	0.0262	15.4	-20.1	ds3e	13 *		40		Sa	Sy1	25	14.56	0.82	-0.17	86
886	16 33 6.9+ 17 52 2	0.0097	15.5	-17.8	ds2e:	11 *		52			e
887	16 38 46.0+ 39 24 56	0.0313	15.1	-20.7	s3	18 *	14	52			a
888	16 42 19.9+ 20 1 55	0.0233	15.4	-19.8	s3e:	12 *		52			e								< 0.25	0.61	1.27
889	16 52 9.3+ 57 25 48	0.0114	15.0	-18.7	d3e	8 *		52			e
891	16 57 36.3+ 57 35 50	0.0510	16.1	-20.8	sd2e	10 *	8	52			e								0.25	0.72	< 1.00
892	17 5 37.9+ 60 46 12	0.0123	15.7	-18.2	d3	12 *	9	52			e
893	17 14 23.0+ 60 16 15	0.0204	16.5 *	-18.5	ds2	6 *		52			e
894	17 16 32.4+ 30 14 6	0.0154	16.5 *	-17.9	ds2e	10 *		52			e
895	17 48 40.5+ 23 9 5	0.0143	15.3	-19.1	s3e	25 *	10	99			a
896	20 43 44.5- 2 59 47	0.0268	16.0 *	-19.7	sd3e:	22 *	15	37			Sy1	16	14.61	0.66	-0.28	83			< 0.25	0.63	1.53
897	21 5 15.1+ 3 40 32	0.0272	14.5	-21.2	sd3	13 *		41		Sbc	SB	55	14.28	0.65	0.03	91			0.51	3.07	4.63
898	21 9 45.6+ 11 27 14	0.0171	15.4	-19.4	ds3e	27 *	13	46			SB								< 0.37	0.88	1.25
899	21 26 43.9- 11 42 27	0.0185	16.0 *	-18.7	s2	8 *		47		Sab	e	15	14.76	0.55	-0.22	87			< 0.30	0.73	1.63
900	21 27 27.5+ 2 11 39	0.0042	14.3	-17.3	d2	15 *	13	44		E	e
901	21 43 40.1+ 16 24 5	0.0249	15.5 *	-20.0	s3	12 *	8	44			e								0.47	0.86	1.23
902	21 52 33.1- 1 0 35	0.0271	16.5 *	-19.0	sd3e:	9 *	6	99			a
903	22 1 42.1+ 35 44 53	0.0203	15.1	-20.3	ds3e:	23 *	18	52		E/S0	a
904	22 1 38.8- 0 16 30	0.0334	15.3	-20.7	sd3e:	15 *	11	44			e								0.37	0.87	1.44
905	22 7 29.1+ 39 2 13	0.0168	14.4	-20.7	ds3e:	25 *	13	48		S0	e								0.33	1.27	2.62
906	22 15 6.5+ 35 19 17	0.0217	15.2	-20.3	ds3e:	20 *		44		S0/a	e								< 0.31	1.60	4.05
907	22 16 8.5+ 40 18 42	0.0048	13.1	-19.3	ds2e	33 *	13	48		S	e
908	22 20 28.3+ 37 43 22	0.0040	13.8	-18.1	d2e	33 *	20	48			e								< 0.25	0.88	1.90
909	22 21 17.5+ 40 55 41	0.0158	15.0	-20.0	sd2e	15 *	13	44			SB								< 0.41	0.97	1.98
910	22 21 23.2- 4 19 38	0.0168	14.5 *	-19.9	ds2	27 *	20	44			e								< 0.25	1.23	2.18
911	22 21 24.1+ 3 30 50	0.0352	15.7	-20.4	ds3e:	13 *		52			a
912	22 25 39.8- 3 8 22	0.0166	15.5 *	-18.9	s3e	30 *	20	44		S	SB	25	13.88	0.80	0.20	87			< 0.25	1.51	3.03
913	22 31 37.4+ 23 4 47	0.0270	14.8	-20.8	s3e:	23 *	12	52	*	dbl	a	25	14.32	1.03	0.61	87
915	22 34 7.1- 12 48 15	0.0246	15.0 *	-20.2	sd3	27 *	14	40		Sa	Sy1.5	55	13.43	1.10	-0.11	91			0.38	0.44	1.03
916	22 37 4.7+ 35 42 13	0.0271	15.7	-20.2	ds3e:	15 *	13	52			a
917	22 38 48.2+ 31 54 30	0.0251	14.5	-21.1	ds3e:	20 *	13	40		(R)SBa	Sy2	55	13.59	0.87	0.21	91		0.31	0.69	3.86	5.58
918	22 39 52.7+ 35 39 56	0.0264	15.5	-20.3	d3	18 *	13	52			a
919	22 41 58.2+ 24 50 53	0.0424	15.6	-21.0	ds3e	15 *		52			a
920	22 43 0.9+ 33 47 48	0.0301	15.6	-20.4	d3	18 *	13	44			e								< 0.25	0.57	1.42
921	22 46 9.9+ 31 31 1	0.0133	16.0 *	-18.2	ds2	10 *	8	44			SB
922	22 51 7.6+ 31 22 45	0.0228	14.7	-20.7	sd2e:	18 *		48		S	e	25	14.26	0.82	-0.13	87			< 0.25	1.00	1.84
923	22 54 31.9+ 4 24 32	0.0254	15.0	-20.3	d3e	18 *		44			e								0.46	1.47	2.46
924	22 56 11.9+ 35 32 3	0.0201	14.6	-20.6	ds2e:	18 *	13	52		SBa	a
925	23 1 3.9+ 41 8 43	0.0173	15.0	-20.0	s3e:	21 *	14	52			a
926	23 2 7.1- 8 57 20	0.0478	14.5 *	-22.2	s1e	10 *		37		S0/a	Sy1	55	13.82	0.44	-0.49	91	v
927	23 10 3.3+ 30 51 40	0.0235	15.7	-19.7	d3	13 *	10	44			e
928	23 15 47.3- 4 41 22	0.0251	15.0 *	-20.3	d3e	14 *	12	44		Sabp	Sy2	55	13.51	0.63	0.00	91		0.36	1.10	7.95	10.40
929	23 20 43.4+ 32 15 11	0.0184	14.5	-20.4	d3e	23 *	17	44		p	e								0.24	1.37	2.65
930	23 29 29.5+ 28 40 18	0.0191	15.0 *	-19.9	sd1e	9 *		48			SB								0.28	1.18	1.32
931	23 30 40.9- 2 59 46	0.0079	16.5 *	-16.3	d3e	10 *		44			e								< 0.53	0.94	2.23
932	23 35 31.3+ 1 17 10	0.0577	16.5 *	-20.6	ds2	13 *		47			e								< 0.41	0.58	1.15
933	23 39 9.5- 3 56 5	0.0225	16.5 *	-18.5	sd2	10 *		44			e
934	23 58 52.2+ 12 50 2	0.0175	15.3	-19.2	sd2	20 *	13	47		S0/a	e,a								< 0.36	2.07	4.17
935	23 59 12.6+ 12 49 30	0.0193	15.5 *	-19.3	ds3	13 *		44			e
936	0 1 35.7- 12 15 46	0.0306	14.5 *	-21.2	d3e:	27 *	13	44			e								< 0.34	0.51	1.43
937	0 7 36.5- 4 59 19	0.0301	16.0 *	-19.7	d3e:	20 *		44		p	Sy2								< 0.39	0.61	1.39
938	0 8 33.5- 12 23 8	0.0195	14.0 *	-20.7	sd3e:	27 *	20	40			Sy2	55	13.37	0.66	0.23	91		0.42	2.39	16.80	17.30
939	0 11 41.3+ 47 51 54	0.0179	15.7	-19.5	sd2	20 *	15	52			a
940	0 11 46.0+ 33 55 23	0.0648	16.0 *	-21.6	d2e	14 *	10	44			e,a
941	0 12 25.4+ 34 31 50	0.0486	16.5 *	-20.5	sd3e	10 *	7	48			e
942	0 13 47.5+ 0 30 39	0.0447	16.5 *	-20.0	ds2	11 *		52			a
943	0 14 8.6- 10 49 49	0.0180	15.0 *	-19.5	d3	20 *	10	44			e								< 0.36	0.85	1.71
944	0 21 54.9- 4 7 59	0.0150	15.0 *	-19.1	sd3	27 *	13	44			e								< 0.32	0.85	1.25
945	0 23 21.6- 3 41 50	0.0150	15.0 *	-19.1	s2	13 *		40		S0	Sy3	37	14.28	1.03	0.15	91
946	0 24 24.7- 2 3 45	0.0142	15.0	-19.0	ds3	20 *	14	52		SB0	a								0.43	2.78	5.26
947	0 24 42.7- 2 3 24	0.0379	14.9	-21.3	ds3	12 *		44			Sy3
948	0 25 39.7+ 6 51 11	0.0401	15.7	-20.6	d3	18 *	12	47		S	Sy2
949	0 26 7.3- 11 55 2	0.0215	15.0 *	-19.9	sd3e:	27 *	20	52			a
950	0 27 18.5+ 32 37 4	0.0171	15.7	-18.9	ds3	25 *	10	52		S0	a
951	0 27 36.8- 10 13 46	0.0173	16.0 *	-18.4	d3	13 *	10	44			e								< 0.34	0.70	< 1.26
952	0 28 38.4- 0 40 58	0.0198	15.6	-19.2	ds3e	18 *	12	44			e								< 0.67	1.72	2.64
953	0 34 31.9+ 35 37 42	0.0156	15.5	-19.0	d3e:	27 *	11	48			e								< 0.24	0.58	0.98
954	0 34 38.5- 9 43 54	0.0176	15.5 *	-19.0	d3e:	13 *	10	44			e								< 0.32	0.63	1.08
955	0 35 2.1+ 0 0 21	0.0352	15.4	-20.6	sd3e:	12 *		37		(R)SBab	Sy2	55	14.01	0.96	0.04	91			< 0.41	0.94	2.05
956	0 37 47.6- 7 43 43	0.0122	15.5 *	-18.2	s3e	15 *	10	44			e
957	0 39 9.7+ 40 4 51	0.0740	15.7	-22.3	ds2	13 *		44		E/S0	Sy1.5	29	15.14	0.80	0.14	91			0.28	2.14	3.33
958	0 40 12.0+ 33 15 1	0.0200	15.5	-19.5	d3	30 *	9	47		Sbc	a								< 0.24	0.73	1.34
960	0 46 4.8- 12 59 22	0.0215	13.5 *	-21.4	d3	20 *	13	44		SB0?p	e		13.8	0.28	-0.37	61			< 0.35	1.36	1.98
961	0 48 42.2+ 33 39 48	0.0171	16.5 *	-18.2	s2e	10 *	7	44			e
962	0 52 6.5+ 5 30 12	0.0150	15.0	-19.2	s3	30 *	14	47		Sa	e,a
963	0 53 4.6- 10 21 40	0.0195	16.0 *	-18.7	d3	18 *	12	48			e
964	0 53 35.4- 3 57 13	0.0505	15.0 *	-21.8	s3e	9 *	7	52		Sab	a
965	0 54 56.2- 4 25 48	0.0089	15.0 *	-18.0	d3e	20 *	13	44			e
966	0 55 10.1- 5 13 8	0.0176	15.0 *	-19.5	s3e:	27 *	13	47			e,a								< 0.45	1.57	3.02
967	0 56 38.7+ 35 15 39	0.0604	16.0 *	-21.4	ds3	13 *	11	52			a
968	0 58 14.8- 9 27 17	0.0149	15.5 *	-18.6	sd3e:	33 *	20	47		SBc	e								0.98	0.78	1.63
969	1 0 10.6- 13 7 2	0.0206	15.0 *	-19.8	sd2e:	13 *		44			e								0.32	1.06	1.19
970	1 0 38.0- 3 52 39	0.0083	15.5 *	-17.4	ds3e	27 *	20	47			e								< 0.28	0.60	1.27
971	1 1 32.8+ 35 18 9	0.0825	16.5 *	-21.6	sd3	7 *		47			e,a
972	1 3 36.2- 6 45 10	0.0411	16.0 *	-20.3	d2	9 *		47			e
973	1 5 44.6- 4 50 26	0.0251	16.5 *	-18.8	ds2	10 *	7	47			e
974	1 7 1.0- 6 20 17	0.0310	16.5 *	-19.2	d3e:	12 *	8	47			e,a
975	1 11 12.7+ 13 0 27	0.0498	15.0	-21.8	s1e	12 *	9	37		(R)S0	Sy1	55	14.19	0.86	-0.20	91	v	0.37	0.42	0.78	< 1.42
976	1 13 24.8+ 32 48 1	0.0168	14.8	-19.8	d3	33 *	20	44		Sc	e
977	1 13 35.1+ 38 47 22	0.0333	15.1	-21.1	ds3e:	15 *	10	52		SBa	a
978	1 14 51.0+ 3 54 22	0.0233	15.7	-19.4	sd2e:	7 *		44			e
979	1 15 22.7+ 11 56 37	0.0194	15.5 *	-19.3	sd2e:	9 *	7	44			e
980	1 16 27.1+ 34 35 46	0.0162	16.0 *	-18.6	sd3e:	12 *	8	47			e								< 0.25	0.54	1.77
981	1 16 33.7- 1 31 39	0.0460	16.5 *	-20.1	ds2e:	12 *	9	52		Sab	a
982	1 16 40.2+ 12 32 7	0.0190	16.5 *	-18.2	d3	11 *	8	44			e
983	1 16 44.3+ 12 8 30	0.0480	16.0 *	-20.7	d2	13 *	10	47		p	e
984	1 16 45.3+ 12 11 3	0.0481	15.1	-21.6	ds2e:	15 *		44		SBcp	Sy3	75	14.81	0.70	0.28	91			< 0.31	0.72	1.58
985	1 17 36.8+ 37 53 36	0.0305	14.9	-21.1	sd3	20 *	12	47			e								< 0.61	0.60	1.41
986	1 19 39.5- 10 8 59	0.0427	15.5	-20.9	sd3e:	13 *		52			a
987	1 19 49.3+ 34 10 37	0.0166	14.2	-20.4	ds3e	25 *	18	44		S	e								0.33	1.95	3.95
988	1 20 40.0+ 34 18 30	0.0237	14.7	-20.7	d3	14 *		46			e		15.2	0.52	-0.10	59			0.25	1.63	2.87
989	1 20 50.2- 7 4 4	0.0180	14.5 *	-20.0	sd3e	20 *	12	44			e
990	1 21 10.5+ 34 30 30	0.0159	15.7	-18.8	d3	18 *	12	47			e								< 0.25	0.67	1.34
991	1 21 56.5+ 31 54 20	0.0353	14.2	-22.0	sd3e:	12 *	13	44		Sa	Sy3	75	14.05	0.82	0.14	91			< 0.25	1.42	2.72
992	1 21 59.2+ 31 51 50	0.6544	17.5 *	-25.1	s2	5 *		79			QS0
993	1 22 42.7+ 31 52 35	0.0169	14.0	-20.6	sd3e:	18 *	48	37		Sa	Sy1.9	75	13.39	0.98	0.26	91			< 0.74	< 0.40	1.23
994	1 24 19.8- 8 44 59	0.0497	16.0 *	-20.7	s3e:	12 *	10	52			a
995	1 24 59.2- 8 48 48	0.0489	15.5 *	-21.2	d3e:	8 *		44			e,a							0.25	0.71	3.40	6.35
996	1 25 4.5- 6 35 8	0.0056	15.5 *	-16.5	ds2e	15 *	13	44			e
997	1 26 28.7+ 10 52 22	0.0192	14.7	-20.0	ds3	18 *	13	47			e								< 0.49	1.18	2.94
998	1 30 2.1- 2 20 12	0.0759	16.0 *	-21.7	ds3	10 *	7	47			e,a
999	1 30 11.7- 12 17 58	0.0172	15.0 *	-19.4	ds3	27 *	17	47			a
1000	1 30 38.6- 12 27 53	0.0187	16.0 *	-18.6	d3	13 *		52			a
1001	1 31 3.0+ 11 26 23	0.0545	16.0 *	-21.0	ds3	12 *	8	47		S	e
1002	1 34 41.1+ 5 37 23	0.0109	13.5	-20.0	ds2e:	40 *		44		E1	SB								0.86	4.85	6.33
1003	1 37 0.6+ 6 59 5	0.0101	14.4	-18.9	s3e:	34 *	20	47		p	e	55	13.85	0.69	-0.15	82			< 0.32	0.59	1.26
1004	1 37 25.4- 5 19 37	0.0375	15.0 *	-21.1	sd2e	12 *	9	52			a
1005	1 38 12.0- 4 54 17	0.0422	16.0 *	-20.4	ds3	13 *		44			e
1006	1 43 33.2+ 34 40 40	0.0181	14.7	-20.1	ds3	15 *	10	47			e
1007	1 46 4.5+ 10 15 35	0.0180	14.2	-20.4	s3e:	27 *	15	52		S0	a
1008	1 47 46.9+ 33 29 36	0.0187	15.0	-19.9	ds3	14 *	10	47			e								< 0.25	0.57	1.22
1009	1 47 48.8+ 35 2 13	0.0141	13.3	-21.0	sd2e:	47 *	20	44		SBc	e								< 0.25	1.17	2.75
1010	1 52 1.7+ 35 10 32	0.0540	15.1	-22.1	ds2	27 *	13	67			e								0.26	0.40	1.19
1011	1 53 30.1+ 36 33 32	0.0196	14.9	-20.1	ds3	27 *	13	47		S0	e								< 0.25	0.57	< 1.00
1012	1 54 27.0- 5 38 48	0.0162	15.0 *	-19.3	sd2e	30 *	18	44		SBb	SB
1013	1 57 8.9- 7 45 43	0.0274	15.0 *	-20.5	d3e:	13 *		52			a
1014	1 57 15.8+ 0 9 10	0.1633	16.0 *	-23.3	s1	6 *		40			QS0	29	15.73	0.45	-0.65	91			0.63	2.30	2.20
1015	1 58 48.1- 1 32 39	0.0409	15.5	-20.8	sd3e:	14 *		52			a
1016	1 59 17.4- 1 34 15	0.0446	15.7	-20.8	d3e:	13 *	10	52			a
1017	2 0 19.2- 2 14 16		16.5 *		ds2	6 *				p
1018	2 3 42.6- 0 31 47	0.0425	14.6	-21.8	s2e:	23 *	17	40		S0	Sy1.9	75	13.82	1.07	0.09	91	v
1019	2 6 14.9- 8 4 3	0.0129	16.5 *	-17.3	sd3	10 *	8	47			e
1020	2 6 29.9- 8 0 15	0.0129	15.0 *	-18.8	sd3e	25 *	20	47			e
1021	2 6 57.5- 10 22 18	0.0142	13.5 *	-20.5	d2e:	25 *	20	44		Sp	e	50	12.50	0.83	0.17	70		0.38	0.50	5.81	10.60
1022	2 7 11.1- 10 22 56	0.0129	14.0 *	-19.8	sd2e	22 *	18	44		I0p	e	100	12.93	0.63	-0.06	70		0.60	1.84	< 0.36	17.40
1023	2 7 20.4- 8 1 6	0.0121	16.0 *	-17.7	ds2e	10 *		47			e
1024	2 7 33.2- 7 51 33	0.0129	15.5 *	-18.3	ds2e:	11 *		44			e,a
1025	2 7 32.1- 9 3 47	0.0055	16.0 *	-16.0	d2	13 *	8	44			e
1026	2 7 50.2- 10 33 19	0.0126	15.0 *	-18.8	d3	20 *	13	44		SB	e	64	13.30	0.60	0.12	70			< 0.45	1.40	3.04
1027	2 11 28.8+ 4 56 33	0.0302	14.4	-21.3	ds2e	27 *	12	44		p	e								0.62	5.28	8.18
1028	2 14 8.9+ 31 28 6	0.0215	16.5 *	-18.7	sd2	7 *		44			e
1029	2 14 25.8+ 5 3 41	0.0307	15.4	-20.3	s2e:	11 *		44			e								0.45	2.00	2.06
1030	2 14 39.1+ 29 17 26	0.0177	15.2	-19.5	d3e	16 *	12	44			e								0.28	1.35	1.81
1031	2 16 20.3- 3 16 16	0.0082	15.5 *	-17.4	s2e:	13 *		44			e	25	14.34	0.46	-0.28	82			< 2.99	0.65	1.11
1032	2 17 53.1+ 32 28 58	0.0339	16.0 *	-20.2	ds3e:	9 *	7	44			Sy?							0.31	0.27	1.63	2.35
1033	2 19 20.5- 10 15 4	0.0182	15.0 *	-19.6	s2	20 *	10	52			a
1034	2 20 20.9+ 31 57 43	0.0342	14.6	-21.6	sd3e:	20 *	15	41	*	dbl	Sy2	38	14.01	0.90	0.34	91		0.28	0.70	6.53	12.70
1035	2 21 4.2+ 33 19 56	0.0375	16.0 *	-20.4	ds3	9 *		44			e								< 0.25	0.63	1.40
1036	2 21 33.3- 4 46 38	0.0436	16.0 *	-20.5	d3	12 *	9	47			e
1037	2 23 6.6+ 36 33 36	0.0328	16.5	-19.7	sd3	8 *		52			a
1038	2 23 53.9+ 0 56 11	0.0051	14.7	-17.1	d3	18 *		44		E	e
1039	2 25 6.2- 10 23 21	0.0064	15.5 *	-16.8	d2e	50 *	14	44			e								0.40	1.48	1.57
1040	2 25 14.5+ 31 5 23	0.0173	13.9	-20.8	s2e	7 *		37		SAbc	Sy1	75	13.26	0.88	0.35	91	v	0.66	1.32	2.73	4.73
1041	2 25 55.7+ 35 8 59	0.0337	16.5 *	-19.7	d3e	16 *	13	52			a
1042	2 25 38.0- 10 24 23	0.0069	16.5 *	-16.0	d3e	9 *		44			e
1043	2 27 0.1- 3 26 2	0.0081	14.0 *	-18.8	ds2e:	27 *	20	44			e								0.30	1.54	2.89
1044	2 27 38.2- 9 13 11	0.0164	14.5 *	-19.9	s1e	18 *	12	37		E/S0	Sy1	55	13.67	0.50	-0.65	91
1045	2 29 4.3- 0 21 35	0.0201	15.2	-19.6	d2e:	25 *	12	44			e								< 0.53	0.62	< 1.00
1046	2 29 48.3+ 30 36 46	0.0349	16.5	-19.7	ds2e:	7 *		48			e
1047	2 30 13.4+ 0 27 30	0.0228	16.0 *	-19.1	d2e:	8 *		48			e
1048	2 32 10.1- 9 0 14	0.0424	14.5 *	-21.9	s1e	13 *	10	37		(R)Sap	Sy1	75	13.38	0.66	-0.46	91		0.27	0.58	1.43	1.91
1049	2 33 45.2- 14 26 1	0.0146	15.0 *	-19.1	ds2	20 *	13	44			e								0.35	1.32	1.70
1050	2 34 37.7+ 34 12 57	0.0169	13.9	-20.8	sd3e:	30 *	13	44		SBa	e								0.72	5.00	7.93
1051	2 37 40.6+ 35 5 0	0.0520	16.0	-21.2	ds2	9 *		44			e								0.25	0.66	1.28
1052	2 42 53.2+ 0 42 16	0.0250	14.8	-20.5	s3e	20 *	13	52			a
1053	2 43 42.6- 8 26 45	0.0304	16.5 *	-19.2	sd3e:	8 *	6	52		p	a
1054	2 44 20.3+ 15 43 12	0.0261	15.7	-19.8	d3	10 *		52			a
1055	2 45 51.9- 9 10 5	0.0360	13.4	-22.7	sd2e:	8 *		44			HII	16	15.19	0.55	-0.09	95
1056	2 46 7.9+ 35 7 40	0.0423	15.5	-21.3	d2	17 *	10	52			a
1057	2 46 35.0+ 33 49 57	0.0390	16.0 *	-20.6	ds3e:	10 *	8	44			e								0.22	1.13	1.53
1058	2 46 47.0+ 34 46 54	0.0174	15.4	-19.4	ds3e:	25 *	13	44		S0	Sy2	55	14.35	0.96	0.02	91	v		< 0.26	0.66	1.44
1059	2 47 6.9- 9 12 31	0.0358	16.5 *	-19.6	ds2	12 *	6	52			a
1060	2 49 2.4+ 43 51 40	0.0313	15.2	-21.3	ds3e:	12 *		48			a								< 0.25	< 0.52	1.19
1061	2 49 15.2+ 36 31 52	0.0114	15.4	-18.6	ds3	12 *		44			e
1062	2 51 48.2- 8 40 55	0.0621	15.5 *	-21.8	s3e	15 *		52			e
1063	2 52 8.0- 10 13 46	0.0048	13.0 *	-18.7	sd2e	25 *	18	44		Im	e	12	13.13	0.36	-0.46	100			0.43	2.99	4.76
1064	2 55 47.9- 10 32 56	0.0151	15.0 *	-19.2	ds2e:	15 *	12	44			e								0.53	2.56	4.79
1065	2 56 40.5- 4 40 15	0.0137	14.5 *	-19.5	ds3e:	20 *	16	47			e,a
1066	2 56 49.0+ 36 37 18	0.0124	13.8	-20.4	ds2e	30 *	17	40		(R)SB0	Sy2	75	13.27	0.91	0.40	91		0.50	2.32	10.30	12.70
1067	2 58 42.8+ 42 23 20	0.0140	14.4	-20.3	sd3e:	18 *	12	48		SBa	e								0.27	1.94	5.06
1068	2 59 58.4+ 2 0 0	0.0173	14.0	-20.5	ds3e:	13 *		44		I	e								< 0.25	1.16	2.58
1069	3 5 57.5- 14 5 35	0.0047	14.5 *	-17.2	d2e	27 *	13	44			e								0.26	1.36	1.90
1070	3 9 46.6- 0 21 53	0.0373	15.1	-21.1	sd1e:	12 *	9	52			e,a
1071	3 9 56.3- 10 42 2	0.0125	15.5 *	-18.3	ds3	13 *		44			e
1072	3 10 51.2+ 41 6 22	0.0156	15.1	-19.9	ds3e:	13 *		48			a
1073	3 11 42.9+ 41 51 3	0.0237	14.0	-21.9	ds3e	33 *	13	40		(R)SBb	Sy2	55	13.56	0.72	0.04	91		0.47	1.43	8.11	11.40
1074	3 14 21.3- 0 13 31	0.0236	15.4	-19.8	s2e:	13 *	10	52			a
1075	3 16 57.9- 6 18 4	0.0072	14.5 *	-18.1	d3	25 *	13	44			e								< 0.26	0.76	1.65
1076	3 17 8.9+ 0 23 5	0.0239	15.6	-19.6	d2	20 *	9	44		SB	e
1077	3 25 50.5+ 39 36 46	0.0229	16.0 *	-19.8	ds2	12 *	10	48			a
1078	3 38 19.0- 3 59 22	0.0135	15.5 *	-18.5	d3	18 *	10	44			e								< 0.37	0.54	1.14
1079	4 1 33.2- 11 18 54	0.0297	14.5 *	-21.2	sd3e	27 *	18	44			e								0.34	2.64	4.99
1080	4 1 55.8- 2 19 26	0.0023	13.1	-17.1	s2e	6 *		44			e	170	12.20	0.51	-0.20	70			< 0.25	1.46	3.65
1081	4 2 52.1+ 4 16 38	0.0177	15.4	-19.3	sd3e:	14 *		44		Sab?	e								< 0.25	1.17	1.76
1082	4 27 51.4+ 0 21 50	0.0433	16.0 *	-20.7	s3e:	12 *	9	52			a
1083	4 36 10.5+ 0 5 34	0.0266	15.1	-20.5	d3e:	14 *	12	44			e
1084	4 41 25.0+ 8 44 51	0.0305	16.0 *	-20.0	ds3	10 *		52			e								< 0.25	0.61	1.78
1085	4 43 43.1- 12 31 53	0.0160	16.0 *	-18.5	d3	20 *		48		Sab?	e								0.25	1.04	2.50
1086	4 45 57.7- 1 37 31	0.0270	15.0	-20.7	s3e:	27 *	12	44		SB	e								< 0.25	0.90	1.25
1087	4 47 7.1+ 3 14 55	0.0274	14.8	-21.0	s2e:	13 *	11	41		S0p	SB	25	14.83	0.50	-0.16	82			0.50	3.48	4.77
1088	4 52 1.0+ 3 11 19	0.0150	13.2	-21.3	d3	50 *	25	44		SB0/a	e							0.32	0.85	6.29	10.10
1089	4 59 9.4- 4 19 43	0.0127	15.0 *	-19.1	ds2e	10 *		44		p	SB	64	13.57	0.39	-0.53	70			0.70	4.01	5.43
1090	4 59 15.1- 4 21 37	0.0128	15.0 *	-19.1	d2e:	13 *		44		IAB	e	64	14.44	0.50	-0.48	70
1091	4 59 25.1- 14 19 56	0.0253	15.0 *	-20.5	d3	20 *	8	44			e								0.28	1.45	2.22
1092	5 1 57.6- 10 8 40	0.0105	14.5 *	-19.1	sd3e	33 *	13	48		Sb	e	16	14.14	0.83	0.26	95			< 0.24	0.57	1.79
1093	5 5 19.5- 8 4 59	0.0141	15.5 *	-18.8	ds3e:	25 *	13	48		Sp	SB							0.34	1.32	9.15	12.30
1094	5 8 17.4- 2 44 33	0.0092	14.0	-19.4	d2	20 *	12	44		p	e								< 0.25	0.74	< 1.16
1095	5 13 37.8- 0 12 14	0.0330	14.6	-21.7	s1e	18 *	15	37		S0/a	Sy1	75	12.87	0.73	-0.62	91	v	0.40	0.48	0.65	1.31
1096	15 23 45.6+ 67 19 27	0.0248	15.5 *	-19.8	ds3	14 *	12	38			e								< 0.25	0.65	1.24
1097	15 24 6.1+ 71 6 1	0.0604	16.5 *	-20.8	sd1e:	10 *		38			e								< 0.25	0.77	1.61
1098	15 27 37.9+ 30 39 23	0.0363	15.1	-21.0	s3	13 *		38		S0/a	Sy1	37	14.45	0.99	-0.09	91
1099	15 47 47.1+ 69 37 17	0.0393	15.2	-21.1	d3e	18 *	12	38		Sp	e								< 0.25	0.52	< 1.06
1100	15 50 14.3+ 41 53 15	0.0334	16.5 *	-19.4	d3	10 *	7	38			e
1101	15 54 54.3+ 42 1 29	0.0357	14.3	-21.8	sd2e	15 *		38			e,a	25	16.0	0.71		86			0.28	1.86	3.30
1102	15 55 27.7+ 41 41 11	0.0354	16.5 *	-19.6	sd2	9 *	6	39			Sy2
1103	15 55 41.0+ 41 40 28	0.0349	15.0	-21.0	ds3	10 *		39			Sy2
1104	16 4 3.7+ 41 28 40	0.0077	13.6	-19.2	sd1e	20 *	16	38		p	e	25	13.83	0.22	-0.31	90			0.29	1.46	1.78
1105	16 12 53.0+ 12 41 53	0.0326	15.0 *	-20.9	sd3	14 *	10	38			e
1106	16 14 41.3+ 18 37 9	0.0355	16.0 *	-20.1	ds3	8 *		38			e
1107	16 44 54.2+ 36 10 43	0.0380	15.4	-20.9	s2	16 *	9	52		Sa	a
1108	16 48 49.2+ 28 55 47	0.0326	15.0 *	-21.0	ds2e:	14 *		38			e								< 0.25	0.71	1.69
1109	16 51 34.1+ 63 11 56	0.0109	14.9	-18.7	ds2	12 *		38			e								< 0.25	0.46	< 4.14
1110	16 51 51.9+ 69 0 28	0.0136	14.7	-19.4	ds2	20 *	14	38			e								< 0.25	0.71	1.93
1111	16 53 8.2+ 26 44 29	0.0272	14.8	-20.8	sd3	25 *	14	52		p	e,a								< 0.25	0.51	< 1.13
1112	16 55 19.1+ 28 15 50	0.0350	15.5	-20.6	sd3	22 *	14	39			e
1113	16 55 53.6+ 28 12 16	0.0429	15.6	-21.0	sd3	18 *		52			a
1114	16 58 39.9+ 32 44 36	0.0293	15.5	-20.2	ds2e	20 *	13	38			e								0.25	1.03	1.85
1115	17 1 7.5+ 33 7 54	0.0639	16.1	-21.3	sd3	8 *		38			e,a								0.25	0.56	1.30
1116	17 36 23.6+ 86 46 38	0.0269	14.3	-21.4	ds2	10 *		38			e							0.32	0.55	4.62	9.85
1117	17 38 42.2+ 39 16 49	0.0458	15.5 *	-21.3	ds2e	14 *		38			e	25	15.28	0.73	-0.23	87			< 0.25	0.64	1.10
1118	17 49 43.5+ 24 29 41	0.0110	13.5	-20.3	sd2e:	25 *	20	38		SBc	Sy3:	25	13.48	0.85	0.10	86			0.30	1.61	3.97
1119	17 50 54.8+ 37 45 28	0.0114	14.8	-19.0	s2e	18 *	14	38			Sy?	25	14.85	0.47	-0.68	86			< 0.25	0.71	1.16
1120	17 54 59.4+ 40 15 12	0.0436	15.5	-21.2	d3	14 *		38			e
1121	18 9 28.6+ 31 50 58	0.0157	16.0 *	-18.6	ds2	18 *		39			e								< 0.25	0.70	1.22
1122	18 25 8.4+ 42 38 21	0.0424	15.1	-21.7	ds3e:	15 *	9	38			e
1123	22 5 5.3+ 44 3 16	0.0191	15.7	-20.2	s3e	17 *		52			a	25	14.44	1.08	0.32	87
1124	22 28 10.3- 14 26 41	0.0169	16.0 *	-18.4	ds3	15 *	12	38		Sbc	e								< 0.34	0.50	1.96
1125	22 47 1.6+ 19 9 25	0.0329	16.5 *	-19.5	sd2	12 *		39			a
1126	22 58 10.0- 13 11 14	0.0112	14.5 *	-19.0	s2e:	33 *	20	38		(R)S0	Sy1.5	75	13.47	0.79	0.01	91
1127	22 59 38.3+ 26 46 59	0.0262	14.4	-21.2	s3	24 *	17	38		Sb	Sy3	75	13.85	0.80	0.18	91			< 0.25	0.87	2.44
1128	23 0 11.3+ 38 26 42	0.0173	15.5	-19.4	d3e:	27 *	13	38			e								< 0.24	0.72	1.63
1129	23 4 9.7+ 9 44 3	0.0167	16.5 *	-18.0	d2	7 *		38			e
1130	23 8 58.0- 0 27 2	0.0304	16.5 *	-19.2	d3e:	14 *	10	38			e
1131	23 25 27.0- 2 26 24	0.0079	16.0 *	-16.8	ds3	14 *	10	38		I	e
1132	23 35 31.0+ 31 20 55	0.0319	16.5 *	-19.5	d3	10 *		38			e								< 0.27	0.52	< 1.22
1133	23 41 29.9+ 27 26 16	0.0256	15.5 *	-20.0	s3	20 *	13	39			e
1134	23 44 27.1+ 29 10 52	0.0174	14.3	-20.4	sd2e	25 *	15	38		I0	SB	25	14.56	0.61	-0.28	87			0.47	4.76	9.94
1135	23 48 2.1+ 28 43 14	0.0302	15.2	-20.7	s2e:	28 *	20	38			e	25	14.33	0.96	0.39	87			< 0.24	0.57	1.40
1136	23 48 51.1+ 35 22 58	0.0283	16.5 *	-19.3	ds3	10 *		38			e
1137	23 57 57.8+ 26 2 50	0.0262	14.7	-20.8	ds2	20 *		38		S	e								0.24	1.06	2.05
1138	0 12 2.2+ 8 0 6	0.0183	16.5 *	-18.1	ds3	6 *		38			e
1139	0 13 39.6+ 21 8 24	0.0202	16.5 *	-18.4	ds2	10 *		39			a
1140	0 13 41.3+ 24 30 47	0.0679	17.0 *	-20.6	d2	16 *	12	38		SB?	e
1141	0 15 31.8+ 22 12 6	0.0191	16.0 *	-18.8	ds2	12 *		38			e
1142	0 18 7.2+ 21 41 18	0.0209	16.0 *	-19.0	d3	13 *	9	39			a
1143	0 39 59.5+ 2 58 59	0.0375	16.5 *	-19.6	ds3	18 *	12	39			HII
1144	0 40 2.8+ 2 57 55	0.0379	17.0 *	-19.2	d2	7 *	5	39			e								< 0.35	0.49	1.08
1145	0 41 4.9+ 2 5 32	0.0507	15.7	-21.1	s3	18 *	13	52			a
1146	0 44 42.2+ 14 25 50	0.0403	15.2	-21.1	sd2e:	20 *	12	38		SBb	Sy1	55	14.58	0.81	-0.26	91
1147	0 45 58.1+ 10 3 58	0.0368	15.6	-20.5	d3	8 *		38		S0/ap	Sy1	24	15.20	0.55	0.03	91
1148	0 49 16.6+ 17 9 40	0.0650	16.0 *	-21.4	s1e:	6 *		45			QS0	24	15.96	0.48	-0.84	91
1149	0 53 42.9- 14 32 46	0.0213	16.0 *	-18.9	sd3	20 *	13	38		SB	Sy3	29	15.08	0.81	0.20	91
1150	0 59 40.7+ 34 50 45	0.0820	16.5 *	-21.6	sd3e:	13 *	10	38			e
1151	1 5 59.7- 13 14 48	0.0545	16.0 *	-20.9	ds3	10 *		38			e
1152	1 11 21.9- 15 6 39	0.0521	15.0 *	-21.8	sd2	15 *	13	38		S0/a	Sy1.5	55	14.58	0.88	0.06	91	v
1153	1 20 41.2- 0 57 41	0.0065	15.7	-16.6	d3	7 *		38		S	e
1154	1 22 12.3- 1 49 38	0.0193	16.5 *	-18.2	ds3	6 *		38		Sa	e
1155	1 23 22.9+ 33 8 44	0.0178	15.0	-19.7	ds3	30 *	13	38		S0	a
1156	1 29 13.8+ 32 55 19	0.0355	15.1	-21.1	d3e:	15 *	9	38			e								< 0.25	< 0.40	1.84
1157	1 30 38.9+ 35 24 45	0.0157	14.0	-20.5	sd2e	40 *	20	38		(R)SB0/a	Sy2	75	13.20	0.79	0.22	91			0.46	1.97	3.19
1158	1 32 7.2+ 34 47 3	0.0158	14.9	-19.6	sd1e	15 *	8	38			SB	29	14.90	0.59	-0.19	91			0.36	0.97	1.13
1159	1 32 26.5+ 32 47 42	0.0695	15.2	-22.5	d3e:	18 *		52			a
1160	1 35 37.8+ 34 57 32	0.0174	16.5 *	-18.2	d2e:	10 *	8	38			e
1161	1 35 58.5- 9 24 58	0.0405	16.0 *	-20.3	sd3e:	15 *	10	39			a
1162	1 35 56.7+ 29 23 1	0.0444	16.0 *	-20.7	s3	14 *	7	39		S0	a
1163	1 37 9.2+ 30 58 47	0.0283	16.0 *	-19.7	sd3	8 *		39			e
1164	1 38 10.8+ 32 38 25	0.0407	15.8	-20.7	sd3	11 *		39			a
1165	1 40 5.4+ 27 58 10	0.0370	16.5 *	-19.8	sd3	12 *		38			e
1166	1 46 26.6+ 12 50 46	0.0870	16.5 *	-21.5	d3e	10 *		38			e
1167	1 53 56.6+ 31 27 36	0.0182	14.9	-19.9	s3e:	10 *		39			a
1168	1 54 59.4+ 3 13 58	0.0427	17.0 *	-19.4	d2	12 *	8	39			e								< 0.29	0.62	1.41
1169	1 55 3.9+ 2 10 50	0.0160	17.0 *	-17.3	sd2	10 *		39			e
1170	1 55 6.9+ 37 20 6	0.0165	15.3	-19.4	ds2e:	18 *		39		S	a
1171	1 58 12.2+ 31 38 28	0.0175	12.8	-21.9	s3e:	15 *		38		SBc	e								0.39	2.20	5.50
1172	2 3 7.6- 8 29 2	0.0411	16.5 *	-19.8	sd3	13 *		39			a
1173	2 5 16.9+ 20 7 8	0.0283	15.5 *	-20.1	d2	20 *	13	38			e								< 0.28	0.45	< 5.91
1174	2 5 30.1+ 1 39 26	0.0228	14.9	-20.2	d3e:	35 *	14	39		S0	a
1175	2 10 53.8+ 31 38 2	0.0198	16.2	-18.8	sd3	10 *	8	38			e
1176	2 24 27.3+ 41 47 4	0.0191	15.0	-20.2	d3	15 *	12	38			e								0.33	2.11	6.44
1177	2 24 36.5- 13 20 37	0.0227	16.5 *	-18.5	ds2e	15 *	12	38			e								< 0.25	0.80	1.71
1178	2 24 37.3- 13 21 34	0.0228	16.0 *	-19.1	d3	20 *	10	38			e
1179	2 30 27.0+ 27 43 4	0.0374	16.0 *	-20.3	sd3	15 *	12	38		S0/a	Sy1.9	37	15.14	1.15	-0.09	91
1180	2 33 48.4+ 33 6 38	0.0142	13.4	-20.9	sd3e	40 *	22	38		SB0/SBa	e								< 0.26	1.02	3.11
1181	2 36 2.2+ 3 49 49	0.0272	15.3	-20.2	ds2	15 *		39			a
1182	2 37 54.9+ 16 36 59	0.0293	15.5 *	-20.2	d2e:	14 *	8	38			e								< 0.42	0.68	1.36
1183	2 39 51.4+ 28 21 45	0.0059	13.5	-18.9	sd3	47 *	20	38		Sa?	Sy							0.34	0.50	5.32	11.20
1184	2 43 25.4- 5 50 59	0.0294	15.5 *	-20.1	ds3	21 *	17	38			e								0.37	2.46	4.61
1185	2 44 4.6+ 15 34 32	0.0255	16.5 *	-18.9	d2	9 *		38			e
1186	2 45 1.0+ 15 43 45	0.0256	16.5 *	-18.9	ds2	7 *		38			e
1187	2 45 37.3+ 13 43 39	0.0448	15.5 *	-21.1	s2	8 *		38		SBbp	Sy1	29	16.33	0.91	-0.39	91
1188	3 1 26.7- 1 5 22	0.0658	16.5 *	-20.9	ds2	6 *		38			e
1189	3 2 46.3- 2 32 3	0.0402	16.5 *	-19.8	s2e:	8 *		38		S	e
1190	3 4 38.3- 2 18 14	0.0425	16.5 *	-20.0	sd2e:	9 *	6	38			e								< 0.36	0.71	1.02
1191	3 40 12.7- 6 32 23	0.0209	14.5 *	-20.4	ds3	20 *	9	38		S	e								< 0.26	0.51	1.20
1192	3 53 7.4- 9 43 45	0.0287	15.5 *	-20.1	sd3	13 *		38		S	Sy2?
1193	4 4 37.9- 10 18 13	0.0318	16.5 *	-19.4	sd2	11 *		38			e								< 0.25	0.68	1.04
1194	5 9 6.6+ 5 8 26	0.0145	13.7	-20.8	ds2e:	30 *		38		SB0	SB							0.31	0.75	6.95	11.40
1195	6 40 0.0+ 78 4 31	0.0394	17.0 *	-19.5	ds2e:	10 *		39		p	e								< 0.25	0.44	1.19
1196	6 59 37.3+ 39 18 51	0.0223	15.0	-20.5	d3e:	10 *		39			e,a								< 0.29	1.20	1.87
1197	7 2 53.1+ 28 22 29	0.0166	14.9	-20.1	s3e:	24 *	16	39		Sp?	e								< 0.29	1.15	2.18
1198	7 8 2.2+ 25 59 57	0.0255	14.8	-21.1	sd3e:	12 *		39		p?	e								< 0.34	0.97	2.54
1199	7 20 28.5+ 33 32 24	0.0135	13.7	-20.6	sd1e:	15 *		39			e							0.32	1.36	6.98	8.62
1200	7 21 55.9+ 27 25 27	0.0260	14.8	-21.0	sd3e:	27 *	14	39		SB	e								< 0.44	1.32	2.95
1201	7 22 34.6+ 30 3 4	0.0186	15.2	-19.8	sd1e	13 *		39		S	e								0.62	2.93	4.01
1202	7 42 24.9+ 28 33 48	0.0159	15.6	-19.0	d3e	12 *	9	39			e
1203	7 44 52.4+ 28 26 59	0.0248	15.5	-20.1	sd3	14 *	10	39			a
1204	7 46 33.3+ 29 4 19	0.0155	15.5 *	-19.0	d2	15 *	10	39			e
1205	7 52 57.7+ 16 41 23	0.0465	16.5 *	-20.5	sd2e	11 *		39			e,a
1206	7 54 21.3+ 14 47 37	0.0477	15.5 *	-21.6	d3	14 *		39			e								< 0.35	< 0.72	1.33
1207	7 59 31.9+ 9 32 6	0.0158	15.0	-19.7	ds3e	25 *	15	46			a
1208	8 1 13.7+ 8 50 30	0.0166	15.1	-19.7	sd2e	14 *		39			e								< 0.30	1.14	1.86
1209	8 1 16.1+ 10 9 6	0.0339	15.2	-21.1	d3	13 *	7	39		Sp	e
1210	8 1 27.0+ 5 15 22	0.0135	14.4	-20.0	ds2e	25 *		39			Sy2							0.56	2.10	1.82	1.44
1211	8 3 4.3+ 7 44 5	0.0537	15.2	-22.2	ds3e:	18 *		39			e								< 0.26	0.58	1.24
1212	8 4 2.6+ 27 16 17	0.0414	15.2	-21.4	s2e	13 *	8	39			Sy?								0.34	1.83	3.23
1214	8 21 3.9+ 14 54 54	0.0062	14.4	-18.1	ds3	27 *	15	53		p	e
1215	8 25 34.2+ 23 13 41	0.0457	15.6	-21.2	sd3e:	10 *		46			a
1216	8 26 19.8- 6 46 21	0.0216	15.5 *	-19.9	ds3	27 *	14	46			e,a
1218	8 35 13.1+ 25 4 17	0.0315	14.8	-21.1	s3e:	20 *	15	39		SBb	Sy1.8	55	13.86	0.86	-0.18	91
1219	8 50 25.9- 4 35 4	0.0296	16.5 *	-19.4	d3	13 *		48			a
1220	8 51 50.0+ 17 52 50	0.0649	16.5 *	-21.0	s2e:	12 *		39			Sy2								0.50	0.87	1.17
1221	9 0 27.2+ 18 27 34	0.0108	16.0 *	-17.6	d2e:	27 *	10	39			e								< 0.30	0.84	1.59
1222	9 0 33.7+ 20 51 58	0.0315	15.4	-20.5	d3e:	9 *		39		p	e
1223	9 1 21.2+ 17 16 31	0.0281	16.5 *	-19.1	d3e	12 *		48			a
1224	9 1 48.9+ 14 47 40	0.0493	14.3	-22.6	d3e	10 *		39			e								0.64	4.35	7.36
1225	9 6 35.8+ 15 59 59	0.0123	14.6	-19.2	ds3	33 *	16	48		Sb	a
1226	9 6 47.5+ 19 40 22	0.0265	15.7	-19.8	sd3e	20 *	18	48			e,a
1227	9 11 10.6+ 18 9 9	0.0294	16.5 *	-19.2	d3e:	17 *	13	48			a
1228	9 12 13.1+ 19 54 19	0.0259	14.7	-20.7	d2e	22 *	18	53			e								< 0.43	0.69	1.43
1229	9 13 3.7+ 21 8 15	0.0298	15.5	-20.2	sd3e	27 *	15	39		S	e								< 0.30	1.35	2.74
1230	9 14 10.5+ 25 38 21	0.0048	14.5 *	-17.3	sd2	40 *	27	39		S0	e								< 0.35	1.12	1.55
1231	9 17 6.9- 10 17 25	0.0369	15.0 *	-21.4	sd3	15 *		53		(R)SBb	e	55	14.47	0.92	-0.27	91			< 0.25	1.17	2.06
1232	9 17 20.8+ 1 9 26	0.0173	16.0 *	-18.6	ds3e:	20 *	14	50			a
1233	9 31 36.6+ 0 27 55	0.0154	13.9	-20.4	ds3e:	27 *	18	41		p	e								0.36	2.79	4.62
1234	9 36 34.1- 9 13 50	0.0153	16.0 *	-18.4	ds3e	20 *	13	52		S0
1235	9 39 26.5- 8 22 28	0.0153	15.5 *	-18.9	s3	10 *		53		Sc									0.25	1.05	2.57
1236	9 47 19.9+ 0 51 0	0.0055	13.5	-18.6	d1e	17 *	9	39		SABcd	e	54	13.28	0.52	-0.25	102			0.32	2.28	4.85
1237	9 47 30.3+ 44 33 55	0.0151	15.5 *	-18.7	d2e:	14 *	9	39			e
1238	9 48 54.7- 1 18 49	0.0589	16.5 *	-20.7	ds3	15 *	10	99			a
1239	9 49 46.3- 1 22 35	0.0206	14.5 *	-20.5	s1e	14 *		39		E	Sy1	29	14.16	0.63	-0.30	91		0.70	1.21	1.39	1.14
1240	9 52 26.6+ 11 16 38	0.0398	15.4	-20.9	ds3e	13 *		52			a
1241	9 53 54.1+ 11 24 4	0.0409	15.0	-21.4	ds2	25 *	18	48			a
1242	9 55 54.6+ 13 29 39	0.0110	14.7	-18.8	ds3e	20 *	14	53			e,a
1243	9 57 14.4+ 13 17 2	0.0365	14.5	-21.6	ds3e:	21 *	18	39		Sa	Sy1	55	14.33	0.75	0.04	91
1244	9 57 13.6- 5 7 35	0.0522	16.0 *	-21.0	ds3e:	14 *		99			a
1245	10 4 5.9- 7 12 44	0.0468	16.0 *	-20.7	d3	10 *		49			e
1246	10 6 57.2+ 77 55 27	0.0273	16.5 *	-19.1	ds3	12 *	7	39			e
1247	10 7 55.4+ 16 55 54	0.0170	14.9	-19.6	s3e:	12 *	10	53			e								< 0.26	0.70	1.39
1248	10 9 19.9+ 78 7 23	0.0272	16.5 *	-19.1	s3e:	14 *	9	48			a
1249	10 10 32.1- 7 17 10	0.0453	16.0 *	-20.7	sd3	16 *	12	52			a
1250	10 11 52.6+ 77 8 45	0.0370	16.5 *	-19.7	ds3	12 *		48			a
1251	10 14 4.5- 9 15 29		16.5 *		d3e	12 *	9
1252	10 14 4.3- 7 56 26		15.5 *		d3	15 *	12
1253	10 17 0.9- 3 5 7	0.0468	15.3	-21.4	sd3	13 *		53		E/S0p	Sy1	29	15.10	0.54	-0.86	91			0.41	0.53	< 1.00
1254	10 17 41.0- 8 39 23		16.0 *		ds3e	15 *
1255	10 22 29.3+ 79 28 55	0.0393	16.0 *	-20.4	s2e:	10 *	8	47			e
1256	10 22 39.0- 3 56 25	0.0363	16.5 *	-19.7	d2	8 *		99			e
1257	10 22 55.7- 7 14 10	0.0364	16.5 *	-19.7	sd3	14 *		53			e
1258	10 35 29.7- 7 2 26	0.0061	15.0 *	-17.3	ds2e:	26 *	20	53			e
1259	10 36 3.0- 6 54 37	0.0064	13.5 *	-18.9	sd1e	47 *		39			SB
1260	10 36 55.9+ 5 22 9	0.0263	14.2	-21.2	sd2	17 *		53		Sa	e
1261	10 41 19.2- 1 1 55	0.0260	14.1	-21.3	s2e	22 *	17	57			Sy1	25	14.25	0.75	-0.25	86
1262	10 43 4.6+ 11 36 27	0.0221	14.9	-20.1	sd3e:	10 *		52		Sb	a
1263	10 46 18.6+ 12 27 35	0.0040	15.5	-15.8	d1e	15 *	8	53	*	dbl	e
1264	10 46 31.3+ 7 10 57	0.0019	14.2	-15.5	sd3	33 *	14	54		S0/a	e
1266	10 49 50.9+ 5 21 37	0.0211	15.0	-19.9	s2	20 *	13	53			e
1267	10 50 28.5+ 4 53 52	0.0185	14.1	-20.5	s2e:	20 *	14	53			e
1268	10 52 13.7+ 39 24 12	0.0435	17.0 *	-19.5	d2	9 *		48			a
1269	10 52 29.5+ 40 43 20	0.1200	17.0 *	-21.7	s1e	6 *		79		Sab	Sy1.5	29	16.06	0.77		91
1270	10 53 18.7- 9 35 35	0.0265	15.0 *	-20.5	s3e:	13 *	10	53		S	e								< 0.27	0.93	1.64
1271	10 53 33.3+ 6 26 24	0.0030	14.8	-15.9	ds1e	18 *	14	57			e
1272	10 55 2.5+ 15 36 8	0.0364	17.0 *	-19.1	s2e:	9 *	7	46			e
1273	10 56 16.2- 9 34 37	0.0272	16.0 *	-19.5	s3e:	13 *		46			e								< 0.32	0.75	1.19
1274	10 56 15.2+ 6 59 57	0.0359	16.5 *	-19.6	d3	13 *	10	52			e
1275	10 57 33.0+ 10 38 20	0.0362	15.5	-20.6	d2	10 *		97			?
1276	10 58 37.8+ 10 45 1	0.0411	15.3	-21.0	ds3	20 *	14	97
1277	11 1 2.1- 1 7 19	0.0355	15.1	-21.0	ds3	15 *		52			e								< 0.32	0.56	1.34
1279	11 2 57.2+ 35 23 17	0.0286	15.5	-20.0	d2e	8 *		47		p	e
1280	11 3 20.5- 5 58 9	0.0469	16.5 *	-20.2	d3	13 *	8	52			a
1281	11 4 54.9+ 77 33 35	0.0356	16.5 *	-19.6	sd3	14 *	8	48			e								0.25	0.51	< 1.10
1282	11 4 44.9+ 21 55 41	0.0080	14.8	-18.0	sd3e:	22 *	18	53		SB0	e
1283	11 5 9.4+ 28 46 18	0.0322	15.6	-20.2	ds2e	11 *	9	52			e,a
1284	11 6 21.7+ 0 42 58	0.0118	15.5 *	-18.2	sd2e:	10 *		53			e								< 0.27	0.81	< 1.00
1285	11 8 55.7+ 22 27 21	0.0312	17.0 *	-18.7	ds3e:	8 *		52			a
1286	11 15 16.0+ 78 21 27	0.0842	17.0 *	-21.0	sd2	9 *		48			e
1287	11 10 2.9- 10 1 2	0.0238	16.0 *	-19.2	d2	11 *	7	99			e,a
1288	11 15 53.5+ 23 44 33	0.0223	14.4	-20.6	s3e:	15 *		48		Sb	a
1289	11 16 11.8+ 36 56 54	0.0248	15.5	-19.7	d3	14 *		47		S?	e
1291	11 21 0.1- 8 23 1	0.0115	15.5 *	-18.1	s3e	13 *		80		SBbc	Sy2								< 0.25	1.91	4.48
1292	11 21 31.5- 7 0 50	0.0289	16.5 *	-19.1	d3	15 *	9	99			e,a
1293	11 22 10.9+ 20 2 57	0.0262	17.0 *	-18.3	sd3	12 *	9	52			a
1294	11 23 35.8- 5 18 42	0.0086	14.5 *	-18.5	d3	33 *	15	53			e								< 0.31	1.27	1.98
1295	11 11 5.7+ 8 2 7	0.0289	15.6	-20.0	ds3e	12 *	8	52			a
1296	11 26 21.2+ 21 1 32	0.0203	15.3	-19.5	ds3e:	18 *	12	53	*	dbl	e
1297	11 26 35.9+ 20 2 53	0.0188	14.9	-19.7	s3	20 *	13	48			a
1298	11 26 43.6- 4 7 34	0.0593	15.0 *	-22.2	s1e	14 *	9	39		S0	Sy1	29	14.18	0.41	-0.69	91
1299	11 31 31.2- 7 20 45	0.0091	15.5 *	-17.6	ds2	13 *		53			e
1300	11 31 53.3+ 24 41 22	0.0335	16.5 *	-19.4	d2	11 *	9	48			e
1301	11 33 10.8+ 35 36 44	0.0050	14.5	-17.2	s2e	27 *	14	53		S0/a	SB
1302	11 36 20.9+ 3 51 29	0.0180	14.7	-19.9	s2e:	13 *		39		S	e								< 0.37	0.57	0.97
1303	11 37 39.5- 0 8 4	0.0215	16.5 *	-18.4	ds2e:	9 *	7	48			e
1304	11 39 38.5+ 0 36 42	0.0180	13.7	-20.9	d1e	20 *	14	57		p	e								0.86	3.81	4.34
1305	11 40 24.6- 8 3 18	0.0100	15.5 *	-17.8	sd2e	20 *		52			e,a								< 0.27	0.94	1.67
1306	11 42 52.6- 9 47 5	0.0044	16.0 *	-15.5	ds1	12 *	9	52			e,a
1307	11 50 3.8- 2 11 28	0.0028	14.1	-16.3	d1e	27 *	15	53		p	e								< 0.34	0.99	< 1.00
1308	11 51 38.5+ 0 24 53	0.0032	13.7	-17.1	s1e	28 *		39			SB		14.19	0.40	-0.40	83
1309	11 55 10.4- 9 53 33	0.0054	15.0 *	-17.0	ds2e:	13 *		99		Sp	e								< 0.31	1.13	2.00
1310	11 58 40.7- 3 23 58	0.0189	16.5 *	-18.2	s1e	13 *	11	39		S0/a	Sy1	17	15.46	0.93	0.08	91
1311	12 7 58.4- 1 2 11	0.0331	16.0 *	-19.9	sd3	13 *	9	48			a
1312	12 9 5.4+ 20 7 25	0.0219	15.7	-19.2	ds3e:	12 *	8	52			e,a
1313	12 9 41.0+ 0 21 1	0.0073	16.0 *	-16.6	ds2	12 *	7	52			e
1314	12 11 27.2- 9 17 30	0.0641	16.0 *	-21.3	d3	13 *		99			a								< 0.32	0.90	1.97
1315	12 12 46.4+ 20 55 6	0.0021	16.5 *	-13.4	d1e	9 *		76		SBdm	e								< 0.26	0.71	1.96
1316	12 13 32.0+ 20 34 5	0.0635	15.5 *	-21.8	s3e	9 *		52			a,e:
1317	12 15 15.1+ 18 42 8	0.0447	16.5 *	-20.0	sd3	6 *		52			e
1319	12 16 52.6+ 18 20 53	0.0438	16.0 *	-20.5	ds2e:	13 *		52			e,a
1320	12 16 34.9- 1 31 49	0.1027	15.0 *	-23.3	s1	7 *		39			QS0
1321	12 16 54.5+ 5 19 30	0.0063	15.2	-17.1	ds3e	16 *	10	52			a
1322	12 21 8.1- 1 11 57	0.0261	16.5 *	-18.9	s2e	8 *		52			e
1323	12 21 20.8+ 3 21 44	0.0058	15.4	-16.7	d3	80 *	14	52			e,a
1324	12 23 42.8+ 5 45 11	0.0142	15.2	-18.8	sd3e:	23 *	14	52			a
1325	12 23 55.3+ 9 17 54	0.0244	13.6	-21.6	ds3e:	10 *		41		Sabp	Sy3
1326	12 24 14.0+ 8 11 44	0.0033	13.5	-17.3	sd3	13 *		54		SBc									< 0.44	0.97	2.79
1327	12 24 52.0- 8 2 56		16.5 *		d3e:	7 *						30	13.37	0.57	-0.12	70
1328	12 29 6.6+ 15 7 56	0.0083	15.2	-17.6	d2e:	6 *		62		p
1329	12 34 29.9+ 7 11 59	0.0048	14.6	-17.1	d2e	9 *		53		I	e
1330	12 37 4.5- 5 4 12	0.0085	12.1	-20.8	s2e	30 *		63		(R)SBb	Sy1	136	11.56	0.84	-0.02	91		0.37	0.93	2.75	5.79
1331	12 38 5.3- 9 57 28	0.0192	16.5 *	-18.2	ds2	9 *		53			e
1332	12 39 24.7- 3 18 34	0.0476	15.3	-21.4	d3	15 *	9	99			a
1333	12 39 50.2- 6 41 51	0.0088	14.5 *	-18.5	ds3e:	17 *		53		S?	e							0.37	0.66	3.25	5.18
1334	12 43 12.2- 6 47 47	0.0087	13.5 *	-19.5	sd2e	25 *		99			a
1335	12 44 28.4+ 26 50 14	0.0027	15.0	-15.4	sd2e:	15 *	13	53			e								0.36	0.52	< 1.00
1336	12 46 43.9- 9 1 10	0.0135	15.5 *	-18.5	sd2	13 *		99			a
1337	12 49 58.4- 9 30 17	0.0077	15.0 *	-17.7	d3e:	17 *		53		S	e								0.54	3.88	3.83
1338	12 50 43.5+ 25 32 58	0.0034	15.5	-15.4	d3	9 *		47			e
1339	12 51 41.7+ 5 38 9	0.0479	15.5	-21.2	d3e	20 *	10	47			e								< 0.31	0.48	1.34
1340	12 54 14.6+ 6 11 12	0.0308	16.0 *	-19.7	s2	12 *	10	53			e								< 0.36	1.12	1.63
1341	12 58 25.0+ 0 14 29	0.0036	13.2	-17.9	s2e	13 *		54		SBc	e,a					69			0.44	2.44	6.43
1342	12 58 35.5- 5 17 16	0.0051	15.0 *	-16.8	d3e:	23 *	13	99			e,a
1343	13 6 32.0+ 7 13 50	0.0467	15.5	-21.1	d1e	13 *		99			e,a								< 0.28	0.58	1.16
1344	13 6 41.8- 5 0 24	0.0099	14.5 *	-18.8	s2e	20 *		39		SB	SB	16	13.82	0.56	-0.20	95			0.99	2.89	2.63
1345	13 17 9.8+ 20 24 3	0.0314	15.5 *	-20.2	sd3e	12 *	8	52			a
1346	13 19 9.0+ 38 47 59	0.0037	13.7	-17.4	ds1e	12 *		54		SBcd	e								0.25	0.88	1.58
1347	13 20 25.0+ 8 25 20	0.0506	15.5 *	-21.3	s1e	15 *	10	39		S0	Sy1	29	14.59	0.51	-0.38	91			0.50	0.90	1.69
1348	13 22 25.5+ 76 12 39	0.0241	16.5 *	-18.8	ds3e:	12 *		48			e								0.25	0.80	1.55
1349	13 27 2.5+ 12 0 15	0.0256	14.9	-20.4	s3e:	21 *	12	99			a
1350	13 28 3.2+ 12 46 36	0.0445	16.5 *	-20.0	ds2e:	5 *		99			e,a
1351	13 29 52.8+ 3 19 4	0.0220	15.6	-19.4	d3e	13 *	8	52			e
1352	13 30 1.8+ 13 4 26	0.0249	15.4	-19.8	d3e:	12 *	9	39			e
1353	13 30 31.2+ 7 22 35	0.0224	17.0 *	-18.0	sd2e	13 *	10	99			a
1354	13 30 52.9+ 9 47 3	0.0230	16.0 *	-19.1	d3	8 *	6	39			e
1355	13 30 34.7+ 9 45 33	0.0236	15.7	-19.4	s3	7 *	5	39			e
1356	13 32 46.1+ 10 56 50	0.0392	15.2	-21.0	sd3e	14 *	8	41	*	dbl									< 0.28	0.80	1.49
1357	13 38 40.0- 3 58 25	0.0219	16.5 *	-18.5	s2	9 *	7	53			e
1358	13 41 53.8+ 5 22 33	0.0238	15.6	-19.6	s3e:	18 *		99			a
1359	13 42 8.2+ 20 27 42		15.4		d3e	18 *	10
1360	13 44 22.7+ 11 52 15	0.0355	15.1	-20.9	d3	7 *		41		S?
1361	13 44 36.5+ 11 22 27	0.0224	15.5	-19.5	ds3e	18 *	10	53		SB?	e,a								0.90	3.38	3.44
1362	13 47 34.0+ 23 34 0	0.0562	16.5 *	-20.5	d3e	16 *	11	47			e
1363	13 51 22.2- 7 41 7	0.0175	16.5 *	-18.0	ds3e	18 *		49		SBb	e,a								0.38	1.18	3.26
1364	13 51 41.8- 1 17 55		15.7		d3	14 *	12
1365	13 52 6.0+ 15 17 21	0.0181	14.1	-20.4	s3e	24 *	13	39		SB0	e								0.72	3.84	5.58
1366	13 52 58.7+ 6 50 28	0.0236	15.1	-20.0	ds2e:	14 *	10	53			e
1367	13 57 37.7+ 4 19 21	0.0407	15.5 *	-20.8	ds3	15 *	10	53			e							0.29	< 0.25	1.16	1.66
1368	14 0 26.8+ 7 1 9	0.0244	16.5 *	-18.7	d1e	15 *	13	52			e,a
1369	14 2 6.7+ 36 57 53	0.0123	17.0 *	-16.7	ds1e	12 *	8	47			e
1370	14 5 34.9+ 7 33 53	0.0245	16.0 *	-19.2	sd3e:	14 *		99			Sy2
1371	14 6 12.3+ 15 27 28	0.0176	16.5 *	-18.0	s3e:	12 *	8	52			a
1372	14 6 35.0+ 14 59 39	0.0188	15.4	-19.2	sd3e:	27 *	12	52			a
1373	14 7 47.2- 3 53 58	0.0280	16.5 *	-19.0	ds3	8 *		52		S?	Sy1
1374	14 8 44.8+ 1 30 37	0.0252	15.4	-19.9	s3	18 *	10	52			a
1375	14 9 38.7+ 32 9 48	0.0277	15.4	-20.1	d3	16 *	14	47			e
1376	14 10 39.1- 2 58 26	0.0059	13.6	-18.6	s3e	20 *		41		SB0ap	Sy1	137	12.54	0.91	0.14	91		1.30	3.66	8.67	9.40
1377	14 12 15.9+ 13 36 38	0.0165	16.5 *	-17.8	ds3	13 *	9	52			e
1378	14 12 42.1+ 66 2 18	0.0326	16.5 *	-19.4	ds3e:	14 *	8	48		S?	a
1379	14 15 1.8- 7 11 13	0.0088	14.0 *	-19.0	s1e	15 *	8	39	*	SBbc dbl	SB	30	13.70	0.66	-0.19	70		0.28	0.80	4.73	6.87
1380	14 18 57.2+ 30 51 30	0.0517	16.5 *	-20.3	d3	14 *		47			e								< 0.25	0.58	0.96
1381	14 18 59.4+ 5 18 5	0.0268	15.3	-20.1	d3e	16 *	13	49			e								< 0.25	0.99	1.54
1382	14 25 35.0- 1 27 0	0.0302	15.3	-20.4	d3	14 *	10	39	*	dbl	e								< 0.26	0.81	1.43
1383	14 26 33.7+ 1 30 27	0.0883	15.0 *	-23.0	s1e	10 *		39		E/S0	Sy1	29	14.55	0.46	-0.97	91
1384	14 30 23.5+ 6 13 7	0.0075	17.0 *	-15.7	sd1e:	6 *		99			e,a
1385	14 37 36.9- 5 58 56		16.5 *		d3	14 *	10
1386	14 37 51.7+ 41 15 39	0.0194	17.0 *	-17.7	ds2e	12 *		48			e
1387	14 41 31.6+ 16 41 7	0.0542	15.3	-21.6	ds2e	16 *	13	39			e								< 0.25	1.06	2.16
1388	14 48 23.0+ 22 56 24	0.0214	15.7	-19.2	ds2e	15 *		47			Sy1
1389	14 49 45.4+ 79 57 41		15.2		ds2	15 *	12			Sab
1390	14 58 29.9+ 0 54 20	0.0056	15.6	-16.5	d3	9 *		52		S?	e
1391	14 58 36.1+ 17 8 39	0.0303	15.3	-20.4	d3	20 *	17	39			e								< 0.30	1.37	2.23
1392	15 3 25.9+ 3 53 59	0.0367	15.2	-20.9	s2e	14 *		52		Sab	Sy1.5		14.35	0.99	0.14	104
1393	15 6 20.1- 0 0 25	0.0543	15.7	-21.3	sd2e	8 *		99			Sy1		15.10	1.01	-0.14	104
1394	15 7 5.1- 7 38 53		15.5 *		ds3e:	18 *	12												< 0.31	0.50	< 1.20
1395	15 8 34.8+ 4 28 54	0.0426	15.3	-21.2	s3	20 *	10	52		S	Sy1
1396	15 11 6.6+ 4 42 55	0.0248	16.5 *	-18.8	ds3	12 *	8	52			e
1397	15 14 48.4+ 24 40 15	0.0221	15.5 *	-19.5	sd2e:	18 *	15	47			e								0.29	1.89	2.49
1398	15 15 43.1+ 69 31 8	0.0232	15.7	-19.5	ds2e	11 *	8	48			e								< 0.25	0.41	2.09
1399	15 23 20.2+ 33 45 29	0.0654	17.0 *	-20.4	d3e:	110 *	7	99			a
1400	2 17 34.5+ 7 58 35	0.0296	15.6	-20.1	s2e	20 *	8	48		S0/a	Sy1	55	13.89	1.19	0.37	91
1401	2 46 14.1- 0 19 0	0.0250	15.5 *	-19.8	ds3e:	10 *		46			e
1402	2 51 55.5+ 2 10 34	0.0273	16.0 *	-19.5	d3	8 *		46			e
1403	3 0 27.9- 1 34 11	0.0287	15.6	-20.0	d3	25 *	10	46		S?	e								< 0.28	0.61	1.33
1404	3 10 10.0- 7 45 34	0.0358	15.0 *	-21.1	sd2e:	14 *		46			e								0.25	1.45	2.91
1405	3 40 38.2+ 39 8 16	0.0171	13.8	-21.5	sd2e	25 *	18	46		E/S0	e							0.53	0.53	4.62	8.67
1406	7 25 29.6+ 55 8 10	0.0397	16.0 *	-20.5	ds2e:	14 *	10	46			e								< 0.25	1.53	1.27
1407	7 28 8.7+ 31 50 22	0.0164	15.4	-19.3	sd3e:	16 *	12	46			e
1408	7 31 30.5+ 56 9 28	0.0346	15.4	-20.8	ds2e:	12 *		46			e
1409	7 41 34.8+ 53 32 55	0.0185	17.0 *	-17.8	d2	10 *	7	46			e
1410	7 43 10.0+ 55 4 22	0.0187	17.0 *	-17.8	d2e	10 *	7	46			e
1411	7 50 18.4+ 58 24 7	0.0208	15.3	-19.8	sd2e	23 *	14	46			e								< 0.57	0.45	1.09
1412	7 55 27.5+ 55 25 57	0.0214	14.9	-20.2	s3e:	30 *	14	46		S0	a
1413	7 58 4.1+ 73 19 6	0.8630	17.0 *	-26.1	s1	5 *		45			QS0
1414	8 48 0.5- 2 54 43	0.0144	15.0	-19.4	ds3	25 *	13	46			e								0.44	2.47	4.05
1415	9 10 28.0+ 52 26 23	0.0471	16.5 *	-20.2	d3	10 *		46		p	e
1416	9 17 25.7+ 52 46 53	0.0079	17.0 *	-15.8	d1e	10 *	7	46			e
1417	9 23 33.0+ 58 49 57	0.0304	16.5 *	-19.3	sd2e	14 *	10	46			e
1418	9 37 9.8+ 48 33 53	0.0023	13.5	-16.6	sd2e:	28 *	20	47		p	e								< 0.34	0.56	1.21
1419	9 38 0.3+ 3 48 17	0.0154	13.6	-20.7	sd2e:	37 *	30	46		Sa?	Sy?								< 0.34	0.76	1.67
1420	9 38 53.8+ 48 14 28	0.0560	15.5 *	-21.6	d2	14 *	9	46		S?	e								< 0.52	0.90	1.21
1421	9 38 54.1+ 61 6 17	0.0266	17.0 *	-18.5	sd2e	8 *		46			e
1422	9 39 8.9+ 12 24 44	0.0218	16.0 *	-19.0	sd2e	12 *		46			e
1423	9 39 24.5+ 59 12 8	0.0045	15.5 *	-16.1	sd2e	18 *		46		S	e
1424	9 42 56.4+ 57 20 55	0.0044	16.5 *	-15.1	sd1e	20 *	10	46			e
1425	9 44 33.5+ 54 14 50	0.0250	15.5 *	-19.8	sd2	12 *		46		S	e								< 0.25	1.00	2.17
1426	9 46 3.2+ 48 47 49	0.0059	16.6 *	-15.6	d3e:	12 *	7	47			e
1427	9 51 45.4+ 42 3 12	0.0076	16.5 *	-16.2	d3	15 *	12	46			e
1428	10 2 5.6+ 44 33 39	0.0717	17.0 *	-20.6	d2e:	14 *	12	46			e
1429	10 12 58.2+ 64 30 51	0.0358	16.5 *	-19.6	ds2	8 *		47			e
1430	10 18 24.5+ 65 13 56	0.0409	16.0 *	-20.4	ds2e:	10 *		46			e
1431	10 20 23.0+ 61 0 24	0.0222	15.0	-20.1	sd3e:	24 *	16	46			e								< 0.26	0.74	1.98
1432	10 23 44.8+ 47 20 14	0.0587	15.6	-21.5	ds3e:	10 *		47			e								< 0.25	1.65	2.16
1433	10 30 41.5+ 52 37 46	0.0637	14.9	-22.4	sd3e:	22 *	15	46			SB								< 0.25	0.87	1.63
1434	10 30 56.3+ 58 19 20	0.0077	16.5 *	-16.2	ds1e	8 *		46			e
1435	10 33 35.9+ 55 3 24	0.0114	15.5	-18.1	sd2	15 *		48			a
1436	10 39 1.7+ 62 22 30	0.0431	16.0 *	-20.5	sd3e:	14 *	8	48			a
1437	10 43 1.2+ 12 32 37	0.0196	17.0 *	-17.7	d2	8 *		52			e
1438	10 45 0.7+ 13 36 0	0.0356	16.5 *	-19.5	sd2e:	8 *		52			e
1439	10 45 35.4+ 13 28 53	0.0181	15.6	-19.0	s3e:	14 *	9	52			e
1440	10 46 11.6+ 23 18 0	0.0243	17.0 *	-18.2	d2e:	9 *	6	52			e
1441	10 47 29.2+ 59 21 38	0.0329	17.0 *	-18.9	sd2e:	12 *	8	46			e
1442	10 48 32.9+ 59 57 3	0.0722	17.0 *	-20.6	sd2e	7 *		46			e
1443	11 13 6.6+ 41 51 49	0.0022	12.6	-17.4	d2e	50 *	20	48		Sa?	e								0.25	1.22	2.70
1444	11 14 40.0+ 51 40 37	0.0335	15.6	-20.3	d2e:	15 *		47			e
1445	11 14 42.6+ 51 42 17	0.0094	16.5 *	-16.6	ds2e	12 *	7	47			e
1446	11 24 45.5+ 54 11 26	0.0103	16.5 *	-16.8	sd2e	12 *	8	46			e
1447	11 27 44.7+ 49 51 32	0.0963	16.0 *	-22.2	s2e	14 *	10	47			Sy1.5
1448	11 32 2.7+ 50 22 39	0.0264	17.0 *	-18.4	ds1e	6 *		47			e
1449	11 33 52.8+ 21 42 34	0.0372	16.0 *	-20.1	d3	14 *		48			e
1450	11 35 51.3+ 58 9 4	0.0035	15.5 *	-15.5	sd1e	13 *		46			e
1451	11 40 52.3+ 53 46 39	0.0285	16.5 *	-19.0	sd1e	8 *		46			e
1452	11 41 5.3+ 55 19 30	0.0225	15.3	-19.7	sd3e:	23 *	15	46			SB								< 0.77	< 0.49	1.29
1453	11 42 24.6+ 31 5 53	0.0592	15.5	-21.6	ds3e	10 *		53			e
1454	11 42 44.4+ 21 37 0	0.0256	16.0 *	-19.3	d2	18 *	11	48			e
1455	11 42 45.2+ 55 48 17	0.0530	16.0 *	-20.9	sd3	14 *	11	46			e								< 0.25	0.47	< 1.54
1456	11 44 41.1+ 52 45 59	0.0477	16.0 *	-20.7	d3e:	12 *	8	46			e
1457	11 44 42.6+ 52 43 39	0.0489	15.7	-21.0	s2e:	15 *		46			Sy2								0.32	0.89	1.12
1458	11 45 2.7+ 52 43 36	0.0488	15.6	-21.1	s3e:	15 *		52			e,a
1459	11 45 30.2+ 22 6 24	0.0267	17.0 *	-18.4	sd1e	7 *		47			e
1460	11 48 12.8+ 48 31 46	0.0028	17.0 *	-13.5	d2e:	8 *		47			e
1461	11 48 20.6+ 21 25 25	0.0211	15.4	-19.5	ds2e	12 *	10	47		S?	e								< 0.26	0.50	1.70
1462	11 48 22.7+ 21 28 1	0.0211	17.0 *	-17.9	ds3e:	9 *	7	52			a
1463	11 48 39.8+ 21 16 47	0.0109	15.0	-18.4	d3e:	12 *	9	47		E	e
1464	11 53 22.2+ 43 52 14	0.0365	15.5 *	-20.6	ds2e:	20 *	14	52		p	e,a
1465	12 0 44.1+ 51 40 55	0.0299	17.0 *	-18.6	d1e	8 *		46			e
1466	12 5 37.4+ 3 9 22	0.0038	12.3	-18.9	sd2e	27 *	18	41		SBbc	e		11.85	0.62	-0.07	69			1.21	5.88	10.60
1467	12 11 24.8+ 42 59 57	0.0531	16.5 *	-20.4	d3e:	15 *	8	52			e,a
1468	12 13 34.9+ 59 47 10	0.0150	15.6	-18.6	ds2e:	27 *	13	46			e
1469	12 13 38.6+ 51 6 10	0.0314	15.5 *	-20.2	sd2e	16 *	10	46		SBa	Sy1.5	55	14.32	1.09	0.31	91
1470	12 14 26.7+ 44 23 13	0.0660	16.5 *	-20.9	sd3	10 *		52			e,a
1471	12 16 10.7+ 46 3 46	0.0196	16.5 *	-18.2	d2e:	8 *		52
1472	12 19 5.3+ 53 27 58	0.0357	16.0 *	-20.0	sd2e	16 *	10	46			e
1473	12 21 59.3+ 60 23 18	0.0435	15.7	-20.8	sd1e	13 *		48			a
1474	12 24 14.1+ 43 21 45	0.0746	16.5 *	-21.1	d3e	14 *	10	52			a
1475	12 26 38.5+ 44 15 22	0.0238	16.0 *	-19.1	sd2e	14 *		52			a
1476	12 49 58.0+ 60 48 3	0.0411	15.6	-20.8	sd1e	16 *	9	48			a
1477	13 14 0.3+ 41 45 29	0.0210	15.2	-19.7	d2e	22 *	14	77			e								0.31	1.26	2.02
1478	13 23 30.8+ 59 52 18	0.0273	14.5 *	-21.0	d2e:	18 *		48			e								0.41	0.98	1.98
1479	13 32 42.7+ 51 52 9	0.0011	14.2	-14.3	ds2e	10 *		46		SABdm	e
1480	13 40 55.9+ 52 57 36	0.0065	16.5 *	-15.8	sd1e	10 *		46			e
1481	13 41 3.5+ 52 56 22	0.0064	17.0 *	-15.3	d1e	6 *		46			e
1482	13 42 19.1+ 15 46 28	0.0222	15.7	-19.3	s3e	8 *	7	46			e
1483	13 44 18.7+ 39 55 39	0.0113	16.5 *	-17.0	ds2e:	11 *	8	47			e
1484	13 46 38.4+ 41 57 26	0.0089	15.5 *	-17.5	sd3	13 *	11	46			e								0.70	0.92	1.74
1485	13 51 14.6+ 40 36 32	0.0080	12.4	-20.4	sd1e:	15 *		45		SBbc	HII	25	13.64	0.91	0.17	87			0.35	2.24	8.25
1486	13 58 9.4+ 57 40 54	0.0342	17.0 *	-19.0	sd1e:	11 *	7	46			e
1487	13 59 10.9+ 45 4 54	0.0715	16.5 *	-21.0	d3	13 *	8	52			e,a
1488	13 59 25.1+ 52 06 51		15.4		sd2	15 *
1489	14 5 10.3+ 60 17 2	0.0371	16.5 *	-19.6	sd2e:	15 *	11	52			a
1490	14 17 53.8+ 49 27 56	0.0259	16.0 *	-19.3	s3e:	15 *		46			e,a								0.87	6.15	8.05
1492	14 48 50.6+ 60 23 27	0.0572	16.5 *	-20.6	sd1e	10 *		46			e
1493	14 51 39.6+ 60 20 3	0.0387	16.0 *	-20.2	ds2e:	16 *	13	46			e,a								0.25	0.55	1.24
1494	14 59 13.8+ 10 37 1	0.0305	15.2	-20.5	s3e	21 *	13	52			Sy1?
1495	15 6 34.0+ 57 47 47	0.0790	16.5 *	-21.3	ds2e	14 *		99			e,a
1496	15 52 24.5+ 16 45 49	0.0074	14.5	-18.2	d3	24 *	12	98		S0	e	25	14.63	0.57	-0.02	90			< 0.25	0.66	1.23
1497	16 25 40.0+ 49 38 46	0.0201	14.7	-20.2	s3e:	20 *	15	52		p	a								< 0.26	0.48	1.19
1498	16 26 48.5+ 51 53 5	0.0562	17.0 *	-20.1	d3e	10 *		46			Sy1							0.25	0.30	0.41	< 1.00
1499	16 34 7.8+ 52 18 57	0.0096	16.5 *	-16.8	ds1e	12 *	10	46			e
1500	16 40 48.3+ 51 36 32	0.0311	15.6	-20.2	sd1e	12 *	10	52			e								< 0.25	0.55	< 2.32
1501	0 8 0.0+ 10 42 0	0.0890	15.7	-22.5	s1e:	9 *		5		E/S0	Sy1	29	15.08	0.60	-0.76	91
1502	0 51 0.0+ 12 25 0	0.0609	14.3	-22.9	s1e	14 *		54		S0	Sy1	37	13.84	0.42	-0.67	91
1503	1 19 24.0- 1 18 0	0.0543	14.4	-22.5	s2e	14 *		88		SBa	Sy1	29	13.88	0.48	-0.62	91	v
1504	2 52 26.4- 0 23 12	0.0288	13.7	-21.9	s3e:	21 *		54			Sy2	162	12.43	0.94	0.30	70
1505	3 16 30.0+ 41 20 0	0.0178	12.4	-22.8	s1e	28 *		106		S0p	Sy1	137	11.62	0.75	0.04	91
1506	4 30 30.0+ 5 15 0	0.0331	14.3	-22.0	s1e	13 *		5			Sy1	15	14.27	0.58	-0.75	81	v
1507	11 37 48.0+ 28 40 0	0.0060	14.5	-17.6	d3e	17 *	13	54
1508	13 56 25.2+ 37 41 48	0.0117	13.7	-19.9	s2e	70 *	30	59				54	13.45	0.73	0.10	102
1509	14 15 43.2+ 25 22 0	0.0168	13.1	-21.3	s1e	34 *		59		(R)SA0a	Sy1	137	12.51	0.70	-0.42	91
1510	14 15 43.7+ 26 38 34	0.0146	14.2	-19.9	sd3e:	19 *	12	99			e
1511	15 28 48.0+ 7 38 0	0.0340	14.3	-21.7	s1e:	13 *	8	54			Sy1	16	14.90	0.66	-0.20	85
1512	15 32 13.2+ 15 21 36	0.0075	13.3	-19.4	d3e	50 *	20	59				54	12.47	0.75	0.19	102
1513	21 30 0.0+ 9 56 0	0.0617	14.6	-22.8	s1e	11 *		88		S0/a	Sy1	37	14.27	0.36	-0.87	91
1514	23 0 44.4+ 8 36 18	0.0166	13.1	-21.3	s1e	32 *	20	54		(R)SBa	Sy1	75	12.42	0.60	-0.39	91
1515	23 40 48.0+ 28 13 0	0.0375	15.7	-20.6	s2	27 *	12	56

VII/172/notes.dat Comments on table7 (39 records*)

Mrk ---	Sp2 ---	Mag2 mag	z2 ---	Text ---
86	d3e			not double?
116	sdle	16.5		a close binary, whose components overlap each other.
171	d1	13.5	0.0011	a nucleus of the eastern component.
179	d1e	16.		a companion of Mark 1379, it is projected on its eastern
179				branch. The redshift is the same.
237	d3	16.		an interacting pair of objects with somewhat different
237				redshifts. The component redshift is somewhat lower.
266	d3	15.	0.0282	LINER - an eastern component.
271	d3e	15.	0.0258	SBab, an eastern pair component.
280	ds3e	16.	0.0369	a southern component.
283	d3	17.		an easter component. R = 30", a pair of compact galaxies,
283				the component spectrum has a somewhat higher redshift.
374	s3	16.5		a western component of the interacting system, lines are not
374				observed.
467				a double object.
489	d2e	15.5	0.0324	an eastern component.
496	sd2	16.5	0.0300	a western component with the same redshift as the object
496				itself.
551	d3e	16.5	0.0507	an eastern component, peculiar spiral.
597	d3	16.5		a pair of spheroidal formations with pertuberances
597				locating almost in declination, R = 20".
608	s3	14.5		spheroidal formation in whose central part a pair of stellar-
608				like objects is observed.
617	sd3	15.		a galaxy of rather complicated structure with two
617				stellar-like nuclei.
788	ds3e	15.	0.0238	R = 18", an eastern component
799	ds3e	14.5	0.0107	a north-western pair component. Both components have similar
799				emission spectra.
809	sd2e	16.5		an eastern pair component of interacting galaxies.
860	ds3e	16.		a western pair component.
874	d2	16.	0.0145	a western component.
913	s3	15.5		a western component. R = 40".
1034	ds3e	15.5	0.0341	a western component, it is apparently an early spiral, an
1034				eastern one is oval with broad emission lines; emission lines
1034				of the western are weak.
1263				a north pair component, a close binary system, the southern
1263				component has more strong UV-continuum.
1296				a western component of the close binary system.
1356	ds3	16.5	0.0392	a close pair in common clouds.

VII/172/table6.dat Deleted Survey objects (48 records*)

Name ---	RA DE hms dms	Mobs (n) mag	Sp ---	Nref ---	Spect. ---
959	0 40 33.9+ 39 32 49	15.1	s2e:	48	galaxy + star
351	0 55 13.5+ 28 7 14	16.	s3e:	48	galaxy + star
574	1 42 2.3+ 11 27 30	16.5	sd1e:	45	star
362	1 45 7.7+ 23 24 47	14.5	s1e:	28	star
578	1 49 3.7+ 7 3 22	16.	s2	45	star
371	2 45 13.8- 1 7 47	16.	s1	28	star
377	7 10 53.2+ 74 6 0	16.	s1e:	28	star
80	7 39 36.0+ 64 54 1	17.	d3e:	45	galaxy + star
381	7 49 34.3+ 58 22 50	17.5	s1	28	star
1213	8 11 35.3- 0 13 5	15.3	s2e	47	galaxy + star
388	8 25 37.5+ 25 30 0	16.	s1e	28	star, Ton 323, AT Cnc
1217	8 27 55.8- 4 14 18	17.	s1e:	47	galaxy + star
392	8 56 10.6+ 33 8 47	15.	s1	28	star = G 047-018, WD
393	9 5 47.4+ 60 31 37	17.	s1	28	star
107	9 16 59.6+ 71 45 22	14.7	d3e:		= Mrk 20
396	9 21 11.7+ 35 29 43	15.5	s1e:	28	star
112	9 24 35.6+ 48 17 50	16.5	d3	48	galaxy + star
113	9 25 22.1+ 62 54 7	14.5	s2	43	star
1265	10 46 58.0+ 23 6 12	17.	d1e:	52	galaxy + star
1278	11 1 56.7+ 39 4 19	17.	s1e:	45	star
1290	11 17 22.9- 5 34 35	15.5	sd3	99	galaxy + star
425	11 31 7.8+ 64 26 57	16.	s1	45	star
643	11 53 45.0+ 17 41 39	16.	sd3	52	stars, star + star
436	12 11 39.9+ 37 1 36	16.	s2e	45	star
437	12 13 15.9+ 41 8 47	16.	s1e:	45	star
1318	12 16 36.5+ 4 7 58	14.5	ds1e		= Mrk 49
227	12 45 57.8+ 51 15 20	16.	s3e:	52	star
228	12 46 26.2+ 42 9 29	16.5	s2	45	star
448	12 59 8.8+ 30 19 40	17.	s1e:	45	star
252	13 18 14.4+ 55 39 40	17.	s2	45	star
791	13 30 12.3+ 10 45 49	17.	s3	52	galaxy + star
457	13 30 48.9+ 39 16 50	16.	sd3	52	star
458	13 32 14.5+ 40 21 36	16.	s2e	45	star
460	13 42 3.3+ 40 15 10	16.	s1e:	45	star
488	13 59 25.1+ 52 6 51	15.4	sd2e:	52	galaxy + star
677	14 17 30.1+ 36 22 23	17.	sd2e:	28	star
1491	14 37 6.4+ 3 43 59	16.5	d2e:	52	galaxy + star
690	15 44 31.4+ 18 52 38	16.5	sd1e:	28	star
495	16 2 3.7+ 26 12 44	15.5	s2e:	45	star
502	16 53 21.4+ 64 9 45	15.5	s3	52	galaxy + star
890	16 55 7.4+ 63 19 11	15.1	ds2		= Mrk 503
505	17 19 47.5+ 39 45 0	15.5	sd2	48	galaxy + star
511	21 7 42.1- 1 48 45	15.	s2	45	star
514	21 17 56.7+ 2 33 46	14.8	s2		G+ star
914	22 32 28.3+ 40 24 32	13.5	sd3e:	48	star = L H 233
525	23 1 39.3+ 1 28 32	17. *	s3	52	star
320	23 17 36.0+ 26 49 57	16.5 *	s1	28	star
327	23 34 35.1+ 23 02 34	15.7	s2e	52	galaxy + star

VII/172/table8.dat Common names (818 records)

Mrk ---	Name ---
1	N449, I1661, KUG
2	U1385, KUG
3	U3426
4	U3460, KUG
5	KUG
6	I450, U3547, KUG
7	U3838, VII Zw 153, VV 141a, KUG
8	I2184, U3852, VII ZW 156, VV 644, CP 135ab, KUG
9	VV 21, KUG
10	U4013, KUG
11	U4014, KUG
12	U4028, VV 439, KUG
13	I2209, U4093, KUG
14	U4242, KUG
15	KUG
18	N2726, U4750
20	= Mrk 107, U4951, KUG
21	U5243
22	KUG
23	VII Zw 301, KUG
25	U5408, VII Zw 308, VV 35, IG 393, KUG
26	U5491, KUG
28	KUG
29	KUG
30	N3188a, KUG
31	N3188, U5569, KUG
33	U5720, Arp 233, Haro 2
35	N3353, U5860, Haro 3
36	Haro 4, CG 82, PG
37	CG 94
38	U6315
39	VV 402, U6315
40	I Zw 26, VV 144, Arp 151, LB 2012
41	I2943, KUG
42	A4R-46
43	KUG
44	I2987, KUG
47	KUG
49	=Mrk 1318, U7354, Haro 8
52	N4385, U7515, UM 499
53	PB 3129, KUG
54	HZ 46, KUG
55	KUG
56	KUG
59	N4861, U8098, I Zw 49, Arp 266, VV797, CP 362a, PG, KUG
60	KUG
61	KUG
62	PB 3292, KUG
64	B 340, KUG
68	OQ 208
71	N2366, U3851, CP 133a
73	KUG
77	KUG
78	VV 22, KUG
79	U3973
81	U3981
82	KUG
84	U4079
85	N2534, U4268
86	N2537, U4274, Arp 6, VV 138, IG 235
87	N2544, U4327, CP 160a, KUG
88	U4417, I ZW 14
90	U4438
95	KUG
98	KUG
100	U4687
101	U4749
102	U4829
103	KUG
105	VV 28, KUG
107	= Mrk 20
108	I2458, VII Zw 276
109	CP 198a, KUG
110	VV 30, KUG
111	U5028, VII Zw 280, Arp 300, VV 106, CP 203a, KUG
114	IG339, U5055, KUG
115	U5063, KUG
116	I Zw 18, KUG
117	KUG
119	N2909, U5188
121	N2957
124	VV 32, KUG
126	KUG
127	KUG
128	KUG
131	N3073, U5374
132	I3453, U7666, A3-360
133	N3066, U5379, KUG
139	KUG
140	KUG
143	IG417, KUG
144	KUG
146	U5744, KUG
148	U5747, KUG
149	U5776, VII Zw 339
150	KUG
153	PG
155	U5953, 155
156	U5998
157	U6029
158	N3471, U6064
159	CP 258a
161	U6103, KUG
162	KUG
169	I691, U6447
170	U6448
171	N3690+I694, U6471-2, Arp 299, VV 118, Holm 256, CP 288ab
174	KUG
175	U6520
176	U6527, I Zw 27, VV 150, Arp 332, KUG
177	KUG
178	A4R-5, U6541
179	N3725, U6542
180	VII Zw 412
181	U6583
184	KUG
185	N3811, U6650
186	N3870, U6742
188	N3888, U6765, VV 455, KUG
190	N3928, U6834
191	VII Zw 426
194	VII Zw 433
201	N4194, U7241, I Zw 33, VV261, Arp 160
203	U7340
207	N4384, U7506
209	I ZW 36, Haro 29, PG
210	U 7560
211	I Zw 37a, N3
212	I Zw 37b, N2, VV737, CP 340b
213	N4500, U7667
217	VII Zw 472
220	U7905, I Zw 41, CP 354a
221	U7905, I Zw 41, VV 708, CP 354b
223	VII Zw 483
231	U8058, VII Zw 490
238	VV605
241	KUG
248	CP 368b, U8327
249	I875, U8355
256	N5144, U8420, VII Zw 511
257	N5164, U8458
259	PG
261	VII Zw 518
265	KUG
266	N5256, U8632, I Zw 67, CP 388ab
270	N5283, U8672
271	N5278-9, U8677-8, I Zw 69, Arp 239, VV 19, CP 390ab
273	U8696, I Zw 71, VV 851
277	VII Zw 528
278	U8811
279	U8823
280	VV 688
281	N5383, U8875, KUG
283	PB 1248+51, CG 334, KUG
286	N5607, U9189, VII Zw 547
287	VII Zw 556
290	PG
291	KUG
292	KUG
293	KUG
294	KUG
295	KUG
296	KUG
297	N6052, U10182, Arp 209, VV 86, KUG
298	I1182, U10192, VV 220, KUG
299	KUG
300	I1189, KUG
303	N7244
304	II Zw 175
305	U12066
306	U12066
307	N7316, U12098, IG 974
309	IV Zw 121, IG 993, PG
310	KUG
311	I1461, KUG
312	KUG
313	N7465, U12317, Ark 573, Holm 302b, PG, KUG
314	N7468, U12329, KUG
315	II Zw 187
316	N7525
317	KUG
318	N7580, U12481
319	U12490, CP 581a, KUG
321	N7620, U12520, KUG
322	IV Zw 142, KUG
323	N7624, U12527, KUG
325	N7673, U12607, IV Zw 149, CP 584a, VV 619, KUG
326	N7677, U12610, CP 584b, VV619, KUG
328	IG 1031
330	U127147
331	CP 593b, KUG
332	N7798, U12884, KUG
333	N7805, U12908, Arp 112, VV 226, CP 602a, KUG
334	U6, IV Zw 1, VV 806, KUG
335	KUG
336	N7836, U65, KUG
337	KUG
338	U226
339	U233
341	N169+I1559, Arp 282, CP 13b
343	U386
347	I1586, III Zw 12
348	N262, U499, OB+376
353	N354, U645
358	KUG
359	U1032
360	III Zw 33, VV 790
361	PG
363	N694, U1310, V Zw 122
364	V Zw 155
366	III Zw 42
368	I235, U2016
369	II Zw 4, III Zw 50
370	N1036, I1828-9, U2160
372	I1854
375	KUG
380	KUG
382	IG214, KUG
383	N2495, KUG
384	N2512, U4191
386	N2565, U4334, KUG
388	Ton 323, AT Cnc
389	N2599, KUG
391	N2691, U4664, KUG
392	G 047-018, WD
394	N2824, U4933
399	CG 259
400	U5023
401	N2893, U5060, CG 21, KUG
402	CG 22, KUG
404	IN N2964, U5183, CP 210a, KUG
405	N2970, T 25a, CG 31
406	CG 32, KUG
407	KUG
408	CG 289
409	N3011, U5259, CG 33, KUG
410	CG 300, KUG
411	I2524, CG 310, KUG
412	CG 43, KUG
413	CG 47
414	CP 226a, Holm 169a
415	KUG
416	U5833
418	N3442, U6001
420	KUG
421	U6132, B2 1101+38, OM 303, KUG
422	N3558
424	PG, KUG
426	KUG
427	KUG
428	KUG
429	KUG
430	N3921, U6823, I Zw 28, Arp 224, VV31, KUG
431	U6827
432	N4004, U6950, VV 230, KUG
433	KUG
435	KUG
439	N4369, U7489
441	I3723
442	N4687, U7958, KUG
443	KUG
444	Haro 37
445	I3808
446	N4719, U7987, IG 553, KUG
449	N5014, U8271, KUG
450	U8323, VV 616, KUG
451	KUG, PG
452	N5142, U8435, CP 373b, KUG
453	KUG
454	VV 831
455	U8520, VV326, KUG, PG
456	KUG
459	U8561, KUG
461	U8713
463	U8850
464	PB 996, KUG
466	U8945
467	KUG, CG 374
468	PB 1851, CG386, KUG
469	KUG
470	N5596, U9208, KUG
471	U9214, CG 411, KUG
472	CG 442, KUG
473	KUG
474	N5683, Holm 663b, CG 476, Reiz 4231
475	CG 493
476	CG 492
477	I Zw 92, N1, VV 74, CG 509, KUG
478	CG 512, PG
479	I1076, U9595, CP 444b
480	N5860, U9717, I Zw 102, CG 626, CP 454a
481	CG 729
482	CG 730
483	CG 741
484	CG 748
486	I Zw 121,1, PG
487	I Zw 123
489	N5992, U10003, CP 471a
490	PG
491	I1144
492	KUG
493	U10120
494	U10128a, VV 828
496	N6090, U10627, I Zw 135, CP 486b, VV 626
498	I Zw 140
499	I Zw 166
501	U10599, B2 1652+39
503	=Mark 890, N6275, VII Zw 667
504	PG
506	CP 510b
514	II Zw 123
518	U11865
520	U11871
521	N7427
522	KUG
523	N7455
526	U12416
527	N7518, U12422
528	U12434
529	N7532
530	N7603, U12493, Arp 92, UM 156
531	N7648, I1486, U12575
533	N7674, U12608, Arp 182, VV 343
534	N7679, U12618, Arp 216, VV 329
535	KUG
538	N7714, U12699, CP 587a, VV 51, Arp 284, UM 167, PB 5465
542	UM 191, PB 5623
543	N7811, III Zw 127, PB 5697
544	PB 5712
545	N23, U89
546	UM 219, PB 5812, KUG
547	N788, U194, CP 6b, KUG
549	UM 229, KUG
550	KUG
551	IV Zw 23a+IV Zw 23b, CP 11ab
552	Holm 11, PB 6005
553	UM 50
554	U402
555	N245, U476, UM 274
556	UM 71
558	N279, U532
561	U696
562	I1639, U750
563	UM 308
564	PB 6329
565	I89, U818, UM 90
567	UM 93
568	PB 6399
570	Ark 47
571	N622, U1143, UM 343
572	U1209
573	U1214, UM 363
575	U1260
576	UM 140
577	U1282
580	KUG
581	KUG
582	U1449, Arp 126, VV 122, KUG UM 152, PB 6529+30, CP 47b
584	UM 387, PB 6568
585	UM 391, PB 6611
586	UM 397, PB 6679, NAB 0205+02, KUG
587	U1669, KUG
588	N851, U1680, CP 59b, KUG
589	U1716, III Zw 43, KUG
590	N863, U1727, UM 412, KUG
591	KUG
592	U1794, UM 418, KUG
593	N927, U1908
596	VV 588
601	PB 9378, KUG
602	I277, U2460
603	N1222, KUG
604	KUG
605	KUG
607	N1320, KUG
608	N1321, KUG
609	KUG
610	KUG
611	KUG
612	KUG
616	N1588, U3064, II Zw 12, CP 99b
617	N1614, II Zw 15, Arp 186
620	N2273, U3546
622	U4229, KUG
623	U4303, KUG
624	KUG
625	N2625
626	U4572, Ark 176, CG 220, KUG
627	CG 224, KUG
628	CG 2
632	I638
635	CG 104
636	A1-91, KUG
638	I2950, KUG
640	Ark 323
641	KUG
646	PG
649	I3582, U7778, Ark 380
650	I3600, Haro 30
653	KUG
654	KUG
655	KUG
656	N4673, U7933, Arp 163, Haro 9
657	N4702, KUG
661	KUG
662	PG
663	U8829
664	I961
665	N5421a, U8941, I Zw 78, Arp 111, VV120, CP 407a
666	CG 336
667	PB 2068, Ark 440
669	U9081, KUG
670	KUG
671	CG 382, KUG
672	CG 384
673	I4395, U9141, KUG
675	KUG
676	CG 397
678	KUG
679	KUG
681	KUG
682	KUG
683	KUG
684	PB 3665, TON 774, PG
685	Haro 42, PG, KUG
686	N5695, U9421, CG 488
691	N5996, U10033, Arp 72, VV 16, CP 472a
692	KUG
693	KUG
694	KUG, in A2147
695	KUG, in A2147
699	III Zw 77, KUG
700	I118, U10675, VV805
701	U3548, KUG
702	PG
703	N2718, U4707
705	U5025, VIII Zw 47, Ark 202
707	PG
708	N2966, U5181
710	N3049, U5325, IG 383
713	U5383
714	KUG
717	I2551, U5488
718	U5501
719	Ark 236
721	I606, VIII Zw 74
727	Haro 25
728	N59 in A1142
729	U6206, CP 272b
731	I676, U6245
732	I2637, U6259, PG
734	PG
736	N3687, U6463
737	CG 112
739	N3758
740	KUG
742	KUG
743	N3773, U6605, KUG, PG
744	N3786, U6621, Arp 294, VV 228, CP 295a, CG 118
745	Ark 307
746	CG 121, Was 27
747	U6655, Ark 311, Holm 275, KUG
748	I2961, CG 127
749	KUG
750	KUG
751	KUG
752	VV 105, CP 307a
757	CG 150, KUG
758	PB 3867, Holm 344a
759	N4152, U7169
760	I767
761	N4174, U7206, Ark 351, KUG
764	I3078
765	KUG
766	N4253, U7344, CG 168, KUG
769	N4383, U7505, A3-119
770	Ark 370, KUG
771	TON1542, Ark 374, PG
772	Ark 375
773	N4509, U7704, Reiz 2510, CG 184, KUG
774	I3533, KUG
775	I3592, U7789, Holm 423a
776	I3593, Holm 423b
778	U7813, Ark 383
780	N4613, Holm 439, T 45a
781	N4779, U8022, Holm 497
785	Ark 410, KUG
786	N5058, U8345, CP 370ab
787	VIII Zw 302
788	CP 372ab
789	VIII Zw 323
797	VIII Zw 345
799	N5430, U8937, Holm 569
800	N5414
802	KUG, PG
803	Ark 439, VV 328b, CP 414b
804	Holm 583
805	U9064, KUG
806	N5500, U9070
809	N5591, U9207, CP 424ab
811	CG 418
812	KUG
814	N5657, U9335
815	KUG
816	KUG
817	U9412, PG
818	CG 497
825	CG 554
826	CG 557, KUG
827	U9559, CG 558, Holm 683
828	CG 559, Holm 683b
829	U9560, II Zw 70, VV 324b, CG 560, CP 438a, PG
831	KUG
832	N5807
833	CG 590
834	U9639, CG 593
837	PG
838	Ark 465
839	U9668, CP 451b
841	PG
842	Ark 470, CP 452a, Holm 693a
843	KUG
845	CG 636
846	CG 641, Reiz 4472, KUG
848	I Zw 107, CG 677
851	CP 463a
852	VIII Zw 468, N2, Holm 708a
853	N5926, VIII Zw 468, N1, Holm 708b
854	CG 715
857	CG 751
861	I1141, U10051
862	N6006
864	KUG
866	Ark 493
867	I1166, KUG
871	I1198, KUG
872	KUG
873	KUG
874	U10279, CP 488ab
876	PG
877	PG
879	KUG
880	KUG
881	KUG
882	KUG
889	VII Zw 661
890	= Mrk 503
891	VII Zw 670
897	U11680, II Zw 102, CP 552b
898	U11697
899	N7073
900	N7077, U11755, Ark 549
901	II Zw 147
903	U11892
905	U11929
906	U11975
907	N7250, U11980
908	U12009
912	N7288
913	I5431, Ark 559
914	Lick Ha_233
922	IV Zw 122, Ark 567
923	I1460, Ark 570
924	N7440
926	MCG-2-58-22
927	IV Zw 135
928	N7592, VV 731b
929	U12570, Ark 583, B2 2320+32
930	PG
931	PB 7615
933	PB 7822, VV34
936	N7813=I5384
937	Holm 4
938	N34=N17, VV 850, CP 30a+b
939	I1536
944	PB 8191
946	N114, U259, KUG
947	N118, U264, III Zw 9, UM 244, KUG
949	I19
952	I25, KUG
954	VIII Zw 30, PB 8412
956	PB 8455
957	5C3.100
958	U457
960	Haro 15, A 0046
962	I1598, U553
963	U591
966	Holm 29b
968	N341, Arp 59, VV 361
975	U774
976	N451, KUG
977	U822
980	KUG
984	U849, Arp 119, VV 347, CP 29a
987	U916, I1683, KUG
988	I Zw 4, II Zw 2, KUG
990	KUG
991	U959, Ark 42, T 7b, KUG
992	KUG
993	U987, KUG
997	N569, U1063, CP 34a, PB 8849
999	N589
1002	N632, U1157
1003	N638, U1170
1006	KUG
1007	I162, U1266, Arp 228, VV 53
1008	V Zw 120, KUG
1009	N688, U1302, KUG
1010	Ark 62, KUG
1011	N732, U1406, Ark 64
1012	N762, KUG
1013	KUG
1014	UM 385, PG
1018	U1579, UM 393
1019	KUG
1020	N830
1021	N835, Arp 318, KUG
1022	N838, Arp 318, KUG
1023	PB 9060, KUG
1024	PB 9062, KUG
1025	KUG
1026	N848, KUG
1027	I214, U1720, PB 6762, KUG
1028	KUG
1030	V Zw 212
1031	PB 9140
1032	KUG
1034	V Zw 233, Ark 80+81, CP 67ab, KUG
1037	V Zw 239,
1038	I225, U1907, KUG
1040	N931, U1935, KUG
1045	I234, KUG
1046	KUG
1047	KUG
1048	N985, VV 285
1050	U2105, Ark 89, KUG
1051	V Zw 268, KUG
1052	U2229
1055	I Zw 8, PB 9247
1056	KUG
1057	KUG
1058	KUG
1060	U2342
1061	V Zw 284, KUG
1063	N1140, VV482, PB 9345
1064	N1155
1065	KUG
1066	U2456
1067	N1164, U2490
1068	U2501, PB 6983+84
1070	KUG
1072	U2598
1073	U2608
1074	KUG
1075	KUG
1076	CP 89a, KUG
1079	N1509
1080	N1507, U2947, CP 97a
1081	CP 98b
1084	KUG
1087	II Zw 23, U3179, CP 103b
1088	N1691, U3201
1089	N1741a, Arp 259, VV 565
1090	I399
1092	I401
1093	N1797
1094	II Zw 33
1095	U3270, Ark 120
1099	U10053, VII ZW 623, VV 291, Arp 109
1101	U10099, I Zw 129, Ark 490,
1103	I Zw 130
1104	U10200, Ark 497, CP 482a
1107	U10544
1109	I1235
1111	I4630, U10607
1115	I Zw 172
1116	U10923, VII Zw 729
1118	N6484, U11010, T 67a
1123	U11911
1124	N7298
1126	N7450
1127	N7466, U12319
1134	N7752, U12779, IV Zw 165, Arp 86, Ark 585, VV 5, CP 591a
1135	U12803
1137	U12896, PG
1143	UM 60
1144	UM 61, PB 6118
1146	U488
1148	PG
1153	U931
1157	N591, U1111
1164	IV Zw 9
1168	UM 150, PB 6519
1169	UM 151, PB 6523
1170	V Zw 157
1171	N783, I1765, U1497
1174	U1627
1175	V Zw 202, N2
1180	N987, U2093
1183	N1056, U2183
1194	N1819, U3265
1198	U3726
1199	U3829, VV528
1201	U3841
1207	N2511
1210	U4203
1214	U4385
1215	KUG
1218	N2622
1224	I2431, U4756, VV 645
1225	I528, U4811
1228	N2790, Ark 198
1229	I2453
1230	U4902
1233	U5097, CP 206b
1235	N2969
1236	N3023, U5269, VV 620, CP 216b
1237	U5273, Holm 146
1238	KUG
1240	I576
1242	Ark 225
1243	N3080, U5372
1247	Ark 233
1259	I630
1260	N3326, U5799, Ark 251
1261	U5849, Ark 253, Holm 211a
1262	U5869
1264	U5923
1267	U6003, Ark 364
1268	KUG
1269	KUG
1271	Ark 268
1275	N32 in A1142
1276	I666, N35 in A1142
1282	U6176
1288	N3618, U6327
1291	N3660
1296	Holm 258b
1298	PG
1301	U6570
1303	UM 444
1304	U6665, Arp 161, Ark 312, UM 448
1305	I723
1307	U6850, UM 462
1308	I745, U6877, Ark 332, UM 465
1313	UM 483
1315	Near N4204, U7261
1318	= Mrk 49
1325	N4410a, U7535, CP 335a
1326	N4416, U7541
1329	I3589=I3591, U7790, Holm 428
1330	N4593
1333	N4628, Holm 441a
1334	N4671
1337	Holm 476b
1341	N4904, U8121
1344	N4990
1346	N5107, U8396
1349	N5179
1356	U8563, VV 211, Ark 423, CP 385b
1360	CP 395a
1363	N5339
1365	Ark 432, U8827
1369	CG 340
1371	KUG
1372	KUG
1376	N5506, CP 419a, Holm 604,
1379	N5534, Holm 623, VV 615
1381	U9190
1382	VIII Zw 421
1383	PG
1386	CG 498
1395	I1102, U9754
1398	T 59c
1399	CG 700
1402	PB 6924
1403	PB 6988
1405	U2836
1418	U5151, Ark 209, KUG
1419	N2960, U5159, IG359
1423	U5179
1424	N2963, U5222
1425	U5241, KUG
1427	KUG
1431	KUG
1433	U5733
1443	N3600, U6283, KUG
1450	VII Zw 415
1451	KUG
1452	VV 320, KUG
1455	KUG
1456	KUG
1457	KUG
1458	KUG
1460	A4R-40
1466	N4123, U7116, UM 47, CP 322b
1477	Ark 409
1479	N5238, U8565, I ZW 64, VV828, CP 384ab
1485	N5350, U8810, KUG
1490	CG 402
1493	VII Zw 567
1496	U10086, Ark 489
1499	I ZW 159
1501	III Zw 2, PG
1502	U545, I Zw 1, PG
1503	II Zw 1, UM 317
1504	N1144, U2389, Arp 118, VV 331, CP 83b
1505	N1275, U2669, OE 427, 3C 84, 4C 41.07
1506	U3087, II ZW 14, 3C 120, BW Tau
1507	Haro 27, PG
1508	N5394, I ZW 77, Arp 84, VV 48, CP 404a
1509	N5548, U9149
1510	I4397
1511	N5940, U9876
1512	N5953+54, U9903, Arp 91, Holm 714, VV 244, CP 468ab
1513	U11763, II Zw 136, PG
1514	N7469, U12332, Arp 298, Holm 803, CP 575a
1515	IV Zw 163

VII/172/table9.dat Finding list of common names (1549 records)

Name ---	Mrk ---
Asiago A1-91	636
Asiago A3-119	769
Asiago A3-360	1328
Asiago A4R-5	178
Asiago A4R-40	1460
Asiago A4R-46	42
Ark 42	991
Ark 47	570
Ark 62	1010
Ark 64	1011
Ark 80	1034
Ark 81	1034
Ark 89	1050
Ark 120	1095
Ark 176	626
Ark 198	1228
Ark 202	705
Ark 209	1418
Ark 225	1242
Ark 233	1247
Ark 236	719
Ark 251	1260
Ark 253	1261
Ark 268	1271
Ark 307	745
Ark 311	747
Ark 312	1304
Ark 323	640
Ark 332	1308
Ark 351	761
Ark 364	1267
Ark 370	770
Ark 374	771
Ark 375	772
Ark 380	649
Ark 383	778
Ark 409	1477
Ark 410	785
Ark 423	1356
Ark 432	1365
Ark 440	667
Ark 439	803
Ark 465	838
Ark 470	842
Ark 489	1496
Ark 490	1101
Ark 493	866
Ark 497	1104
Ark 549	900
Ark 559	913
Ark 567	922
Ark 570	923
Ark 573	313
Ark 583	929
Ark 585	1134
Arp 6	86
Arp 59	968
Arp 72	691
Arp 84	1508
Arp 86	1134
Arp 91	1512
Arp 92	530
Arp 109	1099
Arp 111	665
Arp 112	333
Arp 118	1504
Arp 119	984
Arp 126	582
Arp 151	40
Arp 160	201
Arp 161	1304
Arp 163	656
Arp 182	533
Arp 186	617
Arp 209	297
Arp 216	534
Arp 224	430
Arp 228	575
Arp 233	33
Arp 239	271
Arp 259	1089
Arp 266	59
Arp 282	341
Arp 284	538
Arp 298	1512
Arp 299	171
Arp 300	111
Arp 318	1021
Arp 318	1022
Arp 332	176
B2 1101+38	421
B2 2320+32	929
CG 2	628
CG 21	401
CG 22	402
CG 31	405
CG 32	406
CG 33	409
CG 43	412
CG 47	413
CG 82	36
CG 94	37
CG 104	635
CG 112	737
CG 118	744
CG 121	746
CG 127	748
CG 150	757
CG 168	766
CG 184	774
CG 220	626
CG 224	627
CG 259	399
CG 289	408
CG 300	410
CG 310	411
CG 334	283
CG 336	666
CG 340	1369
CG 374	467
CG 382	671
CG 384	672
CG 397	676
CG 402	1490
CG 411	471
CG 418	811
CG 442	472
CG 386	468
CG 476	474
CG 492	476
CG 493	475
CG 497	818
CG 498	1386
CG 509	477
CG 512	478
CG 554	825
CG 557	826
CG 558	827
CG 559	828
CG 560	829
CG 590	833
CG 593	834
CG 626	480
CG 636	845
CG 641	846
CG 677	848
CG 488	686
CG 700	1399
CG 715	854
CG 729	481
CG 730	482
CG 741	483
CG 748	484
CG 751	857
CP 6b	547
CP 11a+b	551
CP 13b	341
CP 29a	984
CP 30a+b	938
CP 34a	997
CP 47b	582
CP 59b	588
CP 67ab	1034
CP 83b	1504
CP 89a	1076
CP 97a	1080
CP 98b	1081
CP 99b	616
CP 103b	1087
CP 133a	71
CP 135ab	8
CP 160a	87
CP 198a	109
CP 203a	111
CP 206b	1233
CP 210a	404
CP 216b	1236
CP 226a	414
CP 258a	159
CP 272b	729
CP 288ab	171
CP 295a	744
CP 307a	752
CP 322b	1466
CP 335a	1325
CP 340b	212
CP 354a	220
CP 354b	221
CP 362a	59
CP 368b	248
CP 370ab	786
CP 372ab	788
CP 373b	452
CP 384ab	1479
CP 385b	1356
CP 388ab	266
CP 390ab	271
CP 395a	1360
CP 404a	1508
CP 407a	665
CP 414b	803
CP 419a	1376
CP 424ab	809
CP 438a	829
CP 444b	479
CP 451b	839
CP 452a	842
CP 454a	480
CP 463a	851
CP 468ab	1512
CP 471a	489
CP 472a	691
CP 482a	1104
CP 486b	496
CP 488ab	874
CP 510b	506
CP 552b	897
CP 575a	1514
CP 581a	319
CP 584a	325
CP 584b	326
CP 587a	538
CP 591a	1134
CP 593b	331
CP 602a	333
Haro 2	33
Haro 3	35
Haro 4	36
Haro 8	49
Haro 9	656
Haro 15	960
Haro 25	727
Haro 27	1507
Haro 29	209
Haro 30	650
Haro 37	444
Haro 42	685
Holm 4	937
Holm 11	552
Holm 146	1237
Holm 29b	966
Holm 169a	414
Holm 211a	1261
Holm 256	171
Holm 258b	1296
Holm 275	747
Holm 302b	313
Holm 344a	758
Holm 423a	775
Holm 423b	776
Holm 428	1329
Holm 439	780
Holm 441a	1333
Holm 476b	1337
Holm 497	781
Holm 569	799
Holm 583	804
Holm 604	1376
Holm 623	1379
Holm 663b	474
Holm 683a	827
Holm 683b	828
Holm 693a	842
Holm 708a	852
Holm 708b	853
Holm 714	1512
Holm 803	1514
I19	949
I25	952
I89	565
I118	700
I162	1007
I162	1008
I214	1027
I225	1038
I234	1045
I235	368
I277	602
I399	1090
I401	1092
I450	6
I528	1225
I576	1240
I606	721
I630	1259
I638	632
I666	1276
I676	731
I691	169
I694	171
I723	1305
I745	1208
I767	760
I875	249
I961	664
I1076	479
I1102	1395
I1141	861
I1144	491
I1166	867
I1182	298
I1189	300
I1198	871
I1235	1109
I1460	923
I1461	311
I1486	531
I1536	939
I1559	341
I1586	347
I1598	962
I1639	562
I1661	1
I1683	987
I1765	1771
I1828-9	370
I1854	372
I2184	8
I2209	13
I2431	1224
I2453	1229
I2458	108
I2524	411
I2551	717
I2637	732
I2943	41
I2950	638
I2961	748
I2987	44
I3078	767
I3453	1328
I3533	774
I3582	649
I3589-91	1329
I3592	775
I3593	776
I3600	650
I3723	441
I3808	445
I4395	673
I4397	1510
I4630	1111
I5384	936
I5431	913
IG 214	382
IG 235	86
IG 248	387
IG 339	114
IG 359	1419
IG 383	710
IG 393	25
IG 417	143
IG 553	446
IG 974	307
IG 993	309
IG 1031	328
KUG 0000+216	334
KUG 0003+199	335
KUG 0005+327	336
KUG 0009+206	337
KUG 0012-018	546
KUG 0017+005	547
KUG 0019-018	549
KUG 0024-020A	946
KUG 0024-020B	947
KUG 0024+011	550
KUG 0028-006	952
KUG 0113+328	1
KUG 0113+328	976
KUG 0116+345	980
KUG 0119+341	987
KUG 0120+343	988
KUG 0121+318	992
KUG 0121+319	991
KUG 0121+345	990
KUG 0122+318	993
KUG 0123+313	358
KUG 0143+346	1006
KUG 0147+350	1009
KUG 0147+334	1008
KUG 0150+064	581
KUG 0150+067	580
KUG 0151+366	2
KUG 0152+351	1010
KUG 0154-056	1012
KUG 0155+028	582
KUG 0157-077	1013
KUG 0205+024	586
KUG 0206-080	1019
KUG 0206-103	1021
KUG 0207-078	1024
KUG 0207-103	1022
KUG 0207-080	1023
KUG 0207-090	1025
KUG 0207-078	1024
KUG 0207-105	1026
KUG 0208+035	588
KUG 0208+056	587
KUG 0211+038	589
KUG 0211+049	1027
KUG 0212-009	590
KUG 0214+014	591
KUG 0214+314	1028
KUG 0217-004	592
KUG 0217+324	1032
KUG 0220+319	1034
KUG 0223+009	1038
KUG 0225+310	1040
KUG 0229-003	1045
KUG 0229+306	1046
KUG 0230+004	1047
KUG 0234+342	1050
KUG 0237+350	1051
KUG 0246+351	1056
KUG 0246+338	1057
KUG 0246+347	1058
KUG 0249+365	1061
KUG 0254-029	601
KUG 0256-046	1065
KUG 0306-031	603
KUG 0309-003	1070
KUG 0310-054	604
KUG 0313-036	605
KUG 0314-002	1074
KUG 0316-063	1075
KUG 0317+003	1076
KUG 0322-031	608
KUG 0322-032	607
KUG 0322-063B	609
KUG 0323-063	610
KUG 0323-003	611
KUG 0328-033	612
KUG 0441+087	1084
KUG 0621+743	4
KUG 0635+756	5
KUG 0645+744	6
KUG 0646+774	701
KUG 0702+677	375
KUG 0713+745	380
KUG 0722+726	7
KUG 0723+722	8
KUG 0727+633	73
KUG 0732+588	9
KUG 0732+604	77
KUG 0737+652	78
KUG 0742+625	82
KUG 0743+610	10
KUG 0743+744	11
KUG 0744+744	12
KUG 0751+604	13
KUG 0752+393	382
KUG 0757+399	383
KUG 0804+391	622
KUG 0805+729	14
KUG 0813+261	623
KUG 0815+741	87
KUG 0816+221B	386
KUG 0821+258	624
KUG 0828+753	15
KUG 0829+227A	389
KUG 0842+371	626
KUG 0843+366	627
KUG 0844+703	95
KUG 0846+720	98
KUG 0851+397	391
KUG 0911+679	103
KUG 0915+716	105
KUG 0916+717	20
KUG 0919+474	109
KUG 0921+525	110
KUG 0923+686	111
KUG 0924+482	112
KUG 0926+560	114
KUG 0927+297	401
KUG 0927+494	115
KUG 0930+554	116
KUG 0930+502	117
KUG 0932+306	402
KUG 0937+485	1418
KUG 0939+320	404
KUG 0940+322	405
KUG 0941+298	406
KUG 0944+393	407
KUG 0944+542	1425
KUG 0945+507	124
KUG 0946+324	409
KUG 0946+558	22
KUG 0948-013	1238
KUG 0949+524	126
KUG 0950+379	410
KUG 0951+420	1427
KUG 0953+602	23
KUG 0951+514	127
KUG 0953+603	128
KUG 0954+338	411
KUG 0955+324	412
KUG 0957+723	133
KUG 1000+596	25
KUG 1001+067	714
KUG 1008+591	26
KUG 1008+589	27
KUG 1009+586	28
KUG 1012+440	139
KUG 1013+455	140
KUG 1014+603	29
KUG 1016+576A	30
KUG 1016+576B	31
KUG 1020+610	1431
KUG 1023+442	144
KUG 1023+625	143
KUG 1025+400B	415
KUG 1032+448	146
KUG 1032+445	148
KUG 1035+447	150
KUG 1048+448A	155
KUG 1052+394	1268
KUG 1052+407	1269
KUG 1059+454	161
KUG 1100+381	420
KUG 1101+384A	421
KUG 1102+450	162
KUG 1113+418	1443
KUG 1127+370	424
KUG 1128+564	174
KUG 1129+532	176
KUG 1130+553	177
KUG 1133+157A	742
KUG 1133+162	636
KUG 1133+551	41
KUG 1134+146	740
KUG 1134+157	742
KUG 1135+123	743
KUG 1137+552	184
KUG 1138+354	426
KUG 1138+382	638
KUG 1139+162A	747
KUG 1140+363	427
KUG 1140+537	1451
KUG 1141+374	428
KUG 1141+553	1452
KUG 1141+374	428
KUG 1142+558	1455
KUG 1143+351	429
KUG 1144+527	1456
KUG 1144+527	1457
KUG 1144+562	188
KUG 1145+527	1458
KUG 1146+159	749
KUG 1147+153	750
KUG 1148+553	430
KUG 1149+156	751
KUG 1149+351	641
KUG 1155+281	432
KUG 1156+545	433
KUG 1200+390	44
KUG 1200+397B	43
KUG 1202+311	757
KUG 1209+294	761
KUG 1209+409	435
KUG 1213+408B	47
KUG 1214+283	765
KUG 1215+300	766
KUG 1226+317	770
KUG 1230+323	773
KUG 1237+352	653
KUG 1240+343	654
KUG 1241+291	655
KUG 1243+273	656
KUG 1244+356	442
KUG 1245+336	443
KUG 1246+274	657
KUG 1246+347	444
KUG 1247+334	446
KUG 1253+279	53
KUG 1254+276	55
KUG 1254+327	54
KUG 1255+246	447
KUG 1256+275	56
KUG 1256+274	57
KUG 1256+351	59
KUG 1257+281	60
KUG 1259+296	61
KUG 1302+305	62
KUG 1303+332	241
KUG 1304+346	64
KUG 1309+365	449
KUG 1312+242	658
KUG 1312+351	450
KUG 1313+305	785
KUG 1322+368	451
KUG 1322+366A	452
KUG 1323+332	453
KUG 1324+268	454
KUG 1326+225	660
KUG 1328+315	455
KUG 1329+272	661
KUG 1330+374A	456
KUG 1332+343	459
KUG 1335+280C	265
KUG 1338+306	268
KUG 1339+307	67
KUG 1342+273	68
KUG 1343+298	69
KUG 1344+299	274
KUG 1346+316	275
KUG 1351+406	1485
KUG 1352+152	1365
KUG 1353+124	797
KUG 1353+388	464
KUG 1355+420	281
KUG 1401+151	802
KUG 1401+418B	283
KUG 1406+149	1372
KUG 1406+154	1371
KUG 1407+165	805
KUG 1409+398	669
KUG 1410+347	467
KUG 1412+269	670
KUG 1413+347	671
KUG 1413+412	468
KUG 1415+270	673
KUG 1416+345	469
KUG 1417+365	675
KUG 1419+237	678
KUG 1420+373	470
KUG 1420+330	471
KUG 1421+330	679
KUG 1422+573	812
KUG 1424+231	681
KUG 1426+274	682
KUG 1426+361	472
KUG 1427+232	683
KUG 1428+274	685
KUG 1430+529	815
KUG 1430+570	473
KUG 1431+529	816
KUG 1439+537	477
KUG 1448+526	826
KUG 1453+557	831
KUG 1504+565	843
KUG 1507+526	846
KUG 1551+232	692
KUG 1551+232	693
KUG 1552+193	291
KUG 1553+190	292
KUG 1556+259	864
KUG 1556+269	492
KUG 1557+188	293
KUG 1559+165	694
KUG 1559+189	294
KUG 1600+264	867
KUG 1600+160	695
KUG 1601+193	295
KUG 1601+192	296
KUG 1603+206	297
KUG 1603+179	298
KUG 1603+174	299
KUG 1604+183	300
KUG 1606+124	871
KUG 1606+199	872
KUG 1608+181	873
KUG 1620+384	879
KUG 1621+406	880
KUG 1622+411	699
KUG 1624+404	881
KUG 1625+392	882
KUG 2255+164	310
KUG 2256+149	311
KUG 2257+161	522
KUG 2258+160	312
KUG 2259+156	313
KUG 2300+163	314
KUG 2311+235	317
KUG 2316+249	319
KUG 2317+259	322
KUG 2317+239	321
KUG 2317+270	323
KUG 2325+233	325
KUG 2325+232	326
KUG 2329+255	535
KUG 2348+203	331
KUG 2356+175	332
KUG 2358+311	333
N17	938
N23	545
N34	938
N78B	547
N114	946
N118	947
N169	341
N245	555
N262	348
N279	558
N341	968
N354	353
N449	1
N451	976
N569	997
N589	999
N591	1157
N622	571
N632	1002
N638	1003
N688	1009
N694	363
N732	1011
N762	1012
N783	1171
N788	547
N830	1020
N835	1021
N838	1022
N848	1026
N851	588
N863	590
N927	593
N931	1040
N985	1048
N987	1180
N1036	370
N1056	1183
N1140	1063
N1144	1504
N1155	1064
N1164	1067
N1222	603
N1275	1505
N1320	607
N1321	608
N1507	1080
N1509	1079
N1588	616
N1614	617
N1691	1088
N1741	1089
N1797	1093
N1819	1194
N2273	620
N2366	71
N2495	383
N2511	1207
N2512	384
N2534	85
N2537	86
N2544	87
N2565	386
N2599	389
N2622	1218
N2625	625
N2691	391
N2718	703
N2726	18
N2790	1228
N2824	394
N2893	401
N2909	119
N2957	121
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PB 996	464
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PB 1251	283
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PB 3867	758
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PB 5623	542
PB 5697	543
PB 5712	544
PB 5812	546
PB 6005	552
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PB 6329	564
PB 6399	568
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PB 6523	1169
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PB 6530	584
PB 6568	584
PB 6611	585
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PB 6984	1068
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PG 0050+124	1502
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PG 0119+229	357
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PG 0842+162	702
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PG 1102+294	36
PG 1111+098	732
PG 1119+120	734
PG 1126-041	1298
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PG 1135+123	743
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PG 1428+274	685
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PG 1617+175	877
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T 45a	780
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UM 499	52
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VV 21	9
VV 22	78
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VV 30	110
VV 31	430
VV 32	124
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VV 51	538
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VV 86	297
VV 105	752
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VV 118	171
VV 120	665
VV 122	582
VV 138	86
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VV 144	40
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VV 211	356
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VV 226	333
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VV 230	432
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VV 455	188
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VV 737	212
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VV 838	494
VV 850	938
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I Zw 8	1055
I Zw 14	88
I Zw 18	116
I Zw 26	40
I Zw 27	176
I Zw 28	430
I Zw 33	201
I Zw 36	209
I Zw 37a	211
I Zw 37b	212
I Zw 41	220
I Zw 41	221
I Zw 49	59
I Zw 64	1479
I Zw 67	266
I Zw 69	271
I Zw 71	273
I Zw 77	1508
I Zw 78	665
I Zw 92	477
I Zw 102	480
I Zw 107	848
I Zw 121	486
I Zw 123	487
I Zw 129	1101
I Zw 130	1103
I Zw 135	496
I Zw 140	498
I Zw 159	1499
I Zw 166	499
I Zw 172	1115
II Zw 1	1503
II Zw 4	369
II Zw 12	616
II Zw 14	1506
II Zw 15	617
II Zw 23	1087
II Zw 33	1094
II Zw 70	829
II Zw 102	897
II Zw 123	514
II Zw 136	1513
II Zw 147	901
II Zw 175	304
II Zw 187	315
III Zw 2	1501
III Zw 9	947
III Zw 12	347
III Zw 33	360
III Zw 42	366
III Zw 43	589
III Zw 50	369
III Zw 77	699
III Zw 127	543
IV Zw 1	334
IV Zw 9	1164
IV Zw 23a+b	551
IV Zw 30	959
IV Zw 121	309
IV Zw 122	922
IV Zw 135	927
IV Zw 142	322
IV Zw 149	325
IV Zw 163	1515
IV Zw 165	1134
V Zw 120	1008
V Zw 122	363
V Zw 155	364
V Zw 157	1170
V Zw 202	1175
V Zw 212	1030
V Zw 233	1034
V Zw 239	1037
V Zw 268	1051
V Zw 284	1061
VII Zw 153	7
VII Zw 156	8
VII Zw 263	1099
VII Zw 276	108
VII Zw 280	111
VII Zw 301	23
VII Zw 308	25
VII Zw 339	149
VII Zw 412	180
VII Zw 415	1450
VII Zw 426	191
VII Zw 433	194
VII Zw 472	217
VII Zw 483	223
VII Zw 490	231
VII Zw 511	256
VII Zw 518	261
VII Zw 528	277
VII Zw 547	286
VII Zw 556	287
VII Zw 567	1493
VII Zw 661	889
VII Zw 667	503
VII Zw 670	891
VII Zw 729	1116
VIII Zw 30	954
VIII Zw 47	705
VIII Zw 74	721
VIII Zw 302	787
VIII Zw 323	789
VIII Zw 345	797
VIII Zw 421	1382
VIII Zw 468	852
VIII Zw 468	853

VII/172/table10.dat FBS objects by number (1517 records)

Mrk ---	Name ---
1	0113+32
2	0151+36
3	0609+71
4	0621+74
5	0635+75
6	0645+74
7	0722+72
8	0723+72
9	0732+58
10	0743+61
11	0743+74
12	0744+74
13	0751+60
14	0805+72
15	0828+75
16	0847+73
17	0847+57
18	0858+60
19	0912+59
20	0916+71
21	0944+58
22	0946+55
23	0953+60
24	0955+54
25	1000+59
26	1008+59
27	1008+58
28	1009+58
29	1014+60
30	1016+57
31	1016+57
32	1023+56
33	1029+54
34	1030+60
35	1042+56
36	1102+29
37	1113+29
38	1115+54
39	1115+54
40	1122+54
41	1133+55
42	1151+46
43	1200+39
44	1200+39
45	1201+60
46	1213+41
47	1213+40
48	1214+58
49	1216+04
50	1220+02
51	1221+04
52	1223+00
53	1253+27
54	1254+32
55	1254+27
56	1256+27
57	1256+27
58	1256+27
59	1256+35
60	1257+28
61	1259+29
62	1302+30
63	1303+30
64	1304+34
65	1319+59
66	1323+57
67	1339+30
68	1342+27
69	1343+29
70	1353+26
71	0723+69
72	0725+56
73	0727+63
74	0727+55
75	0728+55
76	0730+65
77	0731+60
78	0737+65
79	0738+49
80	0739+64
81	0739+57
82	0742+62
83	0744+54
84	0751+55
85	0808+55
86	0809+46
87	0815+74
88	0824+55
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90	0826+52
91	0828+52
92	0832+46
93	0832+66
94	0834+51
95	0844+70
96	0845+46
97	0846+65
98	0846+72
99	0847+61
100	0854+66
101	0901+51
102	0908+46
103	0911+67
104	0913+53
105	0915+71
106	0916+55
107	0916+71
108	0917+64
109	0919+47
110	0921+52
111	0923+68
112	0924+48
112	0924+48
113	0925+62
114	0926+56
115	0927+49
116	0930+55
117	0930+50
118	0939+76
119	0940+66
120	0942+72
121	0942+73
122	0943+73
123	0943+56
124	0945+50
125	0947+46
126	0949+52
127	0951+51
128	0953+60
129	0953+46
130	0956+47
131	0957+55
132	0958+55
133	0957+72
134	0959+43
135	1002+53
136	1003+77
137	1009+65
138	1009+67
139	1012+44
140	1013+45
141	1015+64
142	1022+51
143	1023+62
144	1023+44
145	1031+64
146	1032+46
147	1032+63
148	1032+44
149	1034+64
150	1035+44
151	1039+48
152	1045+50
153	1046+52
154	1047+50
155	1048+44
156	1050+50
157	1052+49
158	1056+61
159	1055+72
160	1058+70
161	1059+45
162	1102+45
163	1103+48
164	1109+51
165	1115+63
166	1116+62
167	1119+51
168	1123+47
169	1123+59
170	1123+64
171	1125+58
172	1126+22
173	1127+48
174	1128+56
175	1129+62
176	1129+53
177	1130+55
178	1130+49
179	1130+62
180	1133+70
181	1134+20
182	1134+20
183	1136+68
184	1137+55
185	1138+47
186	1143+50
187	1143+71
188	1144+56
189	1145+67
190	1149+48
191	1150+70
192	1152+51
193	1152+57
194	1159+66
195	1200+64
196	1201+66
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198	1206+47
199	1208+70
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201	1211+54
202	1215+58
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204	1218+62
205	1219+75
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210	1224+48
211	1225+44
212	1225+44
213	1229+58
214	1229+66
215	1230+46
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219	1236+56
220	1241+55
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223	1243+71
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225	1244+47
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233	1256+59
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236	1258+61
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240	1303+53
241	1303+33
242	1303+53
243	1308+60
244	1310+50
245	1310+67
246	1311+56
247	1312+55
248	1313+44
249	1315+57
250	1315+44
251	1317+52
252	1318+55
253	1318+56
254	1320+51
255	1320+53
256	1321+70
257	1325+55
258	1326+53
259	1326+44
260	1327+45
261	1329+75
262	1329+75
263	1331+69
264	1332+52
265	1335+28
266	1336+48
267	1337+43
268	1338+30
269	1339+66
270	1339+67
271	1339+55
272	1339+43
273	1342+56
274	1344+29
275	1346+31
276	1349+44
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1265	1046+23
1266	1049+05
1267	1050+04
1268	1052+39
1269	1052+40
1270	1053-09
1271	1053+06
1272	1055+15
1273	1056-09
1274	1056+06
1275	1057+10
1276	1058+10
1277	1101-01
1278	11 1+39
1279	1102+35
1280	1103-05
1281	1104+77
1282	1104+21
1283	1105+28
1284	1106+00
1285	1108+22
1286	1115+78
1287	1110-10
1288	1115+23
1289	1116+36
1290	1117-05
1290	1117-05
1291	1121-08
1292	1121-07
1293	1122+20
1294	1123-05
1295	1111+08
1296	1126+21
1297	1126+20
1298	1126-04
1299	1131-07
1300	1131+24
1301	1133+35
1302	1136+03
1303	1137-00
1304	1139+00
1305	1140-08
1306	1142-09
1307	1150-02
1308	1151+00
1309	1155-09
1310	1158-03
1311	1207-01
1312	1209+20
1313	1209+00
1314	1211-09
1315	1212+20
1316	1213+20
1317	1215+18
1318	1216+04
1319	1216+18
1320	1216-01
1321	1216+05
1322	1221-01
1323	1221+03
1324	1223+05
1325	1223+09
1326	1224+08
1327	1224-08
1328	1229+15
1329	1234+07
1330	1237-05
1331	1238-09
1332	1239-03
1333	1239-06
1334	1243-06
1335	1244+26
1336	1246-09
1337	1249-09
1338	1250+25
1339	1251+05
1340	1254+06
1341	1258+00
1342	1258-05
1343	1306+07
1344	1306-05
1345	1317+20
1346	1319+38
1347	1320+08
1348	1322+76
1349	1327+12
1350	1328+12
1351	1329+03
1352	1330+13
1353	1330+07
1354	1330+09
1355	1330+09
1356	1332+10
1357	1338-03
1358	1341+05
1359	1342+20
1360	1344+11
1361	1344+11
1362	1347+23
1363	1351-07
1364	1351-01
1365	1352+15
1366	1352+06
1367	1357+04
1368	1400+07
1369	1402+36
1370	1405+07
1371	1406+15
1372	1406+14
1373	1407-03
1374	1408+01
1375	1409+32
1376	1410-02
1377	1412+13
1378	1412+66
1379	1415-07
1380	1418+30
1381	1418+05
1382	1425-01
1383	1426+01
1384	1430+06
1385	1437-05
1386	1437+41
1387	1441+16
1388	1448+22
1389	1449+79
1390	1458+00
1391	1458+17
1392	1503+03
1393	1506-00
1394	1507-07
1395	1508+04
1396	1511+04
1397	1514+24
1398	1515+69
1399	1523+33
1400	0217+07
1401	0246-00
1402	0251+02
1403	0300-01
1404	0310-07
1405	0340+39
1406	0725+55
1407	0728+31
1408	0731+56
1409	0741+53
1410	0743+55
1411	0750+58
1412	0755+55
1413	0758+73
1414	0848-02
1415	0910+52
1416	0917+52
1417	0923+58
1418	0937+48
1419	0938+03
1420	0938+48
1421	0938+61
1422	0939+12
1423	0939+59
1424	0942+57
1425	0944+54
1426	0946+48
1427	0951+42
1428	1002+44
1429	1012+64
1430	1018+65
1431	1020+61
1432	1023+47
1433	1030+52
1434	1030+58
1435	1033+55
1436	1039+62
1437	1043+12
1438	1045+13
1439	1045+13
1440	1046+23
1441	1047+59
1442	1048+59
1443	1113+41
1444	1114+51
1445	1114+51
1446	1124+54
1447	1127+49
1448	1132+50
1449	1133+21
1450	1135+58
1451	1140+53
1452	1141+55
1453	1142+31
1454	1142+21
1455	1142+55
1456	1144+52
1457	1144+52
1458	1145+52
1459	1145+22
1460	1148+48
1461	1148+21
1462	1148+21
1463	1148+21
1464	1153+43
1465	1200+51
1466	1205+03
1467	1211+42
1468	1213+59
1469	1213+51
1470	1214+44
1471	1216+46
1472	1219+53
1473	1221+60
1474	1224+43
1475	1226+44
1476	1249+60
1477	1314+41
1478	1323+59
1479	1332+51
1480	1340+52
1481	1341+52
1482	1342+15
1483	1344+39
1484	1346+41
1485	1351+40
1486	1358+57
1487	1359+45
1489	1405+60
1490	1417+49
1491	1437+03
1492	1448+60
1493	1451+60
1494	1459+10
1495	1506+57
1496	1552+16
1497	1625+49
1498	1626+51
1499	1634+52
1500	1640+51
1501	0008+10
1502	0051+12
1503	0119-01
1504	0252-00
1505	0316+41
1506	0430+05
1507	1137+28
1508	1356+37
1509	1415+25
1510	1415+26
1511	1528+07
1512	1532+15
1513	2130+09
1514	2300+08
1515	2340+28

VII/172/refs.dat Reference codes (195 records)

Nref ---	Ref ---
001	Weedman D. W., Khachikhian E. Ye.: 1968, Astrofizika, 4, 587.
001	(1968Afz.....4..587W)
002	Weedman D., Khachikhian E. Je.: 1969, Astrofizika, 5, 113.
002	(1969Afz.....5..113W)
003	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1970a, Astrofizika, 6, 39.
003	(1970Afz.....6...39A)
004	Arakelian M. A., Dibaj E. A., Esipov V. F., Markarian B. E.: 1970b,
004	Astrofizika, 6, 357. (1970Afz.....6..357A)
005	Sargent W. L. W.: 1970a, Astrophys. J., 159, 765. (1970ApJ...159..765S)
006	Ulrich M.-H.: 1971, Astrophys. J., 163, 441. (1971ApJ...163..441U)
007	Denisyuk E. K.: 1971a, Astron. Cirk. No. 615. (1971ATsir.615....4D)
008	Denisyuk E. K.: 1971b, Astron. Cirk. No. 621. (1971ATsir.621....7D)
009	Denisyuk E. K.: 1971c, Astron. Cirk. No. 624. (1971ATsir.624....1D)
010	Arakelian M. A., Dibaj E. A., Esipov V. F., Markarian B. E.: 1971,
010	Astrofizika, 7, 177. (1971Afz.....7..177A)
011	Sargent W. L. W.: 1972, Astrophys. J., 173, 7. (1972ApJ...173....7S)
012	Weedman D., Khachikhian E. Je.: 1971, Astrofizika, 7, 389.
012	(1971Afz.....7..389K)
013	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1972a, Astrofizika, 8, 33.
013	(1972Afz.....8...33A)
014	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1972b, Astrofizika, 8, 177.
014	(1972Afz.....8..177A)
015	Sargent W. L. W.: 1970b, Astrophys. J., 160, 405. (1970ApJ...160..405S)
016	Carozzi A., Chopinet M.: 1971, Comptes Rendus, 273, No. 3, B151.
017	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1972c, Astrofizika, 8, 329.
017	(1972Afz.....8..329A)
018	Denisyuk E. K.: 1973, Astron. Cirk. No. 759. (1973ATsir.759....1D)
019	Kopilov I. M., Lipovetsky V. A., Pronik V. I., Chuaev K. K.: 1974,
019	Astrofizika, 10, 483. (1974Afz....10..483K)
020	Denisyuk E. K., Lipovetsky V. A. 1974, Astrofizika, 10, 315.
020	(1974Afz....10..315D)
021	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1973a, Astrofizika, 9, 319.
021	(1973Afz.....9..319A)
022	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1973b, Astrofizika, 9, 325.
022	(1973Afz.....9..325A)
023	Denisyuk E. K., Lipovetsky V. A. 1973, Astron. Cirk. No. 798.
023	(1973ATsir.798....1D)
024	Denisyuk E. K. 1974a, Astron. Cirk. No. 809. (1974ATsir.809....1D)
025	Denisyuk E. K. 1974b, Astron. Cirk. No. 809. (1974ATsir.809....2D)
026	Sargent W. L. W., Huchra J. P.: 1973, Astrophys. J., 186, 433.
026	(1973ApJ...186..433H)
027	Denisyuk E. K., Babkin I. G., Sinyaeva N. W. 1974, Astron. Cirk. No. 837
027	(1974ATsir.837....2D)
028	Wills D., Wills B. J.: 1974, Mon. Not. Roy. Astron. Soc, 167, 79p.
028	(1974MNRAS.167p..79W)
029	Kopilov I. M., Lipovetsky V. A., Pronik V. I., Cuvaev K. K.: 1976,
029	Astrofizika, 12, 189. (1976Afz....12..189K)
030	Denisyuk E. K., Lipovetsky V. A., Afanasiev V. L. 1976, Astrofizika,
030	12, 665. (1976Afz....12..665D)
031	Karachentsev I. D.: Pronik V. I., Chuvaev K. K.: 1975a, Astron. Astrophys.,
031	41, 375. (1975A&A....41..375K)
032	Karachencev I. D., Pronik V. I.: Chuvaev K. K.: 1975b, Astron. Astrophys.,
032	44, 1. (1975A&A....44....1K)
033	Botinelli L., Heidmann J., Gouguenheim L.: 1975a, Astron. Astrophys.,
033	22, No. 2, 281. (1973A&A....22..281B)
034	Botinelli L., Duflot R., Gouguenheim L., Heidmann J.: 1975b,
034	Astron. Astrophys., 41, 61. (1975A&A....41...61B)
035	Huchra J. P.: 1977, Astrophys. J. Suppl. Ser., 35, 171.
035	(1977ApJS...35..171H)
036	Denisyuk E. K., Lipovetsky V. A.: 1977, Pis'ma Astron. Zh, 3, 7.
037	Afanasiev V. L., Denisyuk E. K., Lipovetsky V. A.: 1979, Pis'ma Astron.
037	Zh., 5, 271.
038	Markarian B. E., Lipovetsky V. A., Stepanian J. A.: 1980a, Astrofizika,
038	16, 5. (1980Afz....16....5M)
039	Markarian B. E., Lipovetsky V. A., Stepanian J. A.: 1980b, Astrofizika,
039	16, 609. (1980Afz....16..609M)
040	Afanasiev V. L., Lipovetsky V. A., Markarian B. E., Stepanian J. A.: 1980,
040	Astrofizika, 16, 193. (1980Afz....16..193A)
041	Karachentsev I. D.: 1981, Pis'ma Astron. Zh., 7, 3.
042	Crenshow et al. 1982
043	Denisyuk E. K., Lipovetsky V. A.: 1983, Astrofizika, 19, 229.
043	(1983Afz....19..229D)
044	Denisyuk E. K., Lipovetsky V. A.: 1984, Astrofizika, 20, 525.
044	(1984Afz....20..525D)
045	Markarian B. E., Erastova L. K., Lipovetsky V. A., Stepanian J. A.,
045	Shapovalova A. I.: 1988a, Astrofizika, 28, 27. (1988Afz....28...27M)
046	Markarian B. E., Stepanian J. A.: 1983, Astrofizika, 19, 639.
046	(1983Afz....19..639M)
047	Markarian B. E., Lipovetsky V. A., Stepanian J. A.: 1984a, Astrofizika,
047	21, 419. (1984Afz....21..419M)
048	Markarian B. E., Erastova L. K., Lipovetsky V. A., Stepanian J. A.,
048	Shapovalova A. I.: 1985a, Astrofizika, 22, 215. (1985Afz....22..215M)
049	Dennefeld M., Sevre F.: 1984, Astron. Astrophys. Suppl., 57, 253.
049	(1984A&AS...57..253D)
050	Beers T. C., Geller M. J., Huchra J. P., Latham D. W., Davis R. J.:
050	1984, Astrophys. J., 283, 33. (1984ApJ...283...33B)
051	Petrosian A. R.: 1983, Astron. Cirk. No. 1266. (1983ATsir1266....1P)
052	Markarian B. E., Erastova L. K., Lipovetsky V. A., Stepanian J. A.,
052	Shapovalova A. I.: 1988b, Astrofizika, 28, 476. (1988Afz....28..476M)
053	Denisyuk E. K., Lipovetsky V. A.: 1988, Astrofizika (in press).
054	Huchra J. A., Davis M., Latham D., Tonry J.: 1983, Astrophys. J.
054	Suppl. Ser., 52, 89. (1983ApJS...52...89H)
055	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1972a, Astrofizika, 8, 33.
055	(1972Afz.....8...33A)
055	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1972b, Astrofizika, 8, 177.
055	(1972Afz.....8..177A)
055	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1972c, Astrofizika, 8, 329.
055	(1972Afz.....8..329A)
055	Arakelian M. A., Dibaj E. A., Lyutyi V. M.: 1972d, Astrofizika, 8, 473.
055	(1972Afz.....8..473A)
056	Chincarini G., Rood H. J.: 1972a, Astron. J., 77, 4. (1972AJ.....77....4C)
057	Doroshenko V. T., Terebizh V. Yu.: 1975, Astrofizika, 11, 631.
057	(1975Afz....11..631D)
058	Shuder J. M., Osterbrock D. E.: 1981, Astrophys. J., 250, 55.
058	(1981ApJ...250...55S)
059	Vaucouleurs G. de, Vaucouleurs A. de, Corwin H. J. Jr.: 1976, Second
059	Reference Catalogue of bright galaxies, Univ. of Texas Press,
059	Austin and London. (RC2, catalog <VII/112>)
060	Chincarini G., Rood H. J.: 1972b, Astron. J., 77, 448. (1972AJ.....77..448C)
061	Du Puy D. L.: 1970, Astron. J., 75, 1143. (1970AJ.....75.1143D)
062	Du Puy D. L.: 1968, Publ. Astron. Soc. Pacific, 80, 29.
062	(1968PASP...80...29D)
063	Vaucouleurs A. de, Vaucouleurs G. de: 1967, Astron. J., 72, 730.
063	(1967AJ.....72..730D)
064	Karachentsev I. D.: Karachentseva W. E.: 1981, Astrofizika, 17, 5.
064	(1981Afz....17....5K)
065	Humason M. L., Mayall N. U., Sandage A. R.: 1956, Astron. J., 61, 97.
065	(1956AJ.....61...97H)
066	Bothun G. D., Geller M. J., Beers T. C., Huchra J. P.: 1983, Astrophys.
066	J., 268, 47. (1983ApJ...268...47B)
067	Dibay E. A.: 1970, Astrofisika, 6, 350. (1970Afz.....6..350D)
068	Osterbrock D. E.: 1981, Astrophys. J., 249, 462. (1981ApJ...249..462O)
069	Vaucouleurs G. de: 1961, Astrophys. J. Suppl., 5, 233. (1961ApJS....5..233D)
070	Vaucouleurs G. de, Vaucouleurs A. de: 1972, Mem.Roy.Astron.Soc., 77, 1.
070	(1972MmRAS..77....1D)
071	Huchra J. P.: 1977, Astrophys. J. Suppl. Ser., 35, 171.
071	(1977ApJS...35..171H)
072	Osterbrock D. E.: 1978, Publ. Astron. Soc. Pacific, 90, 493.
072	(1978PASP...90..493O)
073	Arakelian M. A., Dibay E. A., Esipov V. F.: 1976a, Astrofizika, 12,683.
073	(1976Afz....12..683A)
074	Ulrich M.-H., Kinman T. D., Lynds C. R., Ricke G. H., Ekers R. D.:
074	1974, Astrophys. J., 198, 261. (1975ApJ...198..261U)
075	Ulrich M.-H.: 1978, Astrophys. J. Lettr., 222, L3. (1978ApJ...222L...3U)
076	Hiltner W. A., Iriarte B.: 1958, Astrophys. J. 128, 443.
076	(1958ApJ...128..443H)
077	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1975, Astrofizika, 11, 15.
077	(1975Afz....11...15A)
078	Arakelian M. A., Dibaj E. A., Esipov V. F.: 1976b, Astrofizika, 12,195.
078	(1976Afz....12..195A)
079	Osterbrock D. E., Dahari: 1983, Astrophys. J., 273, 478.
079	(1983ApJ...273..478O)
080	Kollatschny W., Biermann P., Fricke K. J., Huchtmeir W., Witzel A.: 1983,
080	Astron. Astrophys., 119, 80. (1983A&A...119...80K)
081	Weedman D. W.: 1973, Astrophys. J., 183, 29. (1973ApJ...183...29W)
082	Doroshenko V. T., Terebizh V. Yu.: 1979, Pis'ma Astron. Zh., 5, 571.
083	Veron-Cetti M. P., Veron P.: 1987, ESO Sci. Report, No. 5, A Catalogue
083	of quasars and active nuclei.
084	Braccesi A., Lynds R., Sandage A.: 1968, Astrophys. J., 152, L105
084	(1968ApJ...152L.105B)
085	Veron-Cetty M. P.,: 1984a, ESO Sci. Prep., No. 330, 1.
086	Dibay E. A., Doroshenko V. T., Postnov K. A.: 1981, Pis'ma Astron.
086	Zh., 7, 527.
087	Dibay E. A., Doroshenko V. T., Postnov K. A.: 1984, Astron. Zh., 61, 1.
087	(1984AZh....61....1D)
088	Weedman D. W.: 1977, Ann. Rev. Astron. Astrophys., 15, 69.
089	Peterson B. M., Fricke K., Biermann P.: 1981, Publ. Astron. Soc.
089	Pacific, 93, 281. (1981PASP...93..281P)
090	Hutter D. J., Mufson S. L.: 1981, Astron. J., 86, 1585.
090	(1981AJ.....86.1585H)
091	Neizvestny S. I.: 1986, Soobshch. Special Astrofiz. Obs., 51, 5.
091	(1986SoSAO..51....5N)
092	Doroshenko V. T., Terebizh V. Yu.: 1981, Astrofizika, 17, 667.
092	(1981Afz....17..667D)
093	Kinman T. D., Hintzen P.: 1981, Publ. Astron. Soc. Pasific, 93, 405.
093	(1981PASP...93..405K)
094	Petrosian A. R., Sahakian K. A., Khachikian E. E.: 1979, Astrofizika,
094	15, 373. (1979Afz....15..373P)
095	Veron-Cetty M. P.: 1984b, Astron. Astrophys. Suppl., 58, 665.
096	Zwicky F., Humason M. L.,: 1964, Astrophys. J., 139, 269.
096	(1964ApJ...139..269Z)
097	Geller M. G., Beers T. C., Bothun G. D., Huchra J. P.: 1984,
097	Astron. J., 89, 319. (1984AJ.....89..319G)
098	Augarde R., Figon P., Kunth D., Sevre F.: 1987, Astron. Astrophys., 185, 4.
098	(1987A&A...185....4A)
099	Lipovetsky V. A., Markarian B. E., Stepanian J. A.: 1987, in:
099	Observational evidence of activity in galaxies, IAU Symposium
099	No. 121, 17, Reidel Com. Dordrecht.
100	Keel W. C., Weedman D. W.: 1978, Astron. J., 83, 1. (1978AJ.....83....1K)
101	McGimsey B. Q., Miller H. R.: 1978, Astrophys. J., 219, 387.
101	(1978ApJ...219..387M)
102	Demin V. V., Dibay E. A., Tomov A. N.: 1981, Astron. Zh.,58, 925.
102	(1981AZh....58..925D)
103	Stein W. A., Weedman D. W.,: 1976, Astrophys. J., 205, 44.
103	(1976ApJ...205...44S)
104	Kinman T. D.: 1983, Mon. Not. Roy. Astron. Soc. 202, 53.
104	(1983MNRAS.202...53K)
105	Khachikian E. Ye., Weedman D. W.: 1974, Astrophys. J., 192, 581.
105	(1974ApJ...192..581K)
106	Rudnick L., Owen F. N.: 1976, Astrophys. J., 203, L107.
106	(1976ApJ...203L.107R)
107	Veron-Cetty M. P., Veron P.,: 1985 ESO Sci. Report, No. 4, A Catalogue of
107	quasars and active nuclei.
108	Mazzarella J. M., Balzano V. A.: 1986, Astrophys. J. Suppl. 62, 751.
108	(1986ApJS...62..751M)

VII/172 First Byurakan Survey (FBS) (Markarian+, 1989)

VII/172/table7.dat The FBS Catalogue of Markarian galaxies (1469 records)

VII/172/notes.dat *Comments on table7 (39 records)

VII/172/table6.dat *Deleted Survey objects (48 records)

VII/172/table8.dat Common names (818 records)

VII/172/table9.dat Finding list of common names (1549 records)

VII/172/table10.dat FBS objects by number (1517 records)

VII/172/refs.dat Reference codes (195 records)

VII/172/notes.dat Comments on table7 (39 records*)

VII/172/table6.dat Deleted Survey objects (48 records*)