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FOR99 - OH and H_2O masers in 74 star-forming regions. The FC89 database

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Short title: Forster & Caswell (1999)
Authors: Forster, J. R.Caswell, J. L.
Journal: Astronomy and Astrophysics Supplement, v.137, p.43-49
Bibcode:

Non-detection table: Show non-detection table
Detection table: Show detection table (67 detection) Non-detection table: Show non-detection table (8 non-detection)
Target type: Catalog
Transitions: OH_1665

Abstract
Positions and spectra of 1665 MHz OH and 23 235 MHz {H_2O} masers in 74 star-forming regions are presented. This supplement provides an electronic version of the complete VLA database of interstellar masers observed by \Forster & Caswell (1989). The fields observed comprise the majority of known interstellar OH and {H_2O} maser associations at galactic longitudes observable from both hemispheres. The database will be useful for interpreting continuum and molecular line observations of these regions, for investigations of the relationship between the masers and their local environment, and for temporal and kinematical studies of the masers themselves. Full version of Table 3 is available in electronic form at the CDS via anonymous ftp to cdsarc.u-strasbg.fr (130.79.128.5) or via http://cdsweb.u-strabg.fr/Abstract.html, and full version of Fig. 1 is available at the http://www.edpsciences.com}

Abstract

Positions and spectra of 1665 MHz OH and 23 235 MHz {H_2O} masers in 74 star-forming regions are presented. This supplement provides an electronic version of the complete VLA database of interstellar masers observed by \Forster & Caswell (1989). The fields observed comprise the majority of known interstellar OH and {H_2O} maser associations at galactic longitudes observable from both hemispheres. The database will be useful for interpreting continuum and molecular line observations of these regions, for investigations of the relationship between the masers and their local environment, and for temporal and kinematical studies of the masers themselves. Full version of Table 3 is available in electronic form at the CDS via anonymous ftp to cdsarc.u-strasbg.fr (130.79.128.5) or via and full version of Fig. 1 is available at the }

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Detection table from Forster & Caswell (1999)

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ID	Obs. RA	Obs. Dec	RA offset	Dec offset	l	b	Group id	#	Source name	Line	V_peak	F_peak	Telescope	Configuration	Beam	PA	Detection	Class	Distance	Dist. (parallax)	Date
	(J2000)	(J2000)	(mas)	(mas)	(deg.)	(deg.)				H₂O	(km/s)	(Jy)			(arcsec)	(deg.)	Yes/No		(kpc)	(kpc)
1	+16 51 6.23	-46 16 6.8			339.679724	-1.208855	G339.681-1.207		G339.68-1.21	22 GHz;	-31.32 .. -30	1.5 .. 5	NRAOVLA	C	6 x 1.4	-1	+H₂O +CH₃OH II +OH	SFR	2.400		1984 June
	+16 51 6.23259	-46 16 6.7116	40 mas	90 mas	339.679747	-1.208845		1	G339.68-1.21		-30	1.5
	+16 51 6.22992	-46 16 6.8016	0 mas	0 mas	339.679723	-1.208855		2	G339.68-1.21		-31.32	5
2	+16 52 4.63	-46 08 35.1			339.883737	-1.258861	G339.884-1.259		G339.88-1.26	22 GHz;	-35.27	1.3	NRAOVLA	C	5.7 x 1.4		+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.100		1984 June
	+16 52 4.63008	-46 08 35.0988	0 mas	0 mas	339.883738	-1.258861		1	G339.88-1.26		-35.27	1.3
3	+16 48 13.82	-45 21 39.6			340.055124	-0.242714	G340.054-0.244		G340.06-0.24	22 GHz;	-51 .. -49.68	2.5 .. 3.3	NRAOVLA	C	5.2 x 1.4	-3	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	4.600		1984 June
	+16 48 13.8213	-45 21 39.58	20 mas	20 mas	340.055131	-0.242713		1	G340.06-0.24		-49.68	2.5
	+16 48 13.8199	-45 21 39.6	0 mas	0 mas	340.055124	-0.242714		2	G340.06-0.24		-51	3.3
4	+16 52 17.89	-44 26 53.2			341.217546	-0.212086	G341.218-0.212		G341.22-0.21	22 GHz;	-41.95 .. -39.32	8.7 .. 89	NRAOVLA	C	4.8 x 1.4	3	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-3.600		1984 June
	+16 52 17.8907	-44 26 53.2396	10 mas	-40 mas	341.217539	-0.212094		1	G341.22-0.21		-39.32	18.9
	+16 52 17.8901	-44 26 53.1996	0 mas	0 mas	341.217546	-0.212086		2	G341.22-0.21		-40.64	89
	+16 52 17.8921	-44 26 53.2196	30 mas	-20 mas	341.217545	-0.212094		3	G341.22-0.21		-41.95	8.7
5	+16 58 17.39	-42 52 10.7			343.126393	-0.063865	G343.122-0.064		G343.13-0.06	22 GHz;	-65.63 .. -22.14	0.9 .. 68.1	NRAOVLA	C	4.4 x 1.4	1	+H₂O +CH₃OH I -CH₃OH II +OH	SFR	3.200		1984 June
	+16 58 17.3899	-42 52 10.6904	0 mas	10 mas	343.126395	-0.063863		1	G343.13-0.06		-22.14	2.8
	+16 58 17.3899	-42 52 10.7204	0 mas	-20 mas	343.126388	-0.063869		2	G343.13-0.06		-23.46	4.2
	+16 58 17.3913	-42 52 10.7204	20 mas	-20 mas	343.126391	-0.063872		3	G343.13-0.06		-24.77	3.6
	+16 58 17.3899	-42 52 10.7004	0 mas	0 mas	343.126393	-0.063865		4	G343.13-0.06		-26.09	15.3
	+16 58 17.3899	-42 52 10.7004	0 mas	0 mas	343.126393	-0.063865		5	G343.13-0.06		-27.41	59
	+16 58 17.3899	-42 52 10.7004	0 mas	0 mas	343.126393	-0.063865		6	G343.13-0.06		-28.73	52.6
	+16 58 17.1619	-42 52 7.5804	-3420 mas	3120 mas	343.126639	-0.062781		7	G343.13-0.06		-28.73	5.1
	+16 58 17.3893	-42 52 10.7104	-10 mas	-10 mas	343.126389	-0.063865		8	G343.13-0.06		-30.05	27
	+16 58 17.1673	-42 52 7.7604	-3340 mas	2940 mas	343.126610	-0.062825		9	G343.13-0.06		-30.05	6.7
	+16 58 17.3899	-42 52 10.6804	0 mas	20 mas	343.126397	-0.063862		10	G343.13-0.06		-31.36	7.3
	+16 58 17.2613	-42 52 8.2604	-1930 mas	2440 mas	343.126680	-0.063136		11	G343.13-0.06		-31.36	5.9
	+16 58 17.3879	-42 52 10.6104	-30 mas	90 mas	343.126408	-0.063845		12	G343.13-0.06		-32.68	3.2
	+16 58 17.2586	-42 52 8.3604	-1970 mas	2340 mas	343.126653	-0.063147		13	G343.13-0.06		-32.68	10.2
	+16 58 17.2686	-42 52 8.5704	-1820 mas	2130 mas	343.126626	-0.063207		14	G343.13-0.06		-34	44.8
	+16 58 17.2679	-42 52 8.5204	-1830 mas	2180 mas	343.126636	-0.063197		15	G343.13-0.06		-35.32	13
	+16 58 17.2579	-42 52 8.2804	-1980 mas	2420 mas	343.126669	-0.063132		16	G343.13-0.06		-36.64	2.9
	+16 58 17.2486	-42 52 7.9004	-2120 mas	2800 mas	343.126734	-0.063044		17	G343.13-0.06		-37.95	10.3
	+16 58 17.2453	-42 52 7.7904	-2170 mas	2910 mas	343.126752	-0.063017		18	G343.13-0.06		-39.27	68.1
	+16 58 17.2439	-42 52 7.7304	-2190 mas	2970 mas	343.126762	-0.063003		19	G343.13-0.06		-40.59	25.5
	+16 58 17.2506	-42 52 7.9004	-2090 mas	2800 mas	343.126738	-0.063049		20	G343.13-0.06		-41.91	22.4
	+16 58 17.2459	-42 52 7.7904	-2160 mas	2910 mas	343.126753	-0.063018		21	G343.13-0.06		-43.23	7.5
	+16 58 17.2406	-42 52 7.7104	-2240 mas	2990 mas	343.126760	-0.062992		22	G343.13-0.06		-44.54	3.3
	+16 58 17.2419	-42 52 7.6504	-2220 mas	3050 mas	343.126776	-0.062985		23	G343.13-0.06		-45.86	9
	+16 58 17.2419	-42 52 7.6704	-2220 mas	3030 mas	343.126771	-0.062988		24	G343.13-0.06		-47.18	24.5
	+16 58 17.2413	-42 52 7.6404	-2230 mas	3060 mas	343.126777	-0.062981		25	G343.13-0.06		-48.5	14
	+16 58 17.2406	-42 52 7.6604	-2240 mas	3040 mas	343.126771	-0.062983		26	G343.13-0.06		-49.82	9.7
	+16 58 17.2406	-42 52 7.6804	-2240 mas	3020 mas	343.126767	-0.062987		27	G343.13-0.06		-51.13	17.3
	+16 58 17.2413	-42 52 7.6804	-2230 mas	3020 mas	343.126768	-0.062988		28	G343.13-0.06		-52.45	27.6
	+16 58 17.2413	-42 52 7.6804	-2230 mas	3020 mas	343.126768	-0.062988		29	G343.13-0.06		-53.77	13
	+16 58 17.2413	-42 52 7.6804	-2230 mas	3020 mas	343.126768	-0.062988		30	G343.13-0.06		-55.09	2.4
	+16 58 17.2373	-42 52 7.5104	-2290 mas	3190 mas	343.126797	-0.062949		31	G343.13-0.06		-56.41	1.7
	+16 58 17.2386	-42 52 7.6804	-2270 mas	3020 mas	343.126763	-0.062982		32	G343.13-0.06		-57.72	3.8
	+16 58 17.2406	-42 52 7.6704	-2240 mas	3030 mas	343.126769	-0.062985		33	G343.13-0.06		-59.04	6.4
	+16 58 17.2373	-42 52 7.7604	-2290 mas	2940 mas	343.126743	-0.062993		34	G343.13-0.06		-60.36	0.9
	+16 58 17.2419	-42 52 7.8004	-2220 mas	2900 mas	343.126743	-0.063011		35	G343.13-0.06		-65.63	1.1
6	+17 02 57.72	-41 41 51.1			344.582012	-0.023079	G344.582-0.024		G344.58-0.02	22 GHz;	-6.59 .. -1.32	1.4 .. 25.9	NRAOVLA	C	3.4 x 1.4	-11	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	0.700		1984 June
	+17 02 57.7213	-41 41 51.1008	20 mas	0 mas	344.582014	-0.023082		1	G344.58-0.02		-1.32	1.4
	+17 02 57.72	-41 41 51.2008	0 mas	-100 mas	344.581990	-0.023096		2	G344.58-0.02		-2.64	6.2
	+17 02 57.72	-41 41 51.1008	0 mas	0 mas	344.582012	-0.023079		3	G344.58-0.02		-3.95	25.9
	+17 02 57.724	-41 41 50.8408	60 mas	260 mas	344.582076	-0.023045		4	G344.58-0.02		-5.27	13.9
	+17 02 57.726	-41 41 51.3308	90 mas	-230 mas	344.581972	-0.023133		5	G344.58-0.02		-6.59	1.5
7	+17 05 11.14	-41 29 3.4			345.004053	-0.223635	G345.003-0.223		G345.00-0.22	22 GHz;	-30.64 .. -12.18	2 .. 16	NRAOVLA	C	3.8 x 1.4	40	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.200		1984 June
	+17 05 10.9861	-41 29 6.3808	-2310 mas	-2980 mas	345.003103	-0.223754		1	G345.00-0.22		-12.18	2
	+17 05 11.1394	-41 29 3.3808	-10 mas	20 mas	345.004056	-0.223631		2	G345.00-0.22		-22.73	13.7
	+17 05 11.1401	-41 29 3.4008	0 mas	0 mas	345.004053	-0.223636		3	G345.00-0.22		-24.05	16
	+17 05 10.9967	-41 29 6.5308	-2150 mas	-3130 mas	345.003090	-0.223806		4	G345.00-0.22		-29.32	2.8
	+17 05 10.9907	-41 29 6.4908	-2240 mas	-3090 mas	345.003088	-0.223784		5	G345.00-0.22		-30.64	2
8	+16 56 45.26	-40 14 3.6			345.009706	1.802033	G345.010+1.792		G345.01+1.79	22 GHz;	-20.27 .. 10.04	1.4 .. 41.7	NRAOVLA	C	3.5 x 1.3	6	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.000		1984 June
	+16 56 46.9613	-40 14 20.2188	25520 mas	-16620 mas	345.009477	1.794923		1	G345.01+1.79		10.04	2.4
	+16 56 46.9599	-40 14 20.0888	25500 mas	-16490 mas	345.009502	1.794949		2	G345.01+1.79		4.77	3.2
	+16 56 46.9586	-40 14 20.1388	25480 mas	-16540 mas	345.009489	1.794944		3	G345.01+1.79		3.45	3.4
	+16 56 46.9586	-40 14 20.2688	25480 mas	-16670 mas	345.009461	1.794921		4	G345.01+1.79		-1.82	1.8
	+16 56 46.9653	-40 14 20.2388	25580 mas	-16640 mas	345.009480	1.794910		5	G345.01+1.79		-3.14	2.4
	+16 56 46.9593	-40 14 20.2088	25490 mas	-16610 mas	345.009475	1.794930		6	G345.01+1.79		-4.46	8.8
	+16 56 46.9593	-40 14 20.2188	25490 mas	-16620 mas	345.009473	1.794928		7	G345.01+1.79		-5.77	2.7
	+16 56 46.5113	-40 14 7.1788	18770 mas	-3580 mas	345.011414	1.798302		8	G345.01+1.79		-8.41	1.4
	+16 56 45.2619	-40 14 3.5488	30 mas	50 mas	345.009721	1.802037		9	G345.01+1.79		-15	19.4
	+16 56 45.2613	-40 14 3.5688	20 mas	30 mas	345.009715	1.802035		10	G345.01+1.79		-16.32	41.7
	+16 56 45.2599	-40 14 3.5988	0 mas	0 mas	345.009706	1.802033		11	G345.01+1.79		-17.64	14.8
	+16 56 46.5026	-40 14 6.8188	18640 mas	-3220 mas	345.011475	1.798386		12	G345.01+1.79		-18.95	1.9
	+16 56 46.5033	-40 14 6.8188	18650 mas	-3220 mas	345.011477	1.798385		13	G345.01+1.79		-20.27	4.8
9	+17 09 33.68	-41 35 52.6			345.404591	-0.946747	G345.407-0.951		G345.41-0.95	22 GHz;	-23.95 .. -20	1.8 .. 16.4	NRAOVLA	C	3.8 x 1.6	6	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.300		1984 June
	+17 09 33.6759	-41 35 52.3384	-60 mas	260 mas	345.404642	-0.946694		1	G345.41-0.95		-20	1.8
	+17 09 33.6773	-41 35 52.6184	-40 mas	-20 mas	345.404582	-0.946743		2	G345.41-0.95		-21.32	2.5
	+17 09 33.6799	-41 35 52.6184	0 mas	-20 mas	345.404587	-0.946750		3	G345.41-0.95		-22.64	8.2
	+17 09 33.6799	-41 35 52.5984	0 mas	0 mas	345.404592	-0.946747		4	G345.41-0.95		-23.95	16.4
10	+17 04 23.02	-40 44 26.7			345.503854	0.3472	G345.505+0.348		G345.51+0.35	22 GHz;	-29.54 .. -12.41	1 .. 17.7	NRAOVLA	C	2.8 x 1.4	-15	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.100		1984 June
	+17 04 23.0354	-40 44 26.62	230 mas	80 mas	345.503901	0.347175		1	G345.51+0.35		-12.41	1.3
	+17 04 23.0201	-40 44 26.72	0 mas	-20 mas	345.503850	0.347196		2	G345.51+0.35		-20.32	10.3
	+17 04 23.0241	-40 44 26.9	60 mas	-200 mas	345.503818	0.347156		3	G345.51+0.35		-21.64	4
	+17 04 23.0187	-40 44 26.62	-20 mas	80 mas	345.503869	0.347216		4	G345.51+0.35		-24.27	3.6
	+17 04 23.0201	-40 44 26.65	0 mas	50 mas	345.503865	0.347208		5	G345.51+0.35		-25.59	4.2
	+17 04 23.0201	-40 44 26.7	0 mas	0 mas	345.503854	0.347200		6	G345.51+0.35		-26.91	17.7
	+17 04 23.0074	-40 44 26.69	-190 mas	10 mas	345.503832	0.347233		7	G345.51+0.35		-28.23	7.3
	+17 04 23.0054	-40 44 26.62	-220 mas	80 mas	345.503844	0.347250		8	G345.51+0.35		-29.54	1
11	+17 06 50.87	-40 50 57.8			345.699102	-0.090048	G345.698-0.090		G345.70-0.09	22 GHz;	-19.23 .. 21.63	1.4 .. 132.2	NRAOVLA	C	3.2 x 1.3	11	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	1.000		1984 June
	+17 06 50.8679	-40 50 57.7404	-30 mas	60 mas	345.699112	-0.090033		1	G345.70-0.09		21.63	1.8
	+17 06 50.8666	-40 50 57.7204	-50 mas	80 mas	345.699114	-0.090026		2	G345.70-0.09		20.31	1.4
	+17 06 50.8753	-40 50 57.6604	80 mas	140 mas	345.699143	-0.090038		3	G345.70-0.09		13.72	2.5
	+17 06 50.8753	-40 50 57.6204	80 mas	180 mas	345.699152	-0.090031		4	G345.70-0.09		12.41	2
	+17 06 50.8753	-40 50 57.9504	80 mas	-150 mas	345.699079	-0.090086		5	G345.70-0.09		0.54	2.3
	+17 06 50.8779	-40 50 57.9204	120 mas	-120 mas	345.699091	-0.090088		6	G345.70-0.09		-0.77	6.4
	+17 06 50.8733	-40 50 57.8404	50 mas	-40 mas	345.699100	-0.090063		7	G345.70-0.09		-2.09	13.8
	+17 06 50.8686	-40 50 58.0704	-20 mas	-270 mas	345.699040	-0.090090		8	G345.70-0.09		-3.41	43.8
	+17 06 50.8666	-40 50 57.9404	-50 mas	-140 mas	345.699065	-0.090063		9	G345.70-0.09		-4.73	129.8
	+17 06 50.8699	-40 50 57.8004	0 mas	0 mas	345.699102	-0.090048		10	G345.70-0.09		-6.05	132.2
	+17 06 50.8693	-40 50 57.7604	-10 mas	40 mas	345.699110	-0.090039		11	G345.70-0.09		-7.36	70.6
	+17 06 50.8693	-40 50 57.7604	-10 mas	40 mas	345.699110	-0.090039		12	G345.70-0.09		-8.68	107
	+17 06 50.8699	-40 50 57.8004	0 mas	0 mas	345.699102	-0.090048		13	G345.70-0.09		-10	36.9
	+17 06 50.8646	-40 50 58.0604	-80 mas	-260 mas	345.699034	-0.090078		14	G345.70-0.09		-11.32	2.3
	+17 06 50.8679	-40 50 57.8004	-30 mas	0 mas	345.699098	-0.090043		15	G345.70-0.09		-19.23	2.8
12	+17 20 6.69	-38 57 14.6			348.726001	-1.038507	G348.720-1.039		G348.70-1.04	22 GHz;	-26.59 .. 7.68	1.2 .. 29.4	NRAOVLA	C	2.2 x 1.3	-23	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	1.800		1984 June
	+17 20 6.416	-38 57 16.4116	-4110 mas	-1810 mas	348.725081	-1.038067		1	G348.70-1.04		7.68	1.4
	+17 20 6.42	-38 57 16.6016	-4050 mas	-2000 mas	348.725045	-1.038107		2	G348.70-1.04		5.04	1.3
	+17 20 6.52133	-38 57 12.7416	-2530 mas	1860 mas	348.726112	-1.037764		3	G348.70-1.04		2.41	1.9
	+17 20 6.52667	-38 57 12.8216	-2450 mas	1780 mas	348.726104	-1.037791		4	G348.70-1.04		1.09	5.7
	+17 20 6.26667	-38 57 17.4616	-6350 mas	-2860 mas	348.724565	-1.037837		5	G348.70-1.04		-5.5	2
	+17 20 6.25733	-38 57 17.5016	-6490 mas	-2900 mas	348.724538	-1.037818		6	G348.70-1.04		-6.82	4.4
	+17 20 6.51533	-38 57 12.5516	-2620 mas	2050 mas	348.726145	-1.037718		7	G348.70-1.04		-6.82	1.7
	+17 20 6.24467	-38 57 17.6116	-6680 mas	-3010 mas	348.724490	-1.037802		8	G348.70-1.04		-8.14	4.8
	+17 20 6.27	-38 57 17.8616	-6300 mas	-3260 mas	348.724480	-1.037909		9	G348.70-1.04		-9.46	4.1
	+17 20 6.258	-38 57 17.9116	-6480 mas	-3310 mas	348.724446	-1.037885		10	G348.70-1.04		-10.77	6.4
	+17 20 6.52467	-38 57 14.9316	-2480 mas	-330 mas	348.725619	-1.038120		11	G348.70-1.04		-10.77	15.4
	+17 20 6.51533	-38 57 14.7216	-2620 mas	-120 mas	348.725650	-1.038062		12	G348.70-1.04		-12.09	7.9
	+17 20 6.704	-38 57 14.5616	210 mas	40 mas	348.726036	-1.038538		13	G348.70-1.04		-12.09	8.3
	+17 20 6.69	-38 57 14.6016	0 mas	0 mas	348.726001	-1.038508		14	G348.70-1.04		-13.41	29.4
	+17 20 6.69333	-38 57 14.8216	50 mas	-220 mas	348.725957	-1.038551		15	G348.70-1.04		-14.73	3.6
	+17 20 6.424	-38 57 16.4716	-3990 mas	-1870 mas	348.725082	-1.038097		16	G348.70-1.04		-16.05	1.7
	+17 20 6.42667	-38 57 16.5416	-3950 mas	-1940 mas	348.725071	-1.038116		17	G348.70-1.04		-17.36	2
	+17 20 6.448	-38 57 17.1216	-3630 mas	-2520 mas	348.724978	-1.038265		18	G348.70-1.04		-26.59	1.2
13	+17 17 0.21	-38 19 28.8			348.891666	-0.180012	G348.892-0.180		G348.89-0.18	22 GHz;	6.32	1.2	NRAOVLA	C	4.2 x 1.2	-25	+H₂O +CH₃OH II +OH	SFR	1.000		1984 June
	+17 17 0.21	-38 19 28.8012	0 mas	0 mas	348.891666	-0.180012		1	G348.89-0.18		6.32	1.2
14	+17 16 50.65	-38 05 13.7			349.06722	-0.016978	G349.067-0.017		G349.07-0.02	22 GHz;	11.32	0.8	NRAOVLA	C	3.5 x 1.4	13	+H₂O +CH₃OH II +OH	SFR	1.000		1984 June
	+17 16 50.6501	-38 05 13.7004	0 mas	0 mas	349.067220	-0.016978		1	G349.07-0.02		11.32	0.8
15	+17 16 24.53	-37 59 47.4			349.091405	0.105403	G349.092+0.106		G349.09+0.11	22 GHz;	-81.32 .. -73.41	3.2 .. 46.4	NRAOVLA	C	2.4 x 1.3	18	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	9.800		1984 June
	+17 16 24.6426	-37 59 48.94	1690 mas	-1540 mas	349.091271	0.104854		1	G349.09+0.11		-73.41	3.2
	+17 16 24.5273	-37 59 47.3	-40 mas	100 mas	349.091422	0.105427		2	G349.09+0.11		-78.68	5.5
	+17 16 24.5299	-37 59 47.4	0 mas	0 mas	349.091405	0.105404		3	G349.09+0.11		-80	46.4
	+17 16 24.5306	-37 59 47.39	10 mas	10 mas	349.091408	0.105403		4	G349.09+0.11		-81.32	31.1
16	+17 17 45.39	-37 03 14.2			350.014787	0.432802	G350.015+0.433		G350.02+0.43	22 GHz;	-40 .. -38.68	1.9 .. 3	NRAOVLA	C	2.2 x 1.3	21	+H₂O +CH₃OH II +OH	SFR_MIXED	5.000		1984 June
	+17 17 45.39	-37 03 14.1984	0 mas	0 mas	350.014788	0.432803		1	G350.02+0.43		-38.68	3
	+17 17 45.39	-37 03 14.1984	0 mas	0 mas	350.014788	0.432803		2	G350.02+0.43		-40	1.9
17	+17 19 24.72	-37 10 21.5			350.107574	0.094562	G350.105+0.085		G350.11+0.09	22 GHz;	-62.09	0.5	NRAOVLA	C	4.4 x 1.4	-31	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	9.800		1984 June
	+17 19 24.72	-37 10 21.5004	0 mas	0 mas	350.107574	0.094562		1	G350.11+0.09		-62.09	0.5
18	+17 19 57.5	-35 57 52.4			351.160635	0.696744	G351.161+0.699		G351.16+0.70	22 GHz;	-10.68 .. -2.77	1.6 .. 25.5	NRAOVLA	C	2.4 x 1.8	18	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	1.700		1984 June
	+17 19 57.4933	-35 57 52.4916	-100 mas	-90 mas	351.160601	0.696748		1	G351.16+0.70		-2.77	1.6
	+17 19 57.4999	-35 57 52.4016	0 mas	0 mas	351.160634	0.696744		2	G351.16+0.70		-4.09	16.2
	+17 19 57.4993	-35 57 52.4016	-10 mas	0 mas	351.160633	0.696746		3	G351.16+0.70		-5.41	25.5
	+17 19 57.4973	-35 57 52.3616	-40 mas	40 mas	351.160638	0.696758		4	G351.16+0.70		-6.73	20.9
	+17 19 57.4993	-35 57 52.4016	-10 mas	0 mas	351.160633	0.696746		5	G351.16+0.70		-8.05	14.8
	+17 19 57.4986	-35 57 52.3416	-20 mas	60 mas	351.160646	0.696758		6	G351.16+0.70		-9.36	4
	+17 19 57.4986	-35 57 52.1916	-20 mas	210 mas	351.160680	0.696781		7	G351.16+0.70		-10.68	1.6
19	+17 20 53.48	-35 46 59.9			351.417386	0.64515	G351.417+0.645		G351.42+0.64	22 GHz;	-45.59 .. -0.77	1 .. 246.2	NRAOVLA	C	2 x 1.3	24	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	1.900		1984 June
	+17 20 53.4606	-35 46 56.8416	-290 mas	3060 mas	351.418047	0.645688		1	G351.42+0.64		-0.77	3.3
	+17 20 53.4546	-35 46 56.6816	-380 mas	3220 mas	351.418072	0.645730		2	G351.42+0.64		-2.09	22.4
	+17 20 53.4459	-35 46 55.9416	-510 mas	3960 mas	351.418224	0.645871		3	G351.42+0.64		-3.41	24.7
	+17 20 53.4433	-35 46 56.1416	-550 mas	3760 mas	351.418173	0.645847		4	G351.42+0.64		-4.73	74.9
	+17 20 53.4433	-35 46 55.7116	-550 mas	4190 mas	351.418271	0.645915		5	G351.42+0.64		-6.05	75.8
	+17 20 53.4379	-35 46 54.8316	-630 mas	5070 mas	351.418462	0.646069		6	G351.42+0.64		-7.36	246.2
	+17 20 53.4346	-35 46 55.0616	-680 mas	4840 mas	351.418403	0.646042		7	G351.42+0.64		-8.68	227.6
	+17 20 53.4873	-35 46 59.3816	110 mas	520 mas	351.417518	0.645212		8	G351.42+0.64		-8.68	21.3
	+17 20 53.4913	-35 46 59.3216	170 mas	580 mas	351.417540	0.645210		9	G351.42+0.64		-10	7.5
	+17 20 53.4386	-35 46 55.5816	-620 mas	4320 mas	351.418292	0.645949		10	G351.42+0.64		-10	66.9
	+17 20 53.4453	-35 46 55.8716	-520 mas	4030 mas	351.418238	0.645884		11	G351.42+0.64		-11.32	37.6
	+17 20 53.4473	-35 46 55.2416	-490 mas	4660 mas	351.418386	0.645978		12	G351.42+0.64		-12.64	43
	+17 20 53.4693	-35 46 59.8616	-160 mas	40 mas	351.417374	0.645185		13	G351.42+0.64		-12.64	2.6
	+17 20 53.4799	-35 46 59.7016	0 mas	200 mas	351.417431	0.645181		14	G351.42+0.64		-13.95	6.4
	+17 20 53.4573	-35 46 55.7216	-340 mas	4180 mas	351.418296	0.645875		15	G351.42+0.64		-13.95	8.4
	+17 20 53.4599	-35 46 56.6516	-300 mas	3250 mas	351.418089	0.645720		16	G351.42+0.64		-15.27	6.1
	+17 20 53.4806	-35 46 59.8516	10 mas	50 mas	351.417398	0.645156		17	G351.42+0.64		-15.27	5
	+17 20 53.4759	-35 46 59.8716	-60 mas	30 mas	351.417385	0.645165		18	G351.42+0.64		-16.59	4.3
	+17 20 53.4599	-35 46 56.6416	-300 mas	3260 mas	351.418091	0.645721		19	G351.42+0.64		-16.59	8.2
	+17 20 53.4773	-35 46 59.8816	-40 mas	20 mas	351.417385	0.645160		20	G351.42+0.64		-17.91	4.3
	+17 20 53.4586	-35 46 56.6416	-320 mas	3260 mas	351.418088	0.645725		21	G351.42+0.64		-17.91	2.4
	+17 20 53.4766	-35 46 59.9316	-50 mas	-30 mas	351.417372	0.645154		22	G351.42+0.64		-19.23	4.2
	+17 20 53.4759	-35 46 59.9116	-60 mas	-10 mas	351.417376	0.645159		23	G351.42+0.64		-20.54	3.8
	+17 20 53.4779	-35 46 59.8916	-30 mas	10 mas	351.417384	0.645157		24	G351.42+0.64		-21.86	4.3
	+17 20 53.4773	-35 46 59.8916	-40 mas	10 mas	351.417383	0.645158		25	G351.42+0.64		-23.18	4.2
	+17 20 53.4786	-35 46 59.9116	-20 mas	-10 mas	351.417381	0.645152		26	G351.42+0.64		-25.82	5
	+17 20 53.4786	-35 46 59.9116	-20 mas	-10 mas	351.417381	0.645152		27	G351.42+0.64		-27.13	12.7
	+17 20 53.4793	-35 46 59.9016	-10 mas	0 mas	351.417384	0.645151		28	G351.42+0.64		-28.45	11.1
	+17 20 53.4799	-35 46 59.9016	0 mas	0 mas	351.417386	0.645150		29	G351.42+0.64		-29.77	45.1
	+17 20 53.4799	-35 46 59.9016	0 mas	0 mas	351.417386	0.645150		30	G351.42+0.64		-31.09	69.3
	+17 20 53.4799	-35 46 59.9016	0 mas	0 mas	351.417386	0.645150		31	G351.42+0.64		-32.41	22.3
	+17 20 53.4786	-35 46 59.8816	-20 mas	20 mas	351.417388	0.645156		32	G351.42+0.64		-33.72	1.8
	+17 20 53.4813	-35 46 59.8716	20 mas	30 mas	351.417395	0.645151		33	G351.42+0.64		-35.04	1
	+17 20 53.4293	-35 46 55.0216	-760 mas	4880 mas	351.418402	0.646063		34	G351.42+0.64		-36.36	2.8
	+17 20 53.4299	-35 46 54.8916	-750 mas	5010 mas	351.418433	0.646082		35	G351.42+0.64		-37.68	1.6
	+17 20 53.4393	-35 46 55.4416	-610 mas	4460 mas	351.418325	0.645969		36	G351.42+0.64		-41.63	1.1
	+17 20 53.4586	-35 46 56.3716	-320 mas	3530 mas	351.418150	0.645768		37	G351.42+0.64		-45.59	1.6
20	+17 25 25.33	-36 12 43.4			351.581957	-0.353112	G351.581-0.353		G351.58-0.35	22 GHz;	-98.95 .. -79.18	2 .. 33.4	NRAOVLA	C	2.3 x 1.3	20	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	9.900		1984 June
	+17 25 25.2954	-36 12 44.3016	-520 mas	-900 mas	351.581684	-0.353156		1	G351.58-0.35		-79.18	3.1
	+17 25 25.2961	-36 12 44.0816	-510 mas	-680 mas	351.581736	-0.353124		2	G351.58-0.35		-80.5	3
	+17 25 25.2994	-36 12 44.1016	-460 mas	-700 mas	351.581738	-0.353136		3	G351.58-0.35		-81.82	4.1
	+17 25 25.2987	-36 12 44.3216	-470 mas	-920 mas	351.581686	-0.353169		4	G351.58-0.35		-83.14	3.3
	+17 25 25.3761	-36 12 42.9016	690 mas	500 mas	351.582159	-0.353163		5	G351.58-0.35		-88.41	2
	+17 25 25.3554	-36 12 43.0416	380 mas	360 mas	351.582087	-0.353127		6	G351.58-0.35		-89.73	3.4
	+17 25 25.3367	-36 12 43.3016	100 mas	100 mas	351.581992	-0.353116		7	G351.58-0.35		-91.05	7
	+17 25 25.1147	-36 12 45.1416	-3230 mas	-1740 mas	351.581151	-0.352784		8	G351.58-0.35		-91.05	2.1
	+17 25 25.3327	-36 12 43.3416	40 mas	60 mas	351.581976	-0.353111		9	G351.58-0.35		-92.36	16
	+17 25 25.3301	-36 12 43.4016	0 mas	0 mas	351.581957	-0.353113		10	G351.58-0.35		-93.68	33.4
	+17 25 25.3241	-36 12 43.5516	-90 mas	-150 mas	351.581911	-0.353119		11	G351.58-0.35		-95	28.4
	+17 25 25.3187	-36 12 43.7116	-170 mas	-310 mas	351.581864	-0.353129		12	G351.58-0.35		-96.32	11.5
	+17 25 25.3447	-36 12 43.2716	220 mas	130 mas	351.582014	-0.353133		13	G351.58-0.35		-97.64	4
	+17 25 25.3461	-36 12 43.3116	240 mas	90 mas	351.582008	-0.353143		14	G351.58-0.35		-98.95	5.1
21	+17 26 42.32	-36 09 16.3			351.774464	-0.535576	G351.775-0.537		G351.78-0.54	22 GHz;	-36.63 .. 16.09	1 .. 136.7	NRAOVLA	C	2 x 1.3	-23	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.200		1984 June
	+17 26 42.3213	-36 09 16.2808	20 mas	20 mas	351.774470	-0.535577		1	G351.78-0.54		16.09	3.2
	+17 26 42.3193	-36 09 16.3208	-10 mas	-20 mas	351.774457	-0.535577		2	G351.78-0.54		14.77	14.2
	+17 26 42.3199	-36 09 16.3108	0 mas	-10 mas	351.774461	-0.535578		3	G351.78-0.54		13.45	45.7
	+17 26 42.3199	-36 09 16.3008	0 mas	0 mas	351.774463	-0.535576		4	G351.78-0.54		12.13	78.3
	+17 26 42.3199	-36 09 16.3208	0 mas	-20 mas	351.774459	-0.535579		5	G351.78-0.54		10.82	24.8
	+17 26 42.3513	-36 09 13.7508	470 mas	2550 mas	351.775110	-0.535268		6	G351.78-0.54		9.5	1.7
	+17 26 42.3486	-36 09 13.6908	430 mas	2610 mas	351.775119	-0.535252		7	G351.78-0.54		8.18	2.2
	+17 26 42.3439	-36 09 13.8208	360 mas	2480 mas	351.775080	-0.535259		8	G351.78-0.54		6.86	1.7
	+17 26 42.3766	-36 09 14.4608	850 mas	1840 mas	351.774994	-0.535449		9	G351.78-0.54		5.54	1.4
	+17 26 42.4073	-36 09 15.1808	1310 mas	1120 mas	351.774885	-0.535646		10	G351.78-0.54		4.23	1
	+17 26 42.3153	-36 09 15.9008	-70 mas	400 mas	351.774547	-0.535501		11	G351.78-0.54		1.59	1.8
	+17 26 42.3573	-36 09 16.2608	560 mas	40 mas	351.774543	-0.535674		12	G351.78-0.54		0.27	17
	+17 26 42.2893	-36 09 14.4808	-460 mas	1820 mas	351.774825	-0.535208		13	G351.78-0.54		-1.05	107.1
	+17 26 42.2733	-36 09 14.1308	-700 mas	2170 mas	351.774876	-0.535110		14	G351.78-0.54		-2.36	136.7
	+17 26 42.1479	-36 09 9.4708	-2580 mas	6830 mas	351.775715	-0.534037		15	G351.78-0.54		-3.68	2.8
	+17 26 42.1613	-36 09 9.7608	-2380 mas	6540 mas	351.775673	-0.534120		16	G351.78-0.54		-5	1.5
	+17 26 42.2673	-36 09 13.9808	-790 mas	2320 mas	351.774899	-0.535070		17	G351.78-0.54		-5	4.1
	+17 26 42.7719	-36 09 6.9708	6780 mas	9330 mas	351.777463	-0.535392		18	G351.78-0.54		-5	4.4
	+17 26 42.7613	-36 09 6.8408	6620 mas	9460 mas	351.777473	-0.535342		19	G351.78-0.54		-6.32	7.2
	+17 26 42.4333	-36 09 14.9408	1700 mas	1360 mas	351.774990	-0.535682		20	G351.78-0.54		-6.32	3.2
	+17 26 42.4446	-36 09 15.1208	1870 mas	1180 mas	351.774969	-0.535741		21	G351.78-0.54		-7.64	6.8
	+17 26 42.7393	-36 09 6.7408	6290 mas	9560 mas	351.777454	-0.535265		22	G351.78-0.54		-7.64	3.4
	+17 26 42.4419	-36 09 14.9308	1830 mas	1370 mas	351.775008	-0.535704		23	G351.78-0.54		-8.95	33.9
	+17 26 42.4106	-36 09 14.6108	1360 mas	1690 mas	351.775023	-0.535567		24	G351.78-0.54		-10.27	4.2
	+17 26 42.3759	-36 09 14.1908	840 mas	2110 mas	351.775055	-0.535405		25	G351.78-0.54		-11.59	1.2
	+17 26 42.4299	-36 09 14.6708	1650 mas	1630 mas	351.775046	-0.535631		26	G351.78-0.54		-12.91	1.3
	+17 26 42.3586	-36 09 14.0408	580 mas	2260 mas	351.775057	-0.535334		27	G351.78-0.54		-14.23	3.2
	+17 26 42.3513	-36 09 13.8508	470 mas	2450 mas	351.775087	-0.535284		28	G351.78-0.54		-15.54	11.8
	+17 26 42.3513	-36 09 13.8308	470 mas	2470 mas	351.775092	-0.535281		29	G351.78-0.54		-16.86	10.9
	+17 26 42.3533	-36 09 13.8208	500 mas	2480 mas	351.775098	-0.535285		30	G351.78-0.54		-18.18	5.4
	+17 26 42.4166	-36 09 15.2308	1450 mas	1070 mas	351.774891	-0.535680		31	G351.78-0.54		-34	2.2
	+17 26 42.4146	-36 09 15.1408	1420 mas	1160 mas	351.774908	-0.535661		32	G351.78-0.54		-35.31	5.5
	+17 26 42.4173	-36 09 15.1408	1460 mas	1160 mas	351.774913	-0.535668		33	G351.78-0.54		-36.63	5.4
22	+17 27 11.43	-35 19 31.1			352.517786	-0.155056	G352.518-0.155		G352.52-0.15	22 GHz;	-50.27 .. -46.32	1.4 .. 5.8	NRAOVLA	C	2.1 x 1.4	24	+H₂O +CH₃OH II +OH	SFR	8.000		1984 June
	+17 27 11.43	-35 19 31.1016	0 mas	0 mas	352.517786	-0.155057		1	G352.52-0.15		-46.32	5.8
	+17 27 11.392	-35 19 31.3016	-570 mas	-200 mas	352.517668	-0.154980		2	G352.52-0.15		-50.27	1.4
23	+17 30 25.14	-34 41 37.9			353.409624	-0.355998	G353.410-0.360		G353.41-0.36	22 GHz;	-47.68 .. -9.46	0.5 .. 31.2	NRAOVLA	C	1.9 x 1.3	26	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	4.500		1984 June
	+17 30 27.8147	-34 41 49.7296	40120 mas	-11830 mas	353.411922	-0.365457		1	G353.41-0.36		-9.46	0.5
	+17 30 27.812	-34 41 49.6296	40080 mas	-11730 mas	353.411940	-0.365434		2	G353.41-0.36		-14.73	1
	+17 30 27.8233	-34 41 49.5096	40250 mas	-11610 mas	353.411990	-0.365448		3	G353.41-0.36		-16.05	2.8
	+17 30 27.8333	-34 41 49.3796	40400 mas	-11480 mas	353.412039	-0.365457		4	G353.41-0.36		-17.36	1.4
	+17 30 25.1407	-34 41 37.8796	10 mas	20 mas	353.409630	-0.355997		5	G353.41-0.36		-17.36	2.8
	+17 30 25.1407	-34 41 37.8696	10 mas	30 mas	353.409633	-0.355995		6	G353.41-0.36		-18.68	28.3
	+17 30 25.14	-34 41 37.8996	0 mas	0 mas	353.409624	-0.355998		7	G353.41-0.36		-20	31.2
	+17 30 27.7813	-34 41 50.3996	39620 mas	-12500 mas	353.411704	-0.365464		8	G353.41-0.36		-20	3.5
	+17 30 27.816	-34 41 49.5296	40140 mas	-11630 mas	353.411971	-0.365431		9	G353.41-0.36		-21.32	4.6
	+17 30 27.778	-34 41 49.8996	39570 mas	-12000 mas	353.411814	-0.365378		10	G353.41-0.36		-23.95	1.2
	+17 30 27.8287	-34 41 49.0996	40330 mas	-11200 mas	353.412095	-0.365401		11	G353.41-0.36		-29.23	0.6
	+17 30 27.796	-34 41 49.8196	39840 mas	-11920 mas	353.411866	-0.365418		12	G353.41-0.36		-34.5	0.5
	+17 30 27.8333	-34 41 49.1496	40400 mas	-11250 mas	353.412092	-0.365422		13	G353.41-0.36		-47.68	0.6
24	+17 26 51.55	-34 08 26.2			353.463524	0.561698	G353.464+0.562		G353.46+0.56	22 GHz;	-51.59	0.7	NRAOVLA	C	3.4 x 1.2	28	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	8.400		1984 June
	+17 26 51.5501	-34 08 26.1996	0 mas	0 mas	353.463525	0.561697		1	G353.46+0.56		-51.59	0.7
25	+17 30 17.11	-33 13 54.9			354.614896	0.471889	G354.615+0.472		G354.61+0.47	22 GHz;	-11.09 .. -4.5	1.3 .. 4.7	NRAOVLA	C	1.5 x 1.1	29	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	4.200		1984 June
	+17 30 17.1034	-33 13 55.1712	-100 mas	-270 mas	354.614821	0.471867		1	G354.61+0.47		-4.5	1.8
	+17 30 17.1074	-33 13 54.9612	-40 mas	-60 mas	354.614877	0.471887		2	G354.61+0.47		-8.46	1.6
	+17 30 17.1101	-33 13 54.9012	0 mas	0 mas	354.614896	0.471889		3	G354.61+0.47		-9.77	4.7
	+17 30 17.1094	-33 13 55.0012	-10 mas	-100 mas	354.614872	0.471876		4	G354.61+0.47		-11.09	1.3
26	+17 33 29.03	-32 47 59.4			355.343527	0.147201	G355.344+0.148		G355.34+0.15	22 GHz;	7.09 .. 24.23	0.2 .. 17.1	NRAOVLA	C	1.7 x 1.2	29	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	2.000		1984 June
	+17 33 29.0286	-32 47 59.3788	-20 mas	20 mas	355.343529	0.147209		1	G355.34+0.15		24.23	0.5
	+17 33 29.0306	-32 47 59.0788	10 mas	320 mas	355.343603	0.147248		2	G355.34+0.15		22.91	0.2
	+17 33 29.0279	-32 47 59.1288	-30 mas	270 mas	355.343586	0.147248		3	G355.34+0.15		16.32	1.3
	+17 33 28.9013	-32 47 49.9288	-1930 mas	9470 mas	355.345489	0.149011		4	G355.34+0.15		16.32	1
	+17 33 29.0233	-32 47 59.2588	-100 mas	140 mas	355.343547	0.147242		5	G355.34+0.15		15	1.1
	+17 33 29.0299	-32 47 59.3988	0 mas	0 mas	355.343527	0.147202		6	G355.34+0.15		11.05	7.4
	+17 33 28.9213	-32 47 49.6488	-1630 mas	9750 mas	355.345592	0.148995		7	G355.34+0.15		11.05	0.7
	+17 33 29.0299	-32 47 59.3988	0 mas	0 mas	355.343527	0.147202		8	G355.34+0.15		9.73	17.1
	+17 33 29.0313	-32 47 59.3188	20 mas	80 mas	355.343548	0.147210		9	G355.34+0.15		8.41	1.6
	+17 33 29.0313	-32 47 59.3888	20 mas	10 mas	355.343532	0.147199		10	G355.34+0.15		7.09	1.3
27	+17 40 54.23	-30 22 39			358.235358	0.1146	G358.235+0.115		G358.23+0.11	22 GHz;	-28.45 .. 9.77	2 .. 28	NRAOVLA	C	1.3 x 1.2	-39	+H₂O +OH +SiO	EVOLVED	10.000		1984 June
	+17 40 54.2219	-30 22 38.71	-120 mas	290 mas	358.235411	0.114667		1	G358.23+0.11		9.77	2.4
	+17 40 54.2279	-30 22 38.88	-30 mas	120 mas	358.235382	0.114624		2	G358.23+0.11		8.45	3.2
	+17 40 54.2319	-30 22 39.01	30 mas	-10 mas	358.235359	0.114592		3	G358.23+0.11		7.13	21
	+17 40 54.2306	-30 22 38.93	10 mas	70 mas	358.235375	0.114608		4	G358.23+0.11		5.82	5
	+17 40 54.2226	-30 22 38.85	-110 mas	150 mas	358.235379	0.114644		5	G358.23+0.11		0.54	2.9
	+17 40 54.2246	-30 22 38.92	-80 mas	80 mas	358.235366	0.114628		6	G358.23+0.11		-0.77	7.7
	+17 40 54.2273	-30 22 38.99	-40 mas	10 mas	358.235355	0.114610		7	G358.23+0.11		-2.09	19.9
	+17 40 54.2273	-30 22 38.99	-40 mas	10 mas	358.235355	0.114610		8	G358.23+0.11		-3.41	18.4
	+17 40 54.2253	-30 22 38.98	-70 mas	20 mas	358.235353	0.114617		9	G358.23+0.11		-4.73	17.6
	+17 40 54.2299	-30 22 39	0 mas	0 mas	358.235358	0.114600		10	G358.23+0.11		-6.05	28
	+17 40 54.2266	-30 22 38.94	-50 mas	60 mas	358.235365	0.114619		11	G358.23+0.11		-7.36	9.8
	+17 40 54.2273	-30 22 38.92	-40 mas	80 mas	358.235371	0.114620		12	G358.23+0.11		-8.68	7.5
	+17 40 54.2306	-30 22 38.97	10 mas	30 mas	358.235366	0.114602		13	G358.23+0.11		-10	5.2
	+17 40 54.2299	-30 22 39.02	0 mas	-20 mas	358.235353	0.114597		14	G358.23+0.11		-11.32	12.5
	+17 40 54.2279	-30 22 39	-30 mas	0 mas	358.235354	0.114606		15	G358.23+0.11		-12.64	5.2
	+17 40 54.2286	-30 22 39	-20 mas	0 mas	358.235355	0.114604		16	G358.23+0.11		-13.95	2.3
	+17 40 54.2273	-30 22 38.98	-40 mas	20 mas	358.235357	0.114611		17	G358.23+0.11		-15.27	5.6
	+17 40 54.2313	-30 22 39.07	20 mas	-70 mas	358.235344	0.114586		18	G358.23+0.11		-16.59	4.4
	+17 40 54.2239	-30 22 38.83	-90 mas	170 mas	358.235386	0.114643		19	G358.23+0.11		-17.91	2.9
	+17 40 54.2266	-30 22 38.92	-50 mas	80 mas	358.235370	0.114622		20	G358.23+0.11		-19.23	3.6
	+17 40 54.2299	-30 22 39.04	0 mas	-40 mas	358.235348	0.114594		21	G358.23+0.11		-20.54	3.1
	+17 40 54.2239	-30 22 38.88	-90 mas	120 mas	358.235374	0.114636		22	G358.23+0.11		-21.86	2.5
	+17 40 54.2273	-30 22 38.93	-40 mas	70 mas	358.235369	0.114618		23	G358.23+0.11		-23.18	2.4
	+17 40 54.2273	-30 22 38.98	-40 mas	20 mas	358.235357	0.114611		24	G358.23+0.11		-24.5	8.5
	+17 40 54.2259	-30 22 38.96	-60 mas	40 mas	358.235359	0.114618		25	G358.23+0.11		-25.82	6.5
	+17 40 54.2259	-30 22 38.95	-60 mas	50 mas	358.235362	0.114620		26	G358.23+0.11		-27.13	3.6
	+17 40 54.2233	-30 22 38.85	-100 mas	150 mas	358.235380	0.114642		27	G358.23+0.11		-28.45	2
28	+17 43 25.65	-29 39 17.2			359.137507	0.03158	G359.137+0.031		G359.14+0.03	22 GHz;	-11.59 .. 12.13	1.2 .. 110.6	NRAOVLA	C	1.4 x 1.1	30	+H₂O -CH₃OH I +CH₃OH II +OH	SFR_MIXED	5.000		1984 June
	+17 43 25.64	-29 39 17.4908	-150 mas	-290 mas	359.137419	0.031569		1	G359.14+0.03		12.13	6.4
	+17 43 25.64	-29 39 17.5008	-150 mas	-300 mas	359.137417	0.031567		2	G359.14+0.03		10.82	10.4
	+17 43 25.6473	-29 39 17.3408	-40 mas	-140 mas	359.137468	0.031568		3	G359.14+0.03		9.5	2.8
	+17 43 25.6493	-29 39 17.1708	-10 mas	30 mas	359.137512	0.031586		4	G359.14+0.03		8.18	6.8
	+17 43 25.6513	-29 39 17.1408	20 mas	60 mas	359.137523	0.031585		5	G359.14+0.03		6.86	5.3
	+17 43 25.6553	-29 39 17.0008	80 mas	200 mas	359.137564	0.031593		6	G359.14+0.03		5.54	9.8
	+17 43 25.65	-29 39 17.1208	0 mas	80 mas	359.137525	0.031592		7	G359.14+0.03		4.23	4.8
	+17 43 25.6453	-29 39 17.5708	-70 mas	-370 mas	359.137410	0.031540		8	G359.14+0.03		2.91	9.9
	+17 43 25.642	-29 39 17.5708	-120 mas	-370 mas	359.137404	0.031551		9	G359.14+0.03		1.59	15.1
	+17 43 25.65	-29 39 17.0208	0 mas	180 mas	359.137549	0.031606		10	G359.14+0.03		0.27	27.5
	+17 43 25.65	-29 39 17.2008	0 mas	0 mas	359.137506	0.031580		11	G359.14+0.03		-1.05	110.6
	+17 43 25.6487	-29 39 17.3208	-20 mas	-120 mas	359.137476	0.031567		12	G359.14+0.03		-2.36	73.1
	+17 43 25.644	-29 39 17.4608	-90 mas	-260 mas	359.137434	0.031561		13	G359.14+0.03		-3.68	17.5
	+17 43 25.6473	-29 39 17.5408	-40 mas	-340 mas	359.137421	0.031539		14	G359.14+0.03		-5	3
	+17 43 25.642	-29 39 17.0508	-120 mas	150 mas	359.137527	0.031627		15	G359.14+0.03		-6.32	1.5
	+17 43 25.6633	-29 39 18.5508	200 mas	-1350 mas	359.137213	0.031342		16	G359.14+0.03		-6.32	1.8
	+17 43 25.674	-29 39 16.8208	360 mas	380 mas	359.137642	0.031561		17	G359.14+0.03		-7.64	1.2
	+17 43 25.6627	-29 39 17.0208	190 mas	180 mas	359.137573	0.031567		18	G359.14+0.03		-10.27	2.3
	+17 43 25.6487	-29 39 17.1808	-20 mas	20 mas	359.137509	0.031587		19	G359.14+0.03		-11.59	4.2
29	+17 44 40.1	-29 28 13.7			359.435853	-0.101698	G359.4363-0.1033		G359.44-0.10	22 GHz;	-60.27 .. -51.05	1.2 .. 7.3	NRAOVLA	C	1.5 x 1.2	32	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	10.000		1984 June
	+17 44 41.0893	-29 27 59.8592	14840 mas	13840 mas	359.441006	-0.102748		1	G359.44-0.10		-51.05	1.5
	+17 44 41.0873	-29 27 59.7592	14810 mas	13940 mas	359.441026	-0.102727		2	G359.44-0.10		-53.68	2.8
	+17 44 41.0886	-29 27 59.7392	14830 mas	13960 mas	359.441034	-0.102728		3	G359.44-0.10		-55	1.2
	+17 44 41.0933	-29 27 59.6792	14900 mas	14020 mas	359.441057	-0.102734		4	G359.44-0.10		-56.32	1.2
	+17 44 40.1039	-29 28 13.6792	60 mas	20 mas	359.435865	-0.101707		5	G359.44-0.10		-56.32	1.8
	+17 44 41.0919	-29 27 59.7392	14880 mas	13960 mas	359.441040	-0.102739		6	G359.44-0.10		-57.64	1.9
	+17 44 40.1053	-29 28 13.6992	80 mas	0 mas	359.435863	-0.101714		7	G359.44-0.10		-57.64	5
	+17 44 40.0999	-29 28 13.6992	0 mas	0 mas	359.435853	-0.101698		8	G359.44-0.10		-58.95	7.3
	+17 44 40.0999	-29 28 13.6992	0 mas	0 mas	359.435853	-0.101698		9	G359.44-0.10		-60.27	1.2
30	+17 45 39.01	-29 23 30.8			359.614451	-0.243052	G359.615-0.243		G359.62-0.25	22 GHz;	15.36 .. 28.54	0.9 .. 5.3	NRAOVLA	C	1.3 x 1	33	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	10.000		1984 June
	+17 45 39.0314	-29 23 30.1904	320 mas	610 mas	359.614636	-0.243030		1	G359.62-0.25		28.54	1.3
	+17 45 39.0374	-29 23 30.1304	410 mas	670 mas	359.614662	-0.243040		2	G359.62-0.25		27.23	0.9
	+17 45 39.0101	-29 23 30.8004	0 mas	0 mas	359.614451	-0.243052		3	G359.62-0.25		20.64	5.3
	+17 45 39.6994	-29 23 23.7604	10340 mas	7040 mas	359.617424	-0.244169		4	G359.62-0.25		16.68	2.8
	+17 45 39.6981	-29 23 23.8004	10320 mas	7000 mas	359.617412	-0.244171		5	G359.62-0.25		15.36	3.3
31	+17 47 20.26	-29 12 00			359.969539	-0.457767	G359.970-0.457		G359.97-0.46	22 GHz;	18.95 .. 20.27	12 .. 24	NRAOVLA	C	1.5 x 1.2	34	+H₂O -CH₃OH I +CH₃OH II +OH	SFR_MIXED	10.000		1984 June
	+17 47 20.2581	-29 12 0.05	-30 mas	-50 mas	359.969523	-0.457768		1	G359.97-0.46		20.27	12
	+17 47 20.2601	-29 12 00	0 mas	0 mas	359.969539	-0.457767		2	G359.97-0.46		18.95	24
32	+17 46 21.34	-28 35 40.5			0.375593	0.040076	G0.3757+0.0400		G0.38+0.04	22 GHz;	24.41 .. 38.91	1.5 .. 9.8	NRAOVLA	C	1.3 x 1	34	+H₂O +CH₃OH II +OH	SFR	10.000		1984 June
	+17 46 21.3401	-28 35 40.4988	0 mas	0 mas	0.375593	0.040076		1	G0.38+0.04		38.91	9.8
	+17 46 21.3314	-28 35 40.4788	-130 mas	20 mas	0.375581	0.040106		2	G0.38+0.04		37.59	2.5
	+17 46 21.3547	-28 35 40.3288	220 mas	170 mas	0.375661	0.040055		3	G0.38+0.04		36.27	1.7
	+17 46 21.3474	-28 35 40.4188	110 mas	80 mas	0.375626	0.040064		4	G0.38+0.04		34.95	8.1
	+17 46 21.3494	-28 35 40.3588	140 mas	140 mas	0.375644	0.040067		5	G0.38+0.04		33.64	3.8
	+17 46 21.3527	-28 35 40.3688	190 mas	130 mas	0.375648	0.040055		6	G0.38+0.04		31	1.7
	+17 46 21.3454	-28 35 40.4388	80 mas	60 mas	0.375618	0.040068		7	G0.38+0.04		27.05	2.1
	+17 46 21.3494	-28 35 40.2688	140 mas	230 mas	0.375665	0.040080		8	G0.38+0.04		25.73	4.8
	+17 46 21.3367	-28 35 40.4288	-50 mas	70 mas	0.375603	0.040096		9	G0.38+0.04		24.41	1.5
33	+17 50 14.45	-28 54 29.1			0.546698	-0.851064	G0.546-0.852		G0.55-0.85	22 GHz;	-12.95 .. 56.9	1.6 .. 65.6	NRAOVLA	C	1.2 x 1	36	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.000		1984 June
	+17 50 14.4526	-28 54 29.1488	40 mas	-50 mas	0.546692	-0.851079		1	G0.55-0.85		56.9	2.5
	+17 50 14.4526	-28 54 29.1488	40 mas	-50 mas	0.546692	-0.851079		2	G0.55-0.85		55.59	4.6
	+17 50 14.4559	-28 54 29.1288	90 mas	-30 mas	0.546703	-0.851087		3	G0.55-0.85		54.27	8.1
	+17 50 14.4559	-28 54 29.1388	90 mas	-40 mas	0.546700	-0.851088		4	G0.55-0.85		52.95	9.2
	+17 50 14.4726	-28 54 28.8988	340 mas	200 mas	0.546789	-0.851106		5	G0.55-0.85		49	1.7
	+17 50 14.4626	-28 54 29.0088	190 mas	90 mas	0.546744	-0.851091		6	G0.55-0.85		47.68	1.6
	+17 50 14.4566	-28 54 29.0988	100 mas	0 mas	0.546711	-0.851085		7	G0.55-0.85		46.36	9.2
	+17 50 14.4573	-28 54 29.1288	110 mas	-30 mas	0.546705	-0.851091		8	G0.55-0.85		45.04	20.4
	+17 50 14.4533	-28 54 29.0888	50 mas	10 mas	0.546707	-0.851073		9	G0.55-0.85		43.72	6.8
	+17 50 14.4526	-28 54 29.0788	40 mas	20 mas	0.546708	-0.851070		10	G0.55-0.85		42.41	12.7
	+17 50 14.4553	-28 54 29.1488	80 mas	-50 mas	0.546697	-0.851088		11	G0.55-0.85		41.09	12.3
	+17 50 14.4559	-28 54 29.1288	90 mas	-30 mas	0.546703	-0.851087		12	G0.55-0.85		39.77	18
	+17 50 14.4546	-28 54 29.1588	70 mas	-60 mas	0.546693	-0.851087		13	G0.55-0.85		38.45	17.3
	+17 50 14.4553	-28 54 29.1388	80 mas	-40 mas	0.546699	-0.851086		14	G0.55-0.85		37.13	35.7
	+17 50 14.4566	-28 54 29.1588	100 mas	-60 mas	0.546697	-0.851093		15	G0.55-0.85		35.82	29.6
	+17 50 14.4573	-28 54 29.2988	110 mas	-200 mas	0.546665	-0.851115		16	G0.55-0.85		34.5	36.8
	+17 50 14.4579	-28 54 29.3288	120 mas	-230 mas	0.546659	-0.851122		17	G0.55-0.85		33.18	11.9
	+17 50 14.4573	-28 54 29.3988	110 mas	-300 mas	0.546641	-0.851130		18	G0.55-0.85		31.86	3.6
	+17 50 14.4626	-28 54 29.3388	190 mas	-240 mas	0.546665	-0.851138		19	G0.55-0.85		30.54	2
	+17 50 14.4266	-28 54 28.9888	-350 mas	110 mas	0.546681	-0.850975		20	G0.55-0.85		23.95	2.7
	+17 50 14.4279	-28 54 28.8988	-330 mas	200 mas	0.546705	-0.850967		21	G0.55-0.85		22.64	5.7
	+17 50 14.4499	-28 54 29.1888	0 mas	-90 mas	0.546677	-0.851077		22	G0.55-0.85		21.32	5.4
	+17 50 14.4633	-28 54 29.3388	200 mas	-240 mas	0.546666	-0.851140		23	G0.55-0.85		20	18.2
	+17 50 14.4619	-28 54 29.3188	180 mas	-220 mas	0.546669	-0.851133		24	G0.55-0.85		18.68	12.9
	+17 50 14.4639	-28 54 29.4188	210 mas	-320 mas	0.546648	-0.851153		25	G0.55-0.85		17.36	32.9
	+17 50 14.4006	-28 54 28.8688	-740 mas	230 mas	0.546661	-0.850877		26	G0.55-0.85		16.05	49.6
	+17 50 14.3993	-28 54 28.8388	-760 mas	260 mas	0.546666	-0.850868		27	G0.55-0.85		14.73	32.6
	+17 50 14.3486	-28 54 27.8588	-1520 mas	1240 mas	0.546805	-0.850570		28	G0.55-0.85		13.41	13.7
	+17 50 14.4326	-28 54 29.1388	-260 mas	-40 mas	0.546657	-0.851015		29	G0.55-0.85		12.09	3.6
	+17 50 14.3566	-28 54 27.8688	-1400 mas	1230 mas	0.546817	-0.850597		30	G0.55-0.85		12.09	2.8
	+17 50 14.4106	-28 54 28.9888	-590 mas	110 mas	0.546651	-0.850925		31	G0.55-0.85		10.77	15.9
	+17 50 14.4019	-28 54 28.9288	-720 mas	170 mas	0.546649	-0.850889		32	G0.55-0.85		9.46	11.3
	+17 50 14.4459	-28 54 29.1588	-60 mas	-60 mas	0.546677	-0.851060		33	G0.55-0.85		8.14	3.1
	+17 50 14.4479	-28 54 29.1288	-30 mas	-30 mas	0.546688	-0.851062		34	G0.55-0.85		6.82	2.1
	+17 50 14.4513	-28 54 29.0888	20 mas	10 mas	0.546703	-0.851067		35	G0.55-0.85		5.5	7
	+17 50 14.4493	-28 54 29.1088	-10 mas	-10 mas	0.546695	-0.851063		36	G0.55-0.85		4.18	51.8
	+17 50 14.4493	-28 54 29.1088	-10 mas	-10 mas	0.546695	-0.851063		37	G0.55-0.85		2.87	35.3
	+17 50 14.4499	-28 54 29.0988	0 mas	0 mas	0.546699	-0.851064		38	G0.55-0.85		1.55	65.6
	+17 50 14.4506	-28 54 29.0788	10 mas	20 mas	0.546705	-0.851063		39	G0.55-0.85		0.23	2.9
	+17 50 14.4299	-28 54 29.1988	-300 mas	-100 mas	0.546637	-0.851016		40	G0.55-0.85		-6.36	5
	+17 50 14.4299	-28 54 29.2088	-300 mas	-110 mas	0.546635	-0.851017		41	G0.55-0.85		-7.68	3.3
	+17 50 14.4499	-28 54 29.1088	0 mas	-10 mas	0.546696	-0.851065		42	G0.55-0.85		-10.31	5.4
	+17 50 14.4486	-28 54 29.1288	-20 mas	-30 mas	0.546689	-0.851064		43	G0.55-0.85		-11.63	25.7
	+17 50 14.4493	-28 54 29.1088	-10 mas	-10 mas	0.546695	-0.851063		44	G0.55-0.85		-12.95	7.3
34	+17 50 36.11	-27 05 47.1			2.143208	0.009068	G2.143+0.009		G2.14+0.01	22 GHz;	61.59 .. 62.91	2 .. 2.8	NRAOVLA	C	1.1 x 1	38	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	8.900		1984 June
	+17 50 36.1099	-27 05 47.1012	0 mas	0 mas	2.143208	0.009068		1	G2.14+0.01		62.91	2.8
	+17 50 36.1146	-27 05 46.9812	70 mas	120 mas	2.143245	0.009070		2	G2.14+0.01		61.59	2
35	+18 00 30.45	-24 04 0.9			5.8854	-0.392416	G5.885-0.392		G5.88-0.39	22 GHz;	7.91 .. 21.09	0.8 .. 31.4	NRAOVLA	C	1.3 x 1.2	37	+H₂O +CH₃OH I +CH₃OH II +OH	GALAXY	2.600		1984 June
	+18 00 30.45	-24 04 0.9012	0 mas	0 mas	5.885400	-0.392416		1	G5.88-0.39		21.09	31.4
	+18 00 31.4933	-24 03 52.0612	15650 mas	8840 mas	5.889502	-0.394644		2	G5.88-0.39		21.09	0.8
	+18 00 30.45	-24 04 0.9012	0 mas	0 mas	5.885400	-0.392416		3	G5.88-0.39		19.77	15.2
	+18 00 30.5427	-24 04 1.5812	1390 mas	-680 mas	5.885411	-0.392816		4	G5.88-0.39		18.45	1
	+18 00 30.5467	-24 04 1.6112	1450 mas	-710 mas	5.885411	-0.392834		5	G5.88-0.39		17.13	1
	+18 00 30.5793	-24 04 0.5712	1940 mas	330 mas	5.885724	-0.392798		6	G5.88-0.39		10.54	1.8
	+18 00 30.39	-24 04 4.6612	-900 mas	-3760 mas	5.884380	-0.392737		7	G5.88-0.39		10.54	1
	+18 00 30.58	-24 04 0.6612	1950 mas	240 mas	5.885704	-0.392813		8	G5.88-0.39		9.23	1
	+18 00 30.3233	-24 04 4.6212	-1900 mas	-3720 mas	5.884264	-0.392511		9	G5.88-0.39		9.23	1.4
	+18 00 30.3293	-24 04 7.2612	-1810 mas	-6360 mas	5.883639	-0.392895		10	G5.88-0.39		9.23	1
	+18 00 30.3227	-24 04 7.3012	-1910 mas	-6400 mas	5.883616	-0.392878		11	G5.88-0.39		7.91	1.1
	+18 00 30.6427	-24 04 5.7912	2890 mas	-4890 mas	5.884585	-0.393727		12	G5.88-0.39		7.91	1.1
36	+18 06 19.02	-21 37 32.3			8.669251	-0.356023	G8.669-0.357		G8.67-0.36	22 GHz;	28.41 .. 36.32	4 .. 7.8	NRAOVLA	C	1.2	40	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.800		1984 June
	+18 06 19.0133	-21 37 32.1204	-100 mas	180 mas	8.669282	-0.355976		1	G8.67-0.36		36.32	4.1
	+18 06 19.0107	-21 37 32.1304	-140 mas	170 mas	8.669275	-0.355969		2	G8.67-0.36		35	7.8
	+18 06 18.958	-21 37 32.4404	-930 mas	-140 mas	8.669100	-0.355833		3	G8.67-0.36		33.68	4.9
	+18 06 19.0173	-21 37 32.2704	-40 mas	30 mas	8.669253	-0.356010		4	G8.67-0.36		32.36	7.7
	+18 06 19.02	-21 37 32.3004	0 mas	0 mas	8.669251	-0.356023		5	G8.67-0.36		31.05	6.8
	+18 06 19.02	-21 37 32.3004	0 mas	0 mas	8.669251	-0.356023		6	G8.67-0.36		29.73	6.1
	+18 06 19.0167	-21 37 32.3804	-50 mas	-80 mas	8.669225	-0.356023		7	G8.67-0.36		28.41	4
37	+18 06 14.79	-20 31 34			9.620866	0.195039	G9.621+0.195		G9.62+0.20	22 GHz;	4.73 .. 17.91	1.2 .. 5.7	NRAOVLA	C	1.1 x 1	40	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.700		1984 June
	+18 06 14.7853	-20 31 34.0096	-70 mas	-10 mas	9.620855	0.195053		1	G9.62+0.20		17.91	1.2
	+18 06 14.9713	-20 31 41.8496	2720 mas	-7850 mas	9.619309	0.193357		2	G9.62+0.20		17.91	1.4
	+18 06 14.79	-20 31 33.9996	0 mas	0 mas	9.620866	0.195039		3	G9.62+0.20		16.59	2.5
	+18 06 14.8167	-20 31 36.8396	400 mas	-2840 mas	9.620229	0.194563		4	G9.62+0.20		6.05	2.3
	+18 06 14.87	-20 31 38.7796	1200 mas	-4780 mas	9.619860	0.194118		5	G9.62+0.20		6.05	4.5
	+18 06 14.87	-20 31 38.7696	1200 mas	-4770 mas	9.619862	0.194119		6	G9.62+0.20		4.73	5.7
	+18 06 14.8167	-20 31 36.7496	400 mas	-2750 mas	9.620250	0.194575		7	G9.62+0.20		4.73	2.3
	+18 06 14.7813	-20 31 34.1596	-130 mas	-160 mas	9.620811	0.195047		8	G9.62+0.20		4.73	1.6
38	+18 10 28.56	-19 55 49.4			10.623277	-0.383262	G10.623-0.383		G10.62-0.38	22 GHz;	-22.41 .. 3.95	0.7 .. 51.5	NRAOVLA	C	1.2 x 1.1	42	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	6.000		1984 June
	+18 10 28.57	-19 55 49.6604	150 mas	-260 mas	10.623233	-0.383331		1	G10.62-0.38		3.95	2.6
	+18 10 28.5627	-19 55 49.4804	40 mas	-80 mas	10.623263	-0.383282		2	G10.62-0.38		2.64	7.9
	+18 10 28.552	-19 55 49.3404	-120 mas	60 mas	10.623277	-0.383227		3	G10.62-0.38		1.32	26.9
	+18 10 28.56	-19 55 49.4004	0 mas	0 mas	10.623277	-0.383262		4	G10.62-0.38		0	51.5
	+18 10 28.5613	-19 55 49.4204	20 mas	-20 mas	10.623275	-0.383270		5	G10.62-0.38		-1.32	12.7
	+18 10 28.5627	-19 55 49.4504	40 mas	-50 mas	10.623270	-0.383278		6	G10.62-0.38		-2.64	6.8
	+18 10 28.3153	-19 55 48.7204	-3670 mas	680 mas	10.622980	-0.382332		7	G10.62-0.38		-3.95	4.9
	+18 10 28.5633	-19 55 49.5204	50 mas	-120 mas	10.623254	-0.383290		8	G10.62-0.38		-3.95	3
	+18 10 28.5653	-19 55 49.7104	80 mas	-310 mas	10.623212	-0.383322		9	G10.62-0.38		-5.27	2.8
	+18 10 28.3107	-19 55 48.7804	-3740 mas	620 mas	10.622957	-0.382324		10	G10.62-0.38		-5.27	2.2
	+18 10 28.5773	-19 55 49.8604	260 mas	-460 mas	10.623198	-0.383383		11	G10.62-0.38		-6.59	4
	+18 10 28.568	-19 55 49.7204	120 mas	-320 mas	10.623214	-0.383333		12	G10.62-0.38		-7.91	5
	+18 10 28.5627	-19 55 49.7204	40 mas	-320 mas	10.623204	-0.383314		13	G10.62-0.38		-9.23	1.1
	+18 10 28.5787	-19 55 49.8604	280 mas	-460 mas	10.623200	-0.383388		14	G10.62-0.38		-10.54	0.9
	+18 10 28.5753	-19 55 49.8704	230 mas	-470 mas	10.623192	-0.383378		15	G10.62-0.38		-11.86	1.1
	+18 10 28.5827	-19 55 49.8904	340 mas	-490 mas	10.623201	-0.383406		16	G10.62-0.38		-13.18	2.3
	+18 10 28.4527	-19 55 49.0004	-1610 mas	400 mas	10.623171	-0.382840		17	G10.62-0.38		-13.18	4.2
	+18 10 28.4527	-19 55 49.0104	-1610 mas	390 mas	10.623169	-0.382842		18	G10.62-0.38		-14.5	6.2
	+18 10 28.6093	-19 55 49.8904	740 mas	-490 mas	10.623251	-0.383497		19	G10.62-0.38		-14.5	2.8
	+18 10 28.452	-19 55 49.0204	-1620 mas	380 mas	10.623165	-0.382841		20	G10.62-0.38		-15.82	3.4
	+18 10 28.4527	-19 55 49.0204	-1610 mas	380 mas	10.623167	-0.382843		21	G10.62-0.38		-17.13	4.1
	+18 10 28.58	-19 55 49.8704	300 mas	-470 mas	10.623201	-0.383394		22	G10.62-0.38		-17.13	0.7
	+18 10 29.0833	-19 55 47.1404	7850 mas	2260 mas	10.624816	-0.384755		23	G10.62-0.38		-22.41	2.5
39	+18 09 39.81	-19 21 20.2			11.034088	0.061938	G11.034+0.062		G11.03+0.06	22 GHz;	8.46 .. 17.68	0.5 .. 0.9	NRAOVLA	C	1.1 x 1	38	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	3.200		1984 June
	+18 09 39.8373	-19 21 21.2296	410 mas	-1030 mas	11.033890	0.061705		1	G11.03+0.06		17.68	0.9
	+18 09 39.8473	-19 21 21.0496	560 mas	-850 mas	11.033952	0.061695		2	G11.03+0.06		16.36	0.7
	+18 09 39.81	-19 21 20.1996	0 mas	0 mas	11.034088	0.061938		3	G11.03+0.06		12.41	0.8
	+18 09 39.83	-19 21 19.7796	300 mas	420 mas	11.034228	0.061925		4	G11.03+0.06		11.09	0.6
	+18 09 39.828	-19 21 19.9196	270 mas	280 mas	11.034190	0.061914		5	G11.03+0.06		9.77	0.5
	+18 09 39.8093	-19 21 20.1496	-10 mas	50 mas	11.034099	0.061947		6	G11.03+0.06		8.46	0.5
40	+18 12 39.81	-18 24 16.7			12.209312	-0.101716	G12.209-0.107		G12.22-0.12	22 GHz;	-15.31 .. 34.77	1.8 .. 183	NRAOVLA	C	1	43	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-3.400		1984 June
	+18 12 44.2747	-18 24 23.6004	66970 mas	-6900 mas	12.216101	-0.118122		1	G12.22-0.12		34.77	3.1
	+18 12 44.2693	-18 24 23.7204	66890 mas	-7020 mas	12.216062	-0.118119		2	G12.22-0.12		33.45	6.2
	+18 12 44.2693	-18 24 23.6804	66890 mas	-6980 mas	12.216072	-0.118114		3	G12.22-0.12		32.13	3.3
	+18 12 39.8213	-18 24 16.5004	170 mas	200 mas	12.209382	-0.101729		4	G12.22-0.12		32.13	1.8
	+18 12 44.2647	-18 24 23.7604	66820 mas	-7060 mas	12.216043	-0.118108		5	G12.22-0.12		30.82	2.7
	+18 12 44.27	-18 24 23.7404	66900 mas	-7040 mas	12.216058	-0.118124		6	G12.22-0.12		29.5	5.1
	+18 12 44.2733	-18 24 23.7604	66950 mas	-7060 mas	12.216060	-0.118139		7	G12.22-0.12		28.18	2
	+18 12 44.2633	-18 24 24.2004	66800 mas	-7500 mas	12.215934	-0.118163		8	G12.22-0.12		26.86	2.4
	+18 12 39.8173	-18 24 16.3504	110 mas	350 mas	12.209411	-0.101695		9	G12.22-0.12		25.54	8.4
	+18 12 39.948	-18 24 16.8304	2070 mas	-130 mas	12.209542	-0.102212		10	G12.22-0.12		25.54	4.9
	+18 12 39.866	-18 24 16.3004	840 mas	400 mas	12.209515	-0.101857		11	G12.22-0.12		24.23	6
	+18 12 39.8287	-18 24 16.2804	280 mas	420 mas	12.209449	-0.101725		12	G12.22-0.12		24.23	9.7
	+18 12 39.814	-18 24 16.6204	60 mas	80 mas	12.209339	-0.101720		13	G12.22-0.12		22.91	7.3
	+18 12 39.93	-18 24 16.7204	1800 mas	-20 mas	12.209534	-0.102135		14	G12.22-0.12		21.59	2.2
	+18 12 39.8227	-18 24 16.6404	190 mas	60 mas	12.209350	-0.101752		15	G12.22-0.12		21.59	4
	+18 12 44.272	-18 24 24.0804	66930 mas	-7380 mas	12.215979	-0.118177		16	G12.22-0.12		21.59	3.1
	+18 12 39.8233	-18 24 16.7004	200 mas	0 mas	12.209337	-0.101763		17	G12.22-0.12		20.27	9.5
	+18 12 39.8227	-18 24 16.7004	190 mas	0 mas	12.209336	-0.101760		18	G12.22-0.12		18.95	12.4
	+18 12 39.9327	-18 24 16.7604	1840 mas	-60 mas	12.209530	-0.102150		19	G12.22-0.12		18.95	4
	+18 12 39.9373	-18 24 16.7704	1910 mas	-70 mas	12.209536	-0.102167		20	G12.22-0.12		17.64	6.9
	+18 12 39.8167	-18 24 16.7104	100 mas	-10 mas	12.209322	-0.101741		21	G12.22-0.12		17.64	11.7
	+18 12 39.8147	-18 24 16.7004	70 mas	0 mas	12.209320	-0.101733		22	G12.22-0.12		16.32	7.5
	+18 12 39.9327	-18 24 16.8304	1840 mas	-130 mas	12.209513	-0.102159		23	G12.22-0.12		16.32	2.4
	+18 12 39.81	-18 24 16.7204	0 mas	-20 mas	12.209307	-0.101719		24	G12.22-0.12		15	14.8
	+18 12 39.81	-18 24 16.7104	0 mas	-10 mas	12.209309	-0.101718		25	G12.22-0.12		13.68	13
	+18 12 39.812	-18 24 16.7004	30 mas	0 mas	12.209315	-0.101723		26	G12.22-0.12		12.36	15.2
	+18 12 39.8107	-18 24 16.7104	10 mas	-10 mas	12.209310	-0.101720		27	G12.22-0.12		11.05	29.4
	+18 12 39.81	-18 24 16.7004	0 mas	0 mas	12.209312	-0.101717		28	G12.22-0.12		9.73	27.4
	+18 12 39.81	-18 24 16.7004	0 mas	0 mas	12.209312	-0.101717		29	G12.22-0.12		8.41	32.3
	+18 12 39.81	-18 24 16.7004	0 mas	0 mas	12.209312	-0.101717		30	G12.22-0.12		7.09	50.4
	+18 12 39.8093	-18 24 16.7104	-10 mas	-10 mas	12.209308	-0.101716		31	G12.22-0.12		5.77	75.8
	+18 12 39.81	-18 24 16.7004	0 mas	0 mas	12.209312	-0.101717		32	G12.22-0.12		4.46	134.6
	+18 12 39.81	-18 24 16.7004	0 mas	0 mas	12.209312	-0.101717		33	G12.22-0.12		3.14	81.8
	+18 12 39.81	-18 24 16.7004	0 mas	0 mas	12.209312	-0.101717		34	G12.22-0.12		1.82	98.3
	+18 12 39.81	-18 24 16.7004	0 mas	0 mas	12.209312	-0.101717		35	G12.22-0.12		0.5	183
	+18 12 39.81	-18 24 16.7004	0 mas	0 mas	12.209312	-0.101717		36	G12.22-0.12		-0.82	134.6
	+18 12 39.81	-18 24 16.6904	0 mas	10 mas	12.209314	-0.101715		37	G12.22-0.12		-2.13	65
	+18 12 39.8107	-18 24 16.7104	10 mas	-10 mas	12.209310	-0.101720		38	G12.22-0.12		-3.45	67.4
	+18 12 39.8093	-18 24 16.7104	-10 mas	-10 mas	12.209308	-0.101716		39	G12.22-0.12		-4.77	62.8
	+18 12 39.8087	-18 24 16.7204	-20 mas	-20 mas	12.209304	-0.101715		40	G12.22-0.12		-6.09	32
	+18 12 39.8087	-18 24 16.7104	-20 mas	-10 mas	12.209307	-0.101713		41	G12.22-0.12		-7.41	35.1
	+18 12 39.8093	-18 24 16.7104	-10 mas	-10 mas	12.209308	-0.101716		42	G12.22-0.12		-8.72	30.5
	+18 12 39.8087	-18 24 16.7204	-20 mas	-20 mas	12.209304	-0.101715		43	G12.22-0.12		-10.04	27.4
	+18 12 39.8093	-18 24 16.7004	-10 mas	0 mas	12.209310	-0.101714		44	G12.22-0.12		-11.36	69.2
	+18 12 39.8087	-18 24 16.7104	-20 mas	-10 mas	12.209307	-0.101713		45	G12.22-0.12		-12.68	62.8
	+18 12 39.8073	-18 24 16.7304	-40 mas	-30 mas	12.209299	-0.101711		46	G12.22-0.12		-14	16.1
	+18 12 39.81	-18 24 16.6904	0 mas	10 mas	12.209314	-0.101715		47	G12.22-0.12		-15.31	2.7
41	+18 13 54.68	-18 01 48			12.680136	-0.182255	G12.681-0.182		G12.68-0.18	22 GHz;	53.41 .. 63.95	1.1 .. 242.2	NRAOVLA	C	3 x 2.8	46	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	6.400		1984 June
	+18 13 54.6879	-18 01 47.71	120 mas	290 mas	12.680222	-0.182244		1	G12.68-0.18		63.95	1.1
	+18 13 54.6833	-18 01 48.02	50 mas	-20 mas	12.680137	-0.182269		2	G12.68-0.18		62.64	3.6
	+18 13 54.6793	-18 01 47.98	-10 mas	20 mas	12.680140	-0.182250		3	G12.68-0.18		61.32	124.4
	+18 13 54.6799	-18 01 48	0 mas	0 mas	12.680136	-0.182255		4	G12.68-0.18		60	114.4
	+18 13 54.6799	-18 01 48	0 mas	0 mas	12.680136	-0.182255		5	G12.68-0.18		58.68	242.2
	+18 13 54.6799	-18 01 48.02	0 mas	-20 mas	12.680131	-0.182257		6	G12.68-0.18		57.36	67.5
	+18 13 54.6793	-18 01 48.04	-10 mas	-40 mas	12.680125	-0.182258		7	G12.68-0.18		56.05	10.3
	+18 13 54.6813	-18 01 48.02	20 mas	-20 mas	12.680134	-0.182262		8	G12.68-0.18		54.73	14.8
	+18 13 54.6813	-18 01 48.05	20 mas	-50 mas	12.680126	-0.182266		9	G12.68-0.18		53.41	10.3
42	+18 14 39.47	-17 52 0.1			12.90845	-0.260125	G12.908-0.260		G12.91-0.26	22 GHz;	37.68 .. 39	1.1 .. 7.7	NRAOVLA	C	1	45	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	4.400		1984 June
	+18 14 39.4706	-17 51 59.9284	10 mas	170 mas	12.908493	-0.260104		1	G12.91-0.26		39	1.1
	+18 14 39.4699	-17 52 0.0984	0 mas	0 mas	12.908450	-0.260124		2	G12.91-0.26		37.68	7.7
43	+18 16 26	-16 39 56.2			14.166356	-0.060258	G14.166-0.060		G14.17-0.06	22 GHz;	33.14 .. 63.45	1.5 .. 36.6	NRAOVLA	C	3.2 x 2.4	-48	+H₂O -OH +SiO	EVOLVED	5.000		1984 June
	+18 16 26.0033	-16 39 56.2196	50 mas	-20 mas	14.166357	-0.060272		1	G14.17-0.06		63.45	6
	+18 16 26.0026	-16 39 56.2196	40 mas	-20 mas	14.166356	-0.060270		2	G14.17-0.06		62.13	20.5
	+18 16 26.0026	-16 39 56.2396	40 mas	-40 mas	14.166351	-0.060272		3	G14.17-0.06		60.82	23.4
	+18 16 26.0013	-16 39 56.2796	20 mas	-80 mas	14.166339	-0.060273		4	G14.17-0.06		59.5	8.3
	+18 16 26.0026	-16 39 56.2796	40 mas	-80 mas	14.166341	-0.060278		5	G14.17-0.06		58.18	3.4
	+18 16 25.9973	-16 39 56.2396	-40 mas	-40 mas	14.166341	-0.060254		6	G14.17-0.06		56.86	5.6
	+18 16 26.0026	-16 39 56.3296	40 mas	-130 mas	14.166329	-0.060284		7	G14.17-0.06		55.54	2.5
	+18 16 26.0033	-16 39 56.3196	50 mas	-120 mas	14.166333	-0.060285		8	G14.17-0.06		54.23	2.4
	+18 16 26.0013	-16 39 56.1896	20 mas	10 mas	14.166361	-0.060261		9	G14.17-0.06		52.91	12.6
	+18 16 25.9966	-16 39 56.2096	-50 mas	-10 mas	14.166347	-0.060247		10	G14.17-0.06		51.59	10.4
	+18 16 25.9999	-16 39 56.2496	0 mas	-50 mas	14.166344	-0.060264		11	G14.17-0.06		50.27	9
	+18 16 26.0013	-16 39 56.2196	20 mas	-20 mas	14.166354	-0.060265		12	G14.17-0.06		48.95	15.9
	+18 16 25.9999	-16 39 56.1996	0 mas	0 mas	14.166356	-0.060258		13	G14.17-0.06		47.64	36.6
	+18 16 26.0013	-16 39 56.2196	20 mas	-20 mas	14.166354	-0.060265		14	G14.17-0.06		46.32	23.6
	+18 16 25.9993	-16 39 56.2396	-10 mas	-40 mas	14.166345	-0.060261		15	G14.17-0.06		45	13.7
	+18 16 25.9993	-16 39 56.2596	-10 mas	-60 mas	14.166340	-0.060263		16	G14.17-0.06		43.68	13.4
	+18 16 25.9986	-16 39 56.2496	-20 mas	-50 mas	14.166341	-0.060260		17	G14.17-0.06		42.36	8.9
	+18 16 25.9973	-16 39 56.2196	-40 mas	-20 mas	14.166346	-0.060251		18	G14.17-0.06		41.05	2.1
	+18 16 25.9959	-16 39 56.1896	-60 mas	10 mas	14.166351	-0.060242		19	G14.17-0.06		39.73	1.5
	+18 16 25.9993	-16 39 56.1796	-10 mas	20 mas	14.166360	-0.060253		20	G14.17-0.06		37.09	3.4
	+18 16 25.9999	-16 39 56.2096	0 mas	-10 mas	14.166353	-0.060259		21	G14.17-0.06		35.77	9
	+18 16 25.9973	-16 39 56.2096	-40 mas	-10 mas	14.166348	-0.060250		22	G14.17-0.06		34.46	18.6
	+18 16 25.9973	-16 39 56.2196	-40 mas	-20 mas	14.166346	-0.060251		23	G14.17-0.06		33.14	14.4
44	+18 20 23.05	-16 11 48.2			15.027975	-0.672638	G15.033-0.674		G15.03-0.68	22 GHz;	16.73 .. 23.32	1.5 .. 6.9	NRAOVLA	C	4.1 x 2.2	-51	+H₂O +CH₃OH I +CH₃OH II +OH	GALAXY	2.500		1984 June
	+18 20 22.5321	-16 11 18.6892	-7770 mas	29510 mas	15.034228	-0.666946		1	G15.03-0.68		23.32	2.8
	+18 20 23.0407	-16 11 48.2892	-140 mas	-90 mas	15.027936	-0.672617		2	G15.03-0.68		23.32	1.5
	+18 20 22.5234	-16 11 18.5692	-7900 mas	29630 mas	15.034241	-0.666900		3	G15.03-0.68		22	2.5
	+18 20 23.0547	-16 11 48.2892	70 mas	-90 mas	15.027962	-0.672667		4	G15.03-0.68		18.05	6.7
	+18 20 23.0501	-16 11 48.1992	0 mas	0 mas	15.027975	-0.672638		5	G15.03-0.68		16.73	6.9
45	+18 21 9.1	-14 31 48.5			16.585196	-0.050615	G16.585-0.051		G16.59-0.05	22 GHz;	55 .. 64.23	2.7 .. 46.2	NRAOVLA	C	2.8 x 2.3	48	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.600		1984 June
	+18 21 9.05541	-14 31 47.6804	-670 mas	820 mas	16.585312	-0.050349		1	G16.59-0.05		64.23	15.5
	+18 21 9.05608	-14 31 47.7004	-660 mas	800 mas	16.585308	-0.050354		2	G16.59-0.05		62.91	20.6
	+18 21 9.09608	-14 31 48.5104	-60 mas	-10 mas	16.585186	-0.050602		3	G16.59-0.05		61.59	30.3
	+18 21 9.10008	-14 31 48.5004	0 mas	0 mas	16.585196	-0.050615		4	G16.59-0.05		60.27	46.2
	+18 21 9.10675	-14 31 48.5004	100 mas	0 mas	16.585208	-0.050639		5	G16.59-0.05		58.95	12.4
	+18 21 9.11341	-14 31 48.0104	200 mas	490 mas	16.585341	-0.050599		6	G16.59-0.05		57.64	15.9
	+18 21 9.11008	-14 31 47.8804	150 mas	620 mas	16.585367	-0.050570		7	G16.59-0.05		56.32	19.4
	+18 21 9.10875	-14 31 47.8704	130 mas	630 mas	16.585367	-0.050564		8	G16.59-0.05		55	2.7
46	+18 27 38.09	-11 56 37.2			19.609229	-0.234609	G19.609-0.234		G19.61-0.23	22 GHz;	22.23 .. 68.36	1.8 .. 151.7	NRAOVLA	C	3.1 x 2.7	46	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.800		1984 June
	+18 27 38.0246	-11 56 35.9212	-980 mas	1280 mas	19.609420	-0.234207		1	G19.61-0.23		68.36	1.8
	+18 27 38.0179	-11 56 36.4212	-1080 mas	780 mas	19.609284	-0.234248		2	G19.61-0.23		57.82	1.8
	+18 27 38.0573	-11 56 36.9112	-490 mas	290 mas	19.609238	-0.234453		3	G19.61-0.23		56.5	2.2
	+18 27 38.0659	-11 56 36.7712	-360 mas	430 mas	19.609289	-0.234466		4	G19.61-0.23		55.18	2.9
	+18 27 38.0626	-11 56 36.6412	-410 mas	560 mas	19.609315	-0.234437		5	G19.61-0.23		53.86	7.1
	+18 27 38.0566	-11 56 36.6812	-500 mas	520 mas	19.609294	-0.234421		6	G19.61-0.23		52.54	6
	+18 27 37.9046	-11 56 36.6412	-2780 mas	560 mas	19.609015	-0.233867		7	G19.61-0.23		51.23	2.7
	+18 27 37.8919	-11 56 36.6612	-2970 mas	540 mas	19.608986	-0.233824		8	G19.61-0.23		49.91	2.7
	+18 27 37.8919	-11 56 36.7212	-2970 mas	480 mas	19.608971	-0.233832		9	G19.61-0.23		48.59	3.4
	+18 27 38.0126	-11 56 36.5512	-1160 mas	650 mas	19.609242	-0.234245		10	G19.61-0.23		47.27	4.3
	+18 27 38.0699	-11 56 36.9012	-300 mas	300 mas	19.609265	-0.234497		11	G19.61-0.23		45.95	8.9
	+18 27 38.0633	-11 56 36.7112	-400 mas	490 mas	19.609299	-0.234449		12	G19.61-0.23		44.64	7.2
	+18 27 37.6633	-11 56 40.7412	-6400 mas	-3540 mas	19.607549	-0.233526		13	G19.61-0.23		44.64	2.9
	+18 27 37.6613	-11 56 40.7812	-6430 mas	-3580 mas	19.607536	-0.233524		14	G19.61-0.23		43.32	2.7
	+18 27 38.0206	-11 56 36.1612	-1040 mas	1040 mas	19.609353	-0.234224		15	G19.61-0.23		43.32	12.9
	+18 27 38.0239	-11 56 36.0912	-990 mas	1110 mas	19.609377	-0.234227		16	G19.61-0.23		42	51.8
	+18 27 38.0313	-11 56 36.1612	-880 mas	1040 mas	19.609373	-0.234262		17	G19.61-0.23		40.68	28.3
	+18 27 38.0373	-11 56 36.2612	-790 mas	940 mas	19.609360	-0.234297		18	G19.61-0.23		39.36	15.4
	+18 27 38.0293	-11 56 36.2712	-910 mas	930 mas	19.609342	-0.234269		19	G19.61-0.23		38.05	9.2
	+18 27 38.0246	-11 56 36.2512	-980 mas	950 mas	19.609339	-0.234250		20	G19.61-0.23		36.73	7.6
	+18 27 38.0319	-11 56 36.3212	-870 mas	880 mas	19.609335	-0.234285		21	G19.61-0.23		35.41	9.1
	+18 27 38.0253	-11 56 36.2612	-970 mas	940 mas	19.609337	-0.234254		22	G19.61-0.23		34.09	21.4
	+18 27 38.0766	-11 56 36.9612	-200 mas	240 mas	19.609263	-0.234529		23	G19.61-0.23		32.77	14.9
	+18 27 38.0759	-11 56 37.0012	-210 mas	200 mas	19.609251	-0.234532		24	G19.61-0.23		31.46	4.7
	+18 27 38.0833	-11 56 37.0612	-100 mas	140 mas	19.609251	-0.234566		25	G19.61-0.23		30.14	7.8
	+18 27 38.0873	-11 56 37.1612	-40 mas	40 mas	19.609234	-0.234594		26	G19.61-0.23		28.82	10.1
	+18 27 38.0899	-11 56 37.2012	0 mas	0 mas	19.609229	-0.234608		27	G19.61-0.23		27.5	151.7
	+18 27 38.0899	-11 56 37.2112	0 mas	-10 mas	19.609226	-0.234610		28	G19.61-0.23		26.18	79.9
	+18 27 38.0113	-11 56 35.9612	-1180 mas	1240 mas	19.609385	-0.234164		29	G19.61-0.23		24.87	12.5
	+18 27 38.0206	-11 56 36.0612	-1040 mas	1140 mas	19.609378	-0.234211		30	G19.61-0.23		23.55	2.4
	+18 27 38.0839	-11 56 37.2812	-90 mas	-80 mas	19.609198	-0.234597		31	G19.61-0.23		22.23	2.7
47	+18 34 40.39	-09 00 38.5			23.009906	-0.411027	G23.010-0.411		G23.01-0.41	22 GHz;	68.41 .. 86.86	1.6 .. 28	NRAOVLA	C	3.9 x 1.8	-54	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-5.600		1984 June
	+18 34 37.7534	-09 00 20.8084	-39550 mas	17690 mas	23.009271	-0.399133		1	G23.01-0.41		86.86	1.6
	+18 34 37.7467	-09 00 20.7084	-39650 mas	17790 mas	23.009283	-0.399096		2	G23.01-0.41		85.54	6
	+18 34 37.7481	-09 00 20.7284	-39630 mas	17770 mas	23.009281	-0.399103		3	G23.01-0.41		84.23	12.2
	+18 34 37.7494	-09 00 20.7784	-39610 mas	17720 mas	23.009271	-0.399115		4	G23.01-0.41		82.91	9.7
	+18 34 40.4041	-09 00 38.5284	210 mas	-30 mas	23.009926	-0.411082		5	G23.01-0.41		81.59	1.8
	+18 34 37.7474	-09 00 20.7284	-39640 mas	17770 mas	23.009279	-0.399101		6	G23.01-0.41		81.59	3.7
	+18 34 37.7487	-09 00 20.7584	-39620 mas	17740 mas	23.009274	-0.399110		7	G23.01-0.41		80.27	13.8
	+18 34 40.3974	-09 00 38.4684	110 mas	30 mas	23.009928	-0.411050		8	G23.01-0.41		80.27	26.2
	+18 34 40.3901	-09 00 38.4984	0 mas	0 mas	23.009907	-0.411027		9	G23.01-0.41		78.95	28
	+18 34 37.7534	-09 00 20.7984	-39550 mas	17700 mas	23.009273	-0.399132		10	G23.01-0.41		78.95	3.7
	+18 34 40.3887	-09 00 38.5084	-20 mas	-10 mas	23.009902	-0.411024		11	G23.01-0.41		77.64	16.9
	+18 34 37.7467	-09 00 20.7184	-39650 mas	17780 mas	23.009280	-0.399097		12	G23.01-0.41		77.64	2.8
	+18 34 37.7521	-09 00 20.7884	-39570 mas	17710 mas	23.009273	-0.399126		13	G23.01-0.41		76.32	7
	+18 34 40.3694	-09 00 38.4684	-310 mas	30 mas	23.009875	-0.410948		14	G23.01-0.41		76.32	3.8
	+18 34 40.3574	-09 00 38.4784	-490 mas	20 mas	23.009850	-0.410906		15	G23.01-0.41		75	1.8
	+18 34 37.7547	-09 00 20.7984	-39530 mas	17700 mas	23.009276	-0.399137		16	G23.01-0.41		75	8.3
	+18 34 37.7527	-09 00 20.7984	-39560 mas	17700 mas	23.009272	-0.399129		17	G23.01-0.41		73.68	8.7
	+18 34 37.7527	-09 00 20.7884	-39560 mas	17710 mas	23.009275	-0.399128		18	G23.01-0.41		72.36	17.9
	+18 34 37.7494	-09 00 20.7684	-39610 mas	17730 mas	23.009273	-0.399113		19	G23.01-0.41		71.05	5.3
	+18 34 40.3621	-09 00 38.4384	-420 mas	60 mas	23.009868	-0.410918		20	G23.01-0.41		69.73	1.8
	+18 34 40.3734	-09 00 38.5484	-250 mas	-50 mas	23.009863	-0.410973		21	G23.01-0.41		68.41	3.7
48	+18 34 39.25	-08 31 38.8			23.436691	-0.184285	G23.437-0.184		G23.44-0.18	22 GHz;	98.68 .. 103.95	6.2 .. 73.4	NRAOVLA	C	3 x 2.3	47	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	7.800		1984 June
	+18 34 39.2787	-08 31 39.3784	430 mas	-580 mas	23.436603	-0.184464		1	G23.44-0.18		103.95	8.6
	+18 34 39.2607	-08 31 39.0084	160 mas	-210 mas	23.436660	-0.184351		2	G23.44-0.18		102.64	10.9
	+18 34 39.2501	-08 31 38.7984	0 mas	0 mas	23.436692	-0.184285		3	G23.44-0.18		101.32	73.4
	+18 34 38.8081	-08 31 49.1184	-6630 mas	-10320 mas	23.433309	-0.183989		4	G23.44-0.18		100	6.2
	+18 34 38.8114	-08 31 49.0684	-6580 mas	-10270 mas	23.433327	-0.183995		5	G23.44-0.18		98.68	7.5
49	+18 36 12.58	-07 12 11.3			24.789706	0.083159	G24.790+0.083		G24.79+0.08	22 GHz;	85.23 .. 116.86	1.7 .. 91.3	NRAOVLA	C	4.2 x 1.7	-55	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	7.700		1984 June
	+18 36 13.1641	-07 12 8.1804	8760 mas	3120 mas	24.791586	0.081413		1	G24.79+0.08		116.86	2.6
	+18 36 13.1394	-07 12 8.0404	8390 mas	3260 mas	24.791573	0.081522		2	G24.79+0.08		115.54	15.2
	+18 36 13.1387	-07 12 8.0804	8380 mas	3220 mas	24.791562	0.081519		3	G24.79+0.08		114.23	9.8
	+18 36 12.5794	-07 12 11.3304	-10 mas	-30 mas	24.789697	0.083157		4	G24.79+0.08		114.23	6.8
	+18 36 12.5761	-07 12 11.3404	-60 mas	-40 mas	24.789689	0.083168		5	G24.79+0.08		112.91	8.9
	+18 36 13.1414	-07 12 8.1504	8420 mas	3150 mas	24.791550	0.081500		6	G24.79+0.08		112.91	5.6
	+18 36 12.5787	-07 12 11.3304	-20 mas	-30 mas	24.789696	0.083160		7	G24.79+0.08		111.59	38.9
	+18 36 12.5801	-07 12 11.3004	0 mas	0 mas	24.789706	0.083159		8	G24.79+0.08		110.27	91.3
	+18 36 12.5801	-07 12 11.3004	0 mas	0 mas	24.789706	0.083159		9	G24.79+0.08		108.95	81.7
	+18 36 12.5801	-07 12 11.3104	0 mas	-10 mas	24.789704	0.083157		10	G24.79+0.08		107.64	42.6
	+18 36 12.5801	-07 12 11.3104	0 mas	-10 mas	24.789704	0.083157		11	G24.79+0.08		106.32	31.5
	+18 36 12.5787	-07 12 11.3004	-20 mas	0 mas	24.789704	0.083163		12	G24.79+0.08		105	53.3
	+18 36 12.5514	-07 12 11.0904	-430 mas	210 mas	24.789703	0.083291		13	G24.79+0.08		103.68	48.1
	+18 36 12.5667	-07 12 11.2104	-200 mas	90 mas	24.789703	0.083219		14	G24.79+0.08		102.36	74.9
	+18 36 12.5821	-07 12 11.3404	30 mas	-40 mas	24.789700	0.083146		15	G24.79+0.08		101.05	25.9
	+18 36 12.5814	-07 12 11.3204	20 mas	-20 mas	24.789704	0.083151		16	G24.79+0.08		99.73	28
	+18 36 12.5807	-07 12 11.3404	10 mas	-40 mas	24.789697	0.083151		17	G24.79+0.08		98.41	9.7
	+18 36 12.5834	-07 12 11.3204	50 mas	-20 mas	24.789707	0.083144		18	G24.79+0.08		97.09	2.5
	+18 36 12.5774	-07 12 11.2904	-40 mas	10 mas	24.789703	0.083170		19	G24.79+0.08		95.77	5
	+18 36 12.5707	-07 12 11.2204	-140 mas	80 mas	24.789708	0.083203		20	G24.79+0.08		94.46	5.7
	+18 36 12.5847	-07 12 11.3404	70 mas	-40 mas	24.789705	0.083136		21	G24.79+0.08		93.14	3.7
	+18 36 12.5761	-07 12 11.2704	-60 mas	30 mas	24.789706	0.083177		22	G24.79+0.08		91.82	4
	+18 36 13.1227	-07 12 7.5904	8140 mas	3710 mas	24.791653	0.081640		23	G24.79+0.08		90.5	1.7
	+18 36 13.1161	-07 12 7.5504	8040 mas	3750 mas	24.791650	0.081670		24	G24.79+0.08		89.18	2.4
	+18 36 12.5814	-07 12 11.3704	20 mas	-70 mas	24.789691	0.083145		25	G24.79+0.08		85.23	1.8
50	+18 43 46.22	-03 35 29.8			28.861901	0.065704	G28.862+0.066		G28.86+0.07	22 GHz;	86.55 .. 107.64	1.3 .. 61.3	NRAOVLA	C	2.2 x 1.6	53	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	8.500		1984 June
	+18 43 46.2206	-03 35 29.7896	10 mas	10 mas	28.861904	0.065703		1	G28.86+0.07		107.64	19.2
	+18 43 46.2199	-03 35 29.7996	0 mas	0 mas	28.861901	0.065704		2	G28.86+0.07		106.32	61.3
	+18 43 46.2219	-03 35 29.7996	30 mas	0 mas	28.861904	0.065697		3	G28.86+0.07		105	3.6
	+18 43 46.2286	-03 35 29.7596	130 mas	40 mas	28.861927	0.065677		4	G28.86+0.07		98.41	5.2
	+18 43 46.2299	-03 35 29.7596	150 mas	40 mas	28.861929	0.065672		5	G28.86+0.07		97.09	23
	+18 43 46.2299	-03 35 29.7496	150 mas	50 mas	28.861932	0.065673		6	G28.86+0.07		95.77	25.2
	+18 43 46.2299	-03 35 29.7496	150 mas	50 mas	28.861932	0.065673		7	G28.86+0.07		94.46	57.2
	+18 43 46.2293	-03 35 29.7496	140 mas	50 mas	28.861931	0.065676		8	G28.86+0.07		93.14	30.2
	+18 43 46.2293	-03 35 29.7496	140 mas	50 mas	28.861931	0.065676		9	G28.86+0.07		91.82	24.9
	+18 43 46.2293	-03 35 29.7496	140 mas	50 mas	28.861931	0.065676		10	G28.86+0.07		90.5	17.2
	+18 43 46.2286	-03 35 29.7096	130 mas	90 mas	28.861939	0.065683		11	G28.86+0.07		89.18	1.3
	+18 43 46.2286	-03 35 29.7396	130 mas	60 mas	28.861932	0.065679		12	G28.86+0.07		87.87	4
	+18 43 46.2293	-03 35 29.7396	140 mas	60 mas	28.861933	0.065677		13	G28.86+0.07		86.55	5
51	+18 48 56.57	-01 36 43.4			31.212819	-0.180055	G31.213-0.180		G31.21-0.18	22 GHz;	-39.23 .. -6.28	2.3 .. 20.2	NRAOVLA	C	2.3 x 1.5	54	+H₂O +OH	SFR_MIXED			1984 June
	+18 48 56.5313	-01 36 43.7216	-580 mas	-320 mas	31.212666	-0.179952		1	G31.21-0.18		-6.28	5.5
	+18 48 56.5299	-01 36 43.7516	-600 mas	-350 mas	31.212656	-0.179951		2	G31.21-0.18		-10.23	2.3
	+18 48 56.5319	-01 36 43.7616	-570 mas	-360 mas	31.212657	-0.179960		3	G31.21-0.18		-11.55	5.2
	+18 48 56.5333	-01 36 43.7416	-550 mas	-340 mas	31.212665	-0.179962		4	G31.21-0.18		-12.87	3.3
	+18 48 56.5699	-01 36 43.4016	0 mas	0 mas	31.212818	-0.180055		5	G31.21-0.18		-37.91	20.2
	+18 48 56.5699	-01 36 43.4016	0 mas	0 mas	31.212818	-0.180055		6	G31.21-0.18		-39.23	12.7
52	+18 48 45.08	-01 33 12.7			31.243078	-0.110772	G31.243-0.111		G31.24-0.11	22 GHz;	9.46 .. 29.23	3.4 .. 289.9	NRAOVLA	C	2.5 x 1.6	54	+H₂O -CH₃OH I -CH₃OH II +OH	SFR	1.600		1984 June
	+18 48 45.0786	-01 33 12.6708	-20 mas	30 mas	31.243082	-0.110763		1	G31.24-0.11		29.23	8.1
	+18 48 45.0779	-01 33 12.6808	-30 mas	20 mas	31.243079	-0.110762		2	G31.24-0.11		27.91	15.2
	+18 48 45.0693	-01 33 12.4808	-160 mas	220 mas	31.243112	-0.110704		3	G31.24-0.11		26.59	26.1
	+18 48 45.0739	-01 33 12.5508	-90 mas	150 mas	31.243103	-0.110730		4	G31.24-0.11		25.27	14
	+18 48 45.0786	-01 33 12.6808	-20 mas	20 mas	31.243080	-0.110764		5	G31.24-0.11		23.95	19
	+18 48 45.0719	-01 33 12.5308	-120 mas	170 mas	31.243104	-0.110720		6	G31.24-0.11		22.64	5.6
	+18 48 45.0699	-01 33 12.6108	-150 mas	90 mas	31.243081	-0.110723		7	G31.24-0.11		21.32	21.1
	+18 48 45.0653	-01 33 12.6708	-220 mas	30 mas	31.243057	-0.110713		8	G31.24-0.11		20	5.9
	+18 48 45.0799	-01 33 12.7008	0 mas	0 mas	31.243077	-0.110772		9	G31.24-0.11		18.68	289.9
	+18 48 45.0799	-01 33 12.7008	0 mas	0 mas	31.243077	-0.110772		10	G31.24-0.11		17.36	97.6
	+18 48 45.0813	-01 33 12.6808	20 mas	20 mas	31.243085	-0.110774		11	G31.24-0.11		16.05	8.7
	+18 48 45.0679	-01 33 12.4408	-180 mas	260 mas	31.243119	-0.110694		12	G31.24-0.11		14.73	7.5
	+18 48 45.0759	-01 33 12.6408	-60 mas	60 mas	31.243085	-0.110749		13	G31.24-0.11		13.41	4.3
	+18 48 45.0773	-01 33 12.6808	-40 mas	20 mas	31.243077	-0.110759		14	G31.24-0.11		12.09	9
	+18 48 45.0779	-01 33 12.6908	-30 mas	10 mas	31.243076	-0.110763		15	G31.24-0.11		10.77	10.6
	+18 48 45.0819	-01 33 12.6808	30 mas	20 mas	31.243086	-0.110776		16	G31.24-0.11		9.46	3.4
53	+18 48 11.91	-01 26 38.5			31.277504	0.062126	G31.280+0.062		G31.28+0.06	22 GHz;	102.36 .. 108.95	0.5 .. 5.2	NRAOVLA	C	2.8 x 1.6	54	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	8.500		1984 June
	+18 48 11.91	-01 26 38.5008	0 mas	0 mas	31.277504	0.062126		1	G31.28+0.06		108.95	5.2
	+18 48 11.9207	-01 26 38.4808	160 mas	20 mas	31.277529	0.062089		2	G31.28+0.06		107.64	1.2
	+18 48 12.35	-01 26 28.6008	6600 mas	9900 mas	31.280787	0.061749		3	G31.28+0.06		105	0.5
	+18 48 12.3513	-01 26 28.5308	6620 mas	9970 mas	31.280807	0.061753		4	G31.28+0.06		103.68	0.8
	+18 48 12.3107	-01 26 31.1008	6010 mas	7400 mas	31.280095	0.061578		5	G31.28+0.06		102.36	0.8
54	+18 51 21.86	-00 12 6.2			32.743999	-0.075608	G32.744-0.076		G32.74-0.07	22 GHz;	29.73 .. 35	2.5 .. 70	NRAOVLA	C	2.6 x 1.8	50	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.500		1984 June
	+18 51 21.8599	-00 12 5.6592	0 mas	540 mas	32.744132	-0.075540		1	G32.74-0.07		35	2.5
	+18 51 21.8599	-00 12 6.1492	0 mas	50 mas	32.744011	-0.075602		2	G32.74-0.07		33.68	18
	+18 51 21.8599	-00 12 6.1992	0 mas	0 mas	32.743999	-0.075608		3	G32.74-0.07		32.36	70
	+18 51 21.8559	-00 12 5.6892	-60 mas	510 mas	32.744117	-0.075528		4	G32.74-0.07		31.05	5.4
	+18 51 21.8546	-00 12 5.7492	-80 mas	450 mas	32.744100	-0.075531		5	G32.74-0.07		29.73	2.8
55	+18 52 7.91	+00 08 12.7			33.132826	-0.091986	G33.133-0.092		G33.13-0.09	22 GHz;	72.36 .. 77.64	1.6 .. 9.4	NRAOVLA	C	2.9 x 1.6	55	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.600		1984 June
	+18 52 7.90925	+00 08 12.7796	-10 mas	80 mas	33.132844	-0.091973		1	G33.13-0.09		77.64	6
	+18 52 7.90992	+00 08 12.6996	0 mas	0 mas	33.132826	-0.091985		2	G33.13-0.09		76.32	9.4
	+18 52 7.90725	+00 08 12.6196	-40 mas	-80 mas	33.132801	-0.091986		3	G33.13-0.09		75	2.9
	+18 52 7.90725	+00 08 12.6396	-40 mas	-60 mas	33.132806	-0.091983		4	G33.13-0.09		73.68	1.6
	+18 52 7.90859	+00 08 12.6596	-20 mas	-40 mas	33.132813	-0.091986		5	G33.13-0.09		72.36	2
56	+18 53 18.76	+01 14 59.5			34.257974	0.152851	G34.257+0.153		G34.26+0.15	22 GHz;	40.5 .. 72.13	1.3 .. 368.4	NRAOVLA	C	3.1 x 1.6	55	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	4.200		1984 June
	+18 53 18.8094	+01 14 57.6996	740 mas	-1800 mas	34.257623	0.152439		1	G34.26+0.15		72.13	3.9
	+18 53 18.8094	+01 14 57.6996	740 mas	-1800 mas	34.257623	0.152439		2	G34.26+0.15		70.82	6
	+18 53 18.8107	+01 14 57.6796	760 mas	-1820 mas	34.257621	0.152432		3	G34.26+0.15		69.5	1.3
	+18 53 18.8374	+01 14 59.3596	1160 mas	-140 mas	34.258087	0.152546		4	G34.26+0.15		66.86	1.4
	+18 53 18.7607	+01 15 1.1296	10 mas	1630 mas	34.258379	0.153054		5	G34.26+0.15		65.54	1.7
	+18 53 18.8321	+01 14 59.3596	1080 mas	-140 mas	34.258077	0.152566		6	G34.26+0.15		65.54	4.9
	+18 53 18.7987	+01 15 0.0996	580 mas	600 mas	34.258196	0.152783		7	G34.26+0.15		64.23	4.3
	+18 53 18.8234	+01 14 59.3996	950 mas	-100 mas	34.258070	0.152603		8	G34.26+0.15		64.23	3.9
	+18 53 18.7561	+01 15 1.2196	-60 mas	1720 mas	34.258392	0.153083		9	G34.26+0.15		64.23	12
	+18 53 18.7427	+01 15 1.1796	-260 mas	1680 mas	34.258357	0.153127		10	G34.26+0.15		62.91	18.6
	+18 53 18.7601	+01 14 59.5796	0 mas	80 mas	34.257994	0.152860		11	G34.26+0.15		61.59	21.4
	+18 53 18.7601	+01 14 59.4996	0 mas	0 mas	34.257974	0.152850		12	G34.26+0.15		60.27	368.4
	+18 53 18.7601	+01 14 59.5096	0 mas	10 mas	34.257977	0.152852		13	G34.26+0.15		58.95	78.7
	+18 53 18.8141	+01 14 59.3996	810 mas	-100 mas	34.258052	0.152637		14	G34.26+0.15		57.64	46.1
	+18 53 18.8181	+01 14 59.4396	870 mas	-60 mas	34.258070	0.152628		15	G34.26+0.15		56.32	79.5
	+18 53 18.8121	+01 14 56.5196	780 mas	-2980 mas	34.257336	0.152280		16	G34.26+0.15		56.32	69.1
	+18 53 18.7961	+01 14 56.6196	540 mas	-2880 mas	34.257331	0.152352		17	G34.26+0.15		55	39.4
	+18 53 18.7687	+01 15 0.1196	130 mas	620 mas	34.258144	0.152897		18	G34.26+0.15		55	37.1
	+18 53 18.7221	+01 15 0.8796	-570 mas	1380 mas	34.258243	0.153166		19	G34.26+0.15		53.68	9.1
	+18 53 18.8054	+01 14 57.7296	680 mas	-1770 mas	34.257623	0.152458		20	G34.26+0.15		53.68	31.7
	+18 53 18.8054	+01 14 57.7796	680 mas	-1720 mas	34.257635	0.152464		21	G34.26+0.15		52.36	6.4
	+18 53 18.7801	+01 14 59.6996	300 mas	200 mas	34.258062	0.152801		22	G34.26+0.15		52.36	2.5
	+18 53 18.7881	+01 14 59.8996	420 mas	400 mas	34.258126	0.152797		23	G34.26+0.15		51.05	19.5
	+18 53 18.7867	+01 14 59.8596	400 mas	360 mas	34.258114	0.152797		24	G34.26+0.15		49.73	33.4
	+18 53 18.7827	+01 14 59.8196	340 mas	320 mas	34.258097	0.152807		25	G34.26+0.15		48.41	15.1
	+18 53 18.7854	+01 14 59.7896	380 mas	290 mas	34.258094	0.152793		26	G34.26+0.15		47.09	7.2
	+18 53 18.7921	+01 14 59.7796	480 mas	280 mas	34.258104	0.152767		27	G34.26+0.15		45.77	1.4
	+18 53 18.7981	+01 14 57.6796	570 mas	-1820 mas	34.257597	0.152479		28	G34.26+0.15		45.77	1.5
	+18 53 18.7847	+01 14 59.6796	370 mas	180 mas	34.258066	0.152782		29	G34.26+0.15		44.46	1.6
	+18 53 18.7907	+01 14 59.4096	460 mas	-90 mas	34.258010	0.152725		30	G34.26+0.15		41.82	2.5
	+18 53 18.7867	+01 14 59.3596	400 mas	-140 mas	34.257990	0.152734		31	G34.26+0.15		40.5	4.7
57	+18 54 0.64	+02 01 19.3			35.024723	0.349764	G35.025+0.350		G35.03+0.35	22 GHz;	65.82 .. 69.77	1.6 .. 18.5	NRAOVLA	C	2.6 x 1.8	57	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.000		1984 June
	+18 54 0.642747	+02 01 19.3108	40 mas	10 mas	35.024731	0.349755		1	G35.03+0.35		69.77	5.1
	+18 54 0.64008	+02 01 19.3008	0 mas	0 mas	35.024723	0.349763		2	G35.03+0.35		68.45	18.5
	+18 54 0.638747	+02 01 19.3008	-20 mas	0 mas	35.024721	0.349768		3	G35.03+0.35		67.13	9.8
	+18 54 0.652747	+02 01 19.4108	190 mas	110 mas	35.024775	0.349730		4	G35.03+0.35		65.82	1.6
58	+18 58 12.98	+01 40 37.5			35.197337	-0.742717	G35.197-0.743		G35.20-0.74	22 GHz;	20.77 .. 36.59	1.9 .. 20	NRAOVLA	C	3.3 x 1.6	55	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.300		1984 June
	+18 58 13.0406	+01 40 36.6388	910 mas	-860 mas	35.197240	-0.743051		1	G35.20-0.74		36.59	17.4
	+18 58 13.0426	+01 40 36.6688	940 mas	-830 mas	35.197251	-0.743055		2	G35.20-0.74		35.27	5.4
	+18 58 13.0119	+01 40 32.3088	480 mas	-5190 mas	35.196115	-0.743494		3	G35.20-0.74		33.95	5.5
	+18 58 13.0086	+01 40 32.2988	430 mas	-5200 mas	35.196106	-0.743483		4	G35.20-0.74		32.64	2.7
	+18 58 13.0986	+01 40 37.5488	1780 mas	50 mas	35.197575	-0.743150		5	G35.20-0.74		32.64	5.2
	+18 58 13.0906	+01 40 37.4388	1660 mas	-60 mas	35.197532	-0.743135		6	G35.20-0.74		31.32	20
	+18 58 13.0386	+01 40 36.2588	880 mas	-1240 mas	35.197142	-0.743092		7	G35.20-0.74		30	1.9
	+18 58 12.9806	+01 40 37.4988	10 mas	0 mas	35.197338	-0.742720		8	G35.20-0.74		23.41	16.2
	+18 58 12.9799	+01 40 37.4988	0 mas	0 mas	35.197337	-0.742717		9	G35.20-0.74		22.09	19.9
	+18 58 12.9799	+01 40 37.4888	0 mas	-10 mas	35.197334	-0.742718		10	G35.20-0.74		20.77	18
59	+19 01 45.68	+01 13 34.9			35.201076	-1.736733	G35.200-1.737		G35.20-1.74	22 GHz;	43.95 .. 46.59	2.5 .. 15.5	NRAOVLA	C	2.9 x 1.7	52	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	2.900		1984 June
	+19 01 45.6799	+01 13 34.8996	0 mas	0 mas	35.201076	-1.736733		1	G35.20-1.74		46.59	15.5
	+19 01 45.6773	+01 13 34.8896	-40 mas	-10 mas	35.201068	-1.736724		2	G35.20-1.74		45.27	5.4
	+19 01 45.6593	+01 13 34.7896	-310 mas	-110 mas	35.201009	-1.736670		3	G35.20-1.74		43.95	2.5
60	+18 56 22.55	+02 20 28.1			35.578254	-0.030444	G35.578-0.030		G35.58-0.03	22 GHz;	44.73 .. 57.91	1.4 .. 9.9	NRAOVLA	C	3.2 x 1.8	52	+H₂O -CH₃OH I +CH₃OH II +OH	SFR_MIXED	3.500		1984 June
	+18 56 22.7486	+02 20 28.3604	2980 mas	260 mas	35.578695	-0.031146		1	G35.58-0.03		57.91	1.4
	+18 56 22.5459	+02 20 28.2704	-60 mas	170 mas	35.578288	-0.030407		2	G35.58-0.03		56.59	2.5
	+18 56 22.5553	+02 20 28.1104	80 mas	10 mas	35.578266	-0.030462		3	G35.58-0.03		51.32	1.6
	+18 56 22.5499	+02 20 28.1004	0 mas	0 mas	35.578254	-0.030443		4	G35.58-0.03		50	9.9
	+18 56 22.5519	+02 20 28.1604	30 mas	60 mas	35.578272	-0.030443		5	G35.58-0.03		48.68	1.5
	+18 56 22.5466	+02 20 28.1104	-50 mas	10 mas	35.578250	-0.030430		6	G35.58-0.03		47.36	3.7
	+18 56 22.5406	+02 20 28.0904	-140 mas	-10 mas	35.578233	-0.030410		7	G35.58-0.03		46.05	4.4
	+18 56 22.5439	+02 20 28.0604	-90 mas	-40 mas	35.578232	-0.030426		8	G35.58-0.03		44.73	2.6
61	+19 06 1.63	+06 46 36.8			40.622691	-0.138256	G40.623-0.138		G40.62-0.14	22 GHz;	32.32	0.9	NRAOVLA	C	2.8 x 1.1	55	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	2.300		1984 June
	+19 06 1.63008	+06 46 36.8004	0 mas	0 mas	40.622691	-0.138256		1	G40.62-0.14		32.32	0.9
62	+19 11 54.05	+09 35 51.1			43.795703	-0.127368	G43.795-0.127		G43.80-0.13	22 GHz;	21.55 .. 63.72	0.5 .. 521.9	NRAOVLA	C	2.9 x 1.4	57	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-2.600		1984 June
	+19 11 54.0513	+09 35 51.1108	20 mas	10 mas	43.795708	-0.127371		1	G43.80-0.13		63.72	4.4
	+19 11 54.0499	+09 35 51.1008	0 mas	0 mas	43.795703	-0.127367		2	G43.80-0.13		62.41	10.4
	+19 11 54.0473	+09 35 51.1008	-40 mas	0 mas	43.795698	-0.127358		3	G43.80-0.13		61.09	4.9
	+19 11 54.0439	+09 35 51.1208	-90 mas	20 mas	43.795696	-0.127343		4	G43.80-0.13		59.77	1.6
	+19 11 54.0499	+09 35 51.2208	0 mas	120 mas	43.795732	-0.127352		5	G43.80-0.13		58.45	1.1
	+19 11 54.0539	+09 35 50.8608	60 mas	-240 mas	43.795651	-0.127413		6	G43.80-0.13		50.54	1.6
	+19 11 54.0553	+09 35 51.0108	80 mas	-90 mas	43.795691	-0.127398		7	G43.80-0.13		49.23	1.6
	+19 11 54.0573	+09 35 51.0008	110 mas	-100 mas	43.795692	-0.127407		8	G43.80-0.13		47.91	4.4
	+19 11 54.0673	+09 35 50.9508	260 mas	-150 mas	43.795699	-0.127450		9	G43.80-0.13		46.59	9.9
	+19 11 54.0499	+09 35 51.0708	0 mas	-30 mas	43.795695	-0.127371		10	G43.80-0.13		43.95	78.4
	+19 11 54.0453	+09 35 50.9908	-70 mas	-110 mas	43.795667	-0.127365		11	G43.80-0.13		42.64	503.8
	+19 11 54.0499	+09 35 51.1008	0 mas	0 mas	43.795703	-0.127367		12	G43.80-0.13		41.32	521.9
	+19 11 54.0566	+09 35 50.9208	100 mas	-180 mas	43.795671	-0.127415		13	G43.80-0.13		40	182.6
	+19 11 54.0626	+09 35 50.8008	190 mas	-300 mas	43.795653	-0.127452		14	G43.80-0.13		38.68	57
	+19 11 54.0606	+09 35 50.7608	160 mas	-340 mas	43.795639	-0.127450		15	G43.80-0.13		37.36	72.9
	+19 11 54.0606	+09 35 50.7008	160 mas	-400 mas	43.795625	-0.127458		16	G43.80-0.13		36.05	12.1
	+19 11 54.0586	+09 35 50.7108	130 mas	-390 mas	43.795623	-0.127449		17	G43.80-0.13		34.73	7.1
	+19 11 54.0613	+09 35 50.6108	170 mas	-490 mas	43.795604	-0.127472		18	G43.80-0.13		33.41	4.9
	+19 11 54.0586	+09 35 50.6908	130 mas	-410 mas	43.795618	-0.127452		19	G43.80-0.13		32.09	13.7
	+19 11 54.0559	+09 35 50.7108	90 mas	-390 mas	43.795618	-0.127439		20	G43.80-0.13		30.77	4.9
	+19 11 54.0706	+09 35 50.6608	310 mas	-440 mas	43.795634	-0.127499		21	G43.80-0.13		29.46	0.5
	+19 11 54.0606	+09 35 50.6908	160 mas	-410 mas	43.795622	-0.127459		22	G43.80-0.13		26.82	8.8
	+19 11 54.0593	+09 35 50.6908	140 mas	-410 mas	43.795620	-0.127454		23	G43.80-0.13		25.5	23.6
	+19 11 54.0579	+09 35 50.6808	120 mas	-420 mas	43.795615	-0.127451		24	G43.80-0.13		24.18	11.5
	+19 11 54.0553	+09 35 50.6608	80 mas	-440 mas	43.795605	-0.127443		25	G43.80-0.13		22.87	3.3
	+19 11 54.0553	+09 35 50.6508	80 mas	-450 mas	43.795602	-0.127445		26	G43.80-0.13		21.55	1.1
63	+19 13 22.06	+10 50 53.5			45.071232	0.132303	G45.071+0.132		G45.07+0.13	22 GHz;	55.36 .. 67.23	3.2 .. 21.5	NRAOVLA	C	2.9 x 1.6	54	+H₂O +CH₃OH I +CH₃OH II +OH -SiO	SFR	-4.300		1984 June
	+19 13 22.0261	+10 50 55.5384	-510 mas	2040 mas	45.071669	0.132688		1	G45.07+0.13		67.23	3.6
	+19 13 22.0907	+10 50 55.5084	460 mas	2010 mas	45.071784	0.132450		2	G45.07+0.13		65.91	3.3
	+19 13 22.0487	+10 50 53.8884	-170 mas	390 mas	45.071306	0.132394		3	G45.07+0.13		63.27	3.8
	+19 13 22.0921	+10 50 55.4884	480 mas	1990 mas	45.071782	0.132443		4	G45.07+0.13		61.95	8.5
	+19 13 22.0627	+10 50 53.6184	40 mas	120 mas	45.071266	0.132308		5	G45.07+0.13		60.64	21.5
	+19 13 22.0601	+10 50 53.4984	0 mas	0 mas	45.071232	0.132302		6	G45.07+0.13		59.32	21.2
	+19 13 22.0987	+10 50 55.6284	580 mas	2130 mas	45.071829	0.132437		7	G45.07+0.13		58	3.2
	+19 13 22.0667	+10 50 53.5784	100 mas	80 mas	45.071264	0.132289		8	G45.07+0.13		56.68	4.4
	+19 13 22.0667	+10 50 53.6484	100 mas	150 mas	45.071281	0.132298		9	G45.07+0.13		55.36	3.8
64	+19 14 25.75	+11 09 25.8			45.465823	0.045009	G45.465+0.053		G45.47+0.05	22 GHz;	68.64	1.3	NRAOVLA	C	3.5 x 1.1	54	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-5.400		1984 June
	+19 14 25.7501	+11 09 25.8012	0 mas	0 mas	45.465824	0.045008		1	G45.47+0.05		68.64	1.3
65	+19 14 7.24	+11 12 16.5			45.47267	0.134037	G45.476+0.130		G45.47+0.13	22 GHz;	56.05 .. 61.32	1.2 .. 4.4	NRAOVLA	C	3 x 1.4	57	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-4.700		1984 June
	+19 14 7.23875	+11 12 16.4788	-20 mas	-20 mas	45.472662	0.134039		1	G45.47+0.13		61.32	4.4
	+19 14 7.56608	+11 12 33.5888	4890 mas	17090 mas	45.477493	0.135061		2	G45.47+0.13		56.05	1.2
66	+19 20 31.19	+13 55 24.8			48.606068	0.022937	G48.606+0.024		G48.61+0.02	22 GHz;	16.05 .. 39.77	5.7 .. 80.8	NRAOVLA	C	3.1 x 1.4	58	+H₂O -CH₃OH I -CH₃OH II +OH	SFR_MIXED	-1.500		1984 June
	+19 20 31.1899	+13 55 24.8216	0 mas	20 mas	48.606073	0.022940		1	G48.61+0.02		39.77	5.7
	+19 20 31.1899	+13 55 24.8016	0 mas	0 mas	48.606068	0.022937		2	G48.61+0.02		38.45	80.8
	+19 20 31.1913	+13 55 24.8216	20 mas	20 mas	48.606075	0.022935		3	G48.61+0.02		37.13	55.3
	+19 20 31.1926	+13 55 24.8316	40 mas	30 mas	48.606080	0.022932		4	G48.61+0.02		35.82	78
	+19 20 31.1933	+13 55 24.8216	50 mas	20 mas	48.606079	0.022928		5	G48.61+0.02		34.5	11.5
	+19 20 31.1933	+13 55 24.8316	50 mas	30 mas	48.606081	0.022929		6	G48.61+0.02		33.18	27.8
	+19 20 31.1946	+13 55 24.8616	70 mas	60 mas	48.606091	0.022928		7	G48.61+0.02		31.86	6.4
	+19 20 31.1926	+13 55 24.8816	40 mas	80 mas	48.606092	0.022938		8	G48.61+0.02		30.54	6
	+19 20 31.1926	+13 55 24.8716	40 mas	70 mas	48.606090	0.022937		9	G48.61+0.02		29.23	10.1
	+19 20 31.1926	+13 55 24.9816	40 mas	180 mas	48.606117	0.022951		10	G48.61+0.02		27.91	17.9
	+19 20 31.1899	+13 55 25.0116	0 mas	210 mas	48.606119	0.022965		11	G48.61+0.02		26.59	12
	+19 20 31.1926	+13 55 25.0016	40 mas	200 mas	48.606122	0.022954		12	G48.61+0.02		25.27	22.6
	+19 20 31.1913	+13 55 24.9616	20 mas	160 mas	48.606110	0.022953		13	G48.61+0.02		23.95	9.6
	+19 20 31.1993	+13 55 25.2816	140 mas	480 mas	48.606203	0.022967		14	G48.61+0.02		20	5.7
	+19 20 31.1973	+13 55 25.2516	110 mas	450 mas	48.606192	0.022970		15	G48.61+0.02		18.68	19
	+19 20 31.2019	+13 55 25.1816	180 mas	380 mas	48.606184	0.022944		16	G48.61+0.02		17.36	67.2
	+19 20 31.2046	+13 55 25.1016	220 mas	300 mas	48.606169	0.022924		17	G48.61+0.02		16.05	16.7
67	+19 23 43.96	+14 30 35.1			49.489996	-0.387589	G49.488-0.387		G49.49-0.39	22 GHz;	22.41 .. 98.86	10 .. 821	NRAOVLA	C	4.4 x 1.4	-58	+H₂O +CH₃OH I +CH₃OH II +OH -SiO	SFR	-5.300		1984 June
	+19 23 43.9527	+14 30 35.14	-110 mas	40 mas	49.489992	-0.387558		1	G49.49-0.39		98.86	71.3
	+19 23 45.0961	+14 30 8.27	17040 mas	-26830 mas	49.485595	-0.395151		2	G49.49-0.39		98.86	13.6
	+19 23 43.9494	+14 30 35.02	-160 mas	-80 mas	49.489956	-0.387562		3	G49.49-0.39		97.54	78.6
	+19 23 43.9487	+14 30 35.04	-170 mas	-60 mas	49.489960	-0.387557		4	G49.49-0.39		96.22	93.6
	+19 23 43.9494	+14 30 35.08	-160 mas	-20 mas	49.489971	-0.387554		5	G49.49-0.39		94.9	50.3
	+19 23 43.9481	+14 30 35.1	-180 mas	0 mas	49.489973	-0.387547		6	G49.49-0.39		93.59	171.5
	+19 23 43.9487	+14 30 35.12	-170 mas	20 mas	49.489979	-0.387546		7	G49.49-0.39		92.27	158.3
	+19 23 43.9494	+14 30 35.1	-160 mas	0 mas	49.489976	-0.387551		8	G49.49-0.39		90.95	80.8
	+19 23 43.7914	+14 30 49.24	-2530 mas	14140 mas	49.493136	-0.385133		9	G49.49-0.39		90.95	29.9
	+19 23 43.9487	+14 30 35.11	-170 mas	10 mas	49.489977	-0.387548		10	G49.49-0.39		89.63	70.9
	+19 23 43.9507	+14 30 35.08	-140 mas	-20 mas	49.489973	-0.387559		11	G49.49-0.39		88.31	70.2
	+19 23 43.9507	+14 30 35.08	-140 mas	-20 mas	49.489973	-0.387559		12	G49.49-0.39		87	56.7
	+19 23 43.9507	+14 30 35.09	-140 mas	-10 mas	49.489976	-0.387557		13	G49.49-0.39		85.68	160.5
	+19 23 43.9601	+14 30 35.1	0 mas	0 mas	49.489996	-0.387589		14	G49.49-0.39		84.36	393.8
	+19 23 43.9587	+14 30 35.1	-20 mas	0 mas	49.489993	-0.387585		15	G49.49-0.39		83.04	197
	+19 23 43.9514	+14 30 35.09	-130 mas	-10 mas	49.489977	-0.387560		16	G49.49-0.39		81.72	72.4
	+19 23 43.9521	+14 30 35.1	-120 mas	0 mas	49.489981	-0.387561		17	G49.49-0.39		80.41	48.1
	+19 23 43.7921	+14 30 20.98	-2520 mas	-14120 mas	49.486219	-0.388846		18	G49.49-0.39		80.41	18.6
	+19 23 43.9594	+14 30 35.15	-10 mas	50 mas	49.490007	-0.387580		19	G49.49-0.39		79.09	60.2
	+19 23 43.9581	+14 30 35.1	-30 mas	0 mas	49.489992	-0.387582		20	G49.49-0.39		77.77	178.8
	+19 23 43.9581	+14 30 35.1	-30 mas	0 mas	49.489992	-0.387582		21	G49.49-0.39		76.45	325
	+19 23 43.9607	+14 30 34.98	10 mas	-120 mas	49.489968	-0.387607		22	G49.49-0.39		75.13	83.9
	+19 23 43.9654	+14 30 34.9	80 mas	-200 mas	49.489957	-0.387634		23	G49.49-0.39		73.82	82.3
	+19 23 43.9774	+14 30 34.72	260 mas	-380 mas	49.489936	-0.387701		24	G49.49-0.39		72.5	38.8
	+19 23 43.9667	+14 30 34.92	100 mas	-180 mas	49.489965	-0.387637		25	G49.49-0.39		71.18	29.9
	+19 23 43.9561	+14 30 35.07	-60 mas	-30 mas	49.489981	-0.387579		26	G49.49-0.39		69.86	39.1
	+19 23 43.9581	+14 30 35.08	-30 mas	-20 mas	49.489987	-0.387585		27	G49.49-0.39		68.54	45.8
	+19 23 43.9527	+14 30 35.09	-110 mas	-10 mas	49.489980	-0.387565		28	G49.49-0.39		67.23	57.2
	+19 23 43.9521	+14 30 35.12	-120 mas	20 mas	49.489986	-0.387558		29	G49.49-0.39		65.91	101.2
	+19 23 43.9627	+14 30 35.08	40 mas	-20 mas	49.489996	-0.387601		30	G49.49-0.39		64.59	104.7
	+19 23 43.9601	+14 30 35.09	0 mas	-10 mas	49.489994	-0.387591		31	G49.49-0.39		63.27	352.6
	+19 23 43.9521	+14 30 35.12	-120 mas	20 mas	49.489986	-0.387558		32	G49.49-0.39		61.95	378.2
	+19 23 43.9507	+14 30 35.11	-140 mas	10 mas	49.489981	-0.387555		33	G49.49-0.39		60.64	223.7
	+19 23 43.9507	+14 30 35.16	-140 mas	60 mas	49.489993	-0.387548		34	G49.49-0.39		59.32	62.3
	+19 23 43.8541	+14 30 31.58	-1590 mas	-3520 mas	49.488932	-0.387675		35	G49.49-0.39		59.32	65.8
	+19 23 43.9547	+14 30 28.43	-80 mas	-6670 mas	49.488353	-0.388446		36	G49.49-0.39		59.32	88.6
	+19 23 43.9414	+14 30 28.76	-280 mas	-6340 mas	49.488409	-0.388356		37	G49.49-0.39		58	246.5
	+19 23 43.9587	+14 30 35.02	-20 mas	-80 mas	49.489974	-0.387595		38	G49.49-0.39		58	115.5
	+19 23 43.9481	+14 30 35.13	-180 mas	30 mas	49.489980	-0.387543		39	G49.49-0.39		56.68	821
	+19 23 43.9481	+14 30 35.13	-180 mas	30 mas	49.489980	-0.387543		40	G49.49-0.39		55.36	431.7
	+19 23 43.9654	+14 30 35.11	80 mas	10 mas	49.490009	-0.387607		41	G49.49-0.39		54.05	29.5
	+19 23 43.9634	+14 30 27.7	50 mas	-7400 mas	49.488191	-0.388573		42	G49.49-0.39		54.05	19.5
	+19 23 43.9814	+14 30 27.76	320 mas	-7340 mas	49.488240	-0.388629		43	G49.49-0.39		52.73	14.5
	+19 23 44.0534	+14 30 34.97	1400 mas	-130 mas	49.490142	-0.387938		44	G49.49-0.39		51.41	18.5
	+19 23 43.9947	+14 30 27.58	520 mas	-7520 mas	49.488221	-0.388700		45	G49.49-0.39		51.41	10.9
	+19 23 44.0434	+14 30 34.81	1250 mas	-290 mas	49.490084	-0.387924		46	G49.49-0.39		50.09	11.4
	+19 23 43.8767	+14 30 30.78	-1250 mas	-4320 mas	49.488780	-0.387860		47	G49.49-0.39		44.82	10.6
	+19 23 43.1207	+14 30 36.66	-12590 mas	1560 mas	49.488777	-0.384401		48	G49.49-0.39		43.5	13.2
	+19 23 44.0654	+14 30 33.85	1580 mas	-1250 mas	49.489891	-0.388128		49	G49.49-0.39		43.5	22
	+19 23 43.8841	+14 30 30.76	-1140 mas	-4340 mas	49.488789	-0.387889		50	G49.49-0.39		43.5	18.1
	+19 23 44.3827	+14 30 25.93	6340 mas	-9170 mas	49.488557	-0.390296		51	G49.49-0.39		43.5	14.2
	+19 23 44.3647	+14 30 26.13	6070 mas	-8970 mas	49.488572	-0.390206		52	G49.49-0.39		42.18	11.4
	+19 23 43.8814	+14 30 30.8	-1180 mas	-4300 mas	49.488793	-0.387874		53	G49.49-0.39		42.18	16.8
	+19 23 44.0701	+14 30 33.82	1650 mas	-1280 mas	49.489892	-0.388148		54	G49.49-0.39		42.18	14.4
	+19 23 43.1167	+14 30 36.73	-12650 mas	1630 mas	49.488787	-0.384378		55	G49.49-0.39		42.18	12.3
	+19 23 43.8814	+14 30 30.75	-1180 mas	-4350 mas	49.488781	-0.387881		56	G49.49-0.39		40.87	10.8
	+19 23 43.8967	+14 30 30.68	-950 mas	-4420 mas	49.488793	-0.387945		57	G49.49-0.39		39.55	12.6
	+19 23 43.1134	+14 30 36.76	-12700 mas	1660 mas	49.488788	-0.384362		58	G49.49-0.39		32.96	10
	+19 23 43.8961	+14 30 30.7	-960 mas	-4400 mas	49.488797	-0.387940		59	G49.49-0.39		32.96	13.2
	+19 23 43.8721	+14 30 31.22	-1320 mas	-3880 mas	49.488878	-0.387786		60	G49.49-0.39		22.41	11.2

Non-detection table from Forster & Caswell (1999)

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ID	Obs. RA	Obs. Dec	l	b	Group id	Source name	Line	Telescope	Configuration	Detection	Class	Distance	Date
	(J2000)	(J2000)	(deg.)	(deg.)			H₂O			Yes/No		(kpc)
1	+17 04 7.77	-42 18 39.1	344.227598	-0.568619	G344.228-0.569	G344.23-0.57	22 GHz;	NRAOVLA	C	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.400	1984 June
2	+17 11 51.07	-39 09 25.4	347.629079	0.14873	G347.628+0.148	G347.63+0.15	22 GHz;	NRAOVLA	C	+H₂O +CH₃OH II +OH	SFR	9.700	1984 June
3	+17 19 20.41	-39 03 54.2	348.549171	-0.979233	G348.550-0.979	G348.55-0.98	22 GHz;	NRAOVLA	C	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.500	1984 June
4	+17 15 50.13	-38 10 12	348.884641	0.096502	G348.885+0.096	G348.89+0.10	22 GHz;	NRAOVLA	C	+H₂O +CH₃OH II +OH	SFR	8.900	1984 June
5	+17 54 38.76	-25 34 44.6	3.910476	0.001257	G3.910+0.001	G3.91+0.00	22 GHz;	NRAOVLA	C	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	5.800	1984 June
6	+18 06 23.49	-21 37 9.7	8.68318	-0.368072	G8.669-0.357	G8.68-0.37	22 GHz;	NRAOVLA	C	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.800	1984 June
7	+18 12 11.46	-18 41 29.6	11.903865	-0.141281	G11.904-0.141	G11.90-0.14	22 GHz;	NRAOVLA	C	+H₂O -CH₃OH I +CH₃OH II +OH	SFR_MIXED	5.100	1984 June
8	+18 27 16.84	-11 53 41.1	19.612212	-0.135164	G19.612-0.134	G19.61-0.13	22 GHz;	NRAOVLA	C	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	4.700	1984 June

Distribution of sources in all sky (l,b)

Distribution of sources in all sky using Aladin

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Distribution of sources in IRAS color-color diagram

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Original color diagram is taken form van der Veen & Habing (1987)

Type	Description
I	Oxygen-rich non-variable stars without circumstellar shells
II	Variable stars with "young" O-rich circumstellar shells
IIIa	Variable stars with more evolved O-rich circumstellar shells
IIIb	Variable stars with thick O-rich circumstellar shells
IV	Variable stars with very thick O-rich circumstellar shells
V	Planetary nebulae and non- variable stars with very cool circumstellar shells
VIa	Variable stars with relatively cold dust at large distances; a significant part of the stars is carbon-rich
VIb	Variable stars with relatively hot dust close to the star and relatively cold dust at large distances; Some of the objects have proven to be O-rich
VII	Variable stars with more evolved C-rich circumstellar shells
VIII	Different sort of objects

Distribution of the detection velocities versus galactic longitude from FOR99

Tip: Use "Box select" or "Lasso select" to display velocity-selected sources in Aladin all-sky view