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

Interferometry data

Short title: Forster & Caswell (1999)
Authors: Forster, J. R.Caswell, J. L.
Journal: Astronomy and Astrophysics Supplement, v.137, p.43-49
Bibcode:
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Target type: Catalog
Observations category: SF.general
Facility type: interferometer
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	Frequency	V_peak	F_peak	Telescope	Beam	PA	Detection	Class	Distance	Dist. (parallax)	Date
	(J2000)	(J2000)	(mas)	(mas)	(deg.)	(deg.)				OH	(MHz)	(km/s)	(Jy)		(arcsec)	(deg.)	Yes/No		(kpc)	(kpc)
1	+16 52 4.63	-46 08 35.1			339.883737	-1.258861	G339.884-1.259		G339.88-1.26	1665 MHz;	1665	..	..	NRAOVLA	8 x 1.9	-2	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.100		1983 Dec
	+16 52 4.70675	-46 08 30.6288	1150 mas	4470 mas	339.884838	-1.258243		1	G339.88-1.26			-26.27	0.3
	+16 52 4.70808	-46 08 30.4788	1170 mas	4620 mas	339.884872	-1.258220		2	G339.88-1.26			-26.81	0.8
	+16 52 4.63475	-46 08 29.3288	70 mas	5770 mas	339.884984	-1.257853		3	G339.88-1.26			-27.36	0.95
	+16 52 4.62341	-46 08 29.6288	-100 mas	5470 mas	339.884899	-1.257881		4	G339.88-1.26			-27.91	0.6
	+16 52 4.62341	-46 08 29.2188	-100 mas	5880 mas	339.884987	-1.257809		5	G339.88-1.26			-28.46	0.75
	+16 52 4.62341	-46 08 29.3988	-100 mas	5700 mas	339.884949	-1.257840		6	G339.88-1.26			-29.01	16.15
2	+16 48 13.82	-45 21 39.6			340.055124	-0.242714	G340.054-0.244		G340.06-0.24	1665 MHz;	1665	..	..	NRAOVLA	8 x 1.9	-2	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	4.600		1983 Dec
	+16 48 13.7813	-45 21 42.2	-580 mas	-2600 mas	340.054499	-0.243093		1	G340.06-0.24			-48.26	2.45
	+16 48 13.7706	-45 21 42.56	-740 mas	-2960 mas	340.054402	-0.243133		2	G340.06-0.24			-48.81	3.15
	+16 48 13.7759	-45 21 42.8	-660 mas	-3200 mas	340.054361	-0.243188		3	G340.06-0.24			-49.35	0.55
	+16 48 13.7839	-45 21 42.6	-540 mas	-3000 mas	340.054419	-0.243170		4	G340.06-0.24			-49.9	0.5
	+16 48 13.8133	-45 21 42.6	-100 mas	-3000 mas	340.054474	-0.243236		5	G340.06-0.24			-51	3.65
	+16 48 13.8213	-45 21 42.6	20 mas	-3000 mas	340.054489	-0.243254		6	G340.06-0.24			-51.55	8.95
	+16 48 13.7333	-45 21 42.2	-1300 mas	-2600 mas	340.054408	-0.242985		7	G340.06-0.24			-52.1	2.55
	+16 48 13.8293	-45 21 42.84	140 mas	-3240 mas	340.054454	-0.243315		8	G340.06-0.24			-52.1	2.55
	+16 48 13.7439	-45 21 42.56	-1140 mas	-2960 mas	340.054352	-0.243074		9	G340.06-0.24			-52.65	1.65
	+16 48 13.8213	-45 21 42.6	20 mas	-3000 mas	340.054489	-0.243254		10	G340.06-0.24			-52.65	1.65
	+16 48 13.8266	-45 21 42.44	100 mas	-2840 mas	340.054534	-0.243237		11	G340.06-0.24			-53.19	7.1
	+16 48 13.8133	-45 21 41.8	-100 mas	-2200 mas	340.054644	-0.243093		12	G340.06-0.24			-53.74	10.2
	+16 48 13.7706	-45 21 41.64	-740 mas	-2040 mas	340.054598	-0.242969		13	G340.06-0.24			-54.29	3.9
	+16 48 13.7679	-45 21 41.64	-780 mas	-2040 mas	340.054593	-0.242963		14	G340.06-0.24			-54.84	2.95
3	+16 52 17.89	-44 26 53.2			341.217546	-0.212086	G341.218-0.212		G341.22-0.21	1665 MHz;	1665	..	..	NRAOVLA	7.2 x 1.6		+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-3.600		1983 Dec
	+16 52 17.8301	-44 26 51.7996	-900 mas	1400 mas	341.217733	-0.211701		1	G341.22-0.21			-35.9	0.9
	+16 52 17.8301	-44 26 51.2796	-900 mas	1920 mas	341.217845	-0.211609		2	G341.22-0.21			-36.45	1.4
	+16 52 17.8301	-44 26 51.2796	-900 mas	1920 mas	341.217845	-0.211609		3	G341.22-0.21			-37	2.8
	+16 52 17.8301	-44 26 51.3996	-900 mas	1800 mas	341.217819	-0.211630		4	G341.22-0.21			-37.55	4.5
	+16 52 17.8301	-44 26 52.0396	-900 mas	1160 mas	341.217681	-0.211743		5	G341.22-0.21			-38.65	0.4
	+16 52 17.8194	-44 26 51.7996	-1060 mas	1400 mas	341.217713	-0.211677		6	G341.22-0.21			-39.19	0.6
4	+16 58 17.39	-42 52 10.7			343.126393	-0.063865	G343.126-0.063		G343.13-0.06	1665 MHz;	1665	..	..	NRAOVLA	5.2 x 2.2	30	+H₂O +CH₃OH I -CH₃OH II +OH	SFR	3.200		1983 Dec
	+16 58 17.2346	-42 52 8.7004	-2330 mas	2000 mas	343.126533	-0.063148		1	G343.13-0.06			-30.71	2.5
	+16 58 17.2366	-42 52 8.8004	-2300 mas	1900 mas	343.126515	-0.063170		2	G343.13-0.06			-31.26	29.35
	+16 58 17.2366	-42 52 8.8004	-2300 mas	1900 mas	343.126515	-0.063170		3	G343.13-0.06			-31.81	71.95
	+16 58 17.2366	-42 52 8.7204	-2300 mas	1980 mas	343.126533	-0.063157		4	G343.13-0.06			-32.35	4.65
	+16 58 17.2399	-42 52 8.9004	-2250 mas	1800 mas	343.126500	-0.063196		5	G343.13-0.06			-32.9	4.8
	+16 58 17.2366	-42 52 8.9504	-2300 mas	1750 mas	343.126483	-0.063196		6	G343.13-0.06			-33.45	25.65
	+16 58 17.2366	-42 52 8.6204	-2300 mas	2080 mas	343.126554	-0.063139		7	G343.13-0.06			-34	41.6
	+16 58 17.2453	-42 52 8.7204	-2170 mas	1980 mas	343.126549	-0.063177		8	G343.13-0.06			-34.55	0.7
5	+17 04 7.77	-42 18 39.1			344.227598	-0.568619	G344.228-0.569		G344.23-0.57	1665 MHz;	1665	..	..	NRAOVLA	4.4 x 2.7	-15	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.400		1983 Dec
	+17 04 7.77	-42 18 39.0996	0 mas	0 mas	344.227599	-0.568618		1	G344.23-0.57			-30.9	1
	+17 04 7.73867	-42 18 38.8796	-470 mas	220 mas	344.227588	-0.568505		2	G344.23-0.57			-31.45	0.6
6	+17 02 57.72	-41 41 51.1			344.582012	-0.023079	G344.582-0.024		G344.58-0.02	1665 MHz;	1665	..	..	NRAOVLA	4.7 x 1.5	-10	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	0.700		1983 Dec
	+17 02 57.7767	-41 41 53.5008	850 mas	-2400 mas	344.581591	-0.023626		1	G344.58-0.02			1.58	0.6
	+17 02 57.7713	-41 41 53.9008	770 mas	-2800 mas	344.581493	-0.023680		2	G344.58-0.02			1.04	0.65
	+17 02 57.7547	-41 41 53.9308	520 mas	-2830 mas	344.581455	-0.023644		3	G344.58-0.02			0.49	0.3
	+17 02 57.7547	-41 41 53.8708	520 mas	-2770 mas	344.581468	-0.023634		4	G344.58-0.02			-0.06	0.55
	+17 02 57.7687	-41 41 54.1208	730 mas	-3020 mas	344.581439	-0.023711		5	G344.58-0.02			-0.61	0.65
	+17 02 57.7533	-41 41 53.9008	500 mas	-2800 mas	344.581459	-0.023636		6	G344.58-0.02			-1.16	1.15
	+17 02 57.7533	-41 41 53.9008	500 mas	-2800 mas	344.581459	-0.023636		7	G344.58-0.02			-1.71	5.3
	+17 02 57.7533	-41 41 53.9008	500 mas	-2800 mas	344.581459	-0.023636		8	G344.58-0.02			-2.26	14.95
	+17 02 57.76	-41 41 53.9308	600 mas	-2830 mas	344.581465	-0.023657		9	G344.58-0.02			-2.81	10.4
	+17 02 57.7533	-41 41 53.9008	500 mas	-2800 mas	344.581459	-0.023636		10	G344.58-0.02			-3.35	4.15
	+17 02 57.7533	-41 41 53.9008	500 mas	-2800 mas	344.581459	-0.023636		11	G344.58-0.02			-3.9	3.05
	+17 02 57.7533	-41 41 53.8208	500 mas	-2720 mas	344.581476	-0.023622		12	G344.58-0.02			-4.45	3.45
	+17 02 57.7547	-41 41 53.8008	520 mas	-2700 mas	344.581483	-0.023622		13	G344.58-0.02			-5	2.6
	+17 02 57.758	-41 41 53.6508	570 mas	-2550 mas	344.581523	-0.023605		14	G344.58-0.02			-5.55	2.25
	+17 02 57.758	-41 41 53.4508	570 mas	-2350 mas	344.581567	-0.023571		15	G344.58-0.02			-6.1	1.45
	+17 02 57.7633	-41 41 53.5708	650 mas	-2470 mas	344.581550	-0.023605		16	G344.58-0.02			-6.65	1.3
	+17 02 57.7547	-41 41 53.6008	520 mas	-2500 mas	344.581527	-0.023588		17	G344.58-0.02			-7.19	1.4
	+17 02 57.7533	-41 41 53.5208	500 mas	-2420 mas	344.581542	-0.023572		18	G344.58-0.02			-7.74	1.4
	+17 02 57.7533	-41 41 53.6008	500 mas	-2500 mas	344.581525	-0.023585		19	G344.58-0.02			-8.29	0.75
7	+17 05 11.14	-41 29 3.4			345.004053	-0.223635	G345.003-0.224		G345.00-0.22	1665 MHz;	1665	..	..	NRAOVLA	5.6 x 1.4	5	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.200		1983 Dec
	+17 05 11.2134	-41 29 5.5008	1100 mas	-2100 mas	345.003727	-0.224171		1	G345.00-0.22			-24.19	0.45
	+17 05 11.2214	-41 29 5.5008	1220 mas	-2100 mas	345.003742	-0.224191		2	G345.00-0.22			-24.74	1.75
	+17 05 11.2267	-41 29 5.5008	1300 mas	-2100 mas	345.003752	-0.224204		3	G345.00-0.22			-25.29	2.75
	+17 05 11.2267	-41 29 5.5008	1300 mas	-2100 mas	345.003752	-0.224204		4	G345.00-0.22			-25.84	1.3
	+17 05 11.2534	-41 29 5.3008	1700 mas	-1900 mas	345.003847	-0.224237		5	G345.00-0.22			-26.94	1
	+17 05 11.2534	-41 29 5.3008	1700 mas	-1900 mas	345.003847	-0.224237		6	G345.00-0.22			-27.49	1.35
	+17 05 11.2267	-41 29 5.4208	1300 mas	-2020 mas	345.003770	-0.224191		7	G345.00-0.22			-28.04	0.5
	+17 05 11.2027	-41 29 5.6208	940 mas	-2220 mas	345.003680	-0.224165		8	G345.00-0.22			-30.78	0.8
	+17 05 11.2161	-41 29 5.3408	1140 mas	-1940 mas	345.003768	-0.224151		9	G345.00-0.22			-31.33	0.35
8	+16 56 45.26	-40 14 3.6			345.009706	1.802033	G345.010+1.792		G345.01+1.79	1665 MHz;	1665	..	..	NRAOVLA	4.8 x 1.9	35	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.000		1983 Dec
	+16 56 46.9679	-40 14 26.7988	25620 mas	-23200 mas	345.008061	1.793766		1	G345.01+1.79			-15.22	0.2
	+16 56 46.9553	-40 14 27.4488	25430 mas	-23850 mas	345.007895	1.793685		2	G345.01+1.79			-15.77	0.25
	+16 56 46.9399	-40 14 27.7988	25200 mas	-24200 mas	345.007788	1.793662		3	G345.01+1.79			-16.32	0.15
	+16 56 47.0366	-40 14 26.7988	26650 mas	-23200 mas	345.008198	1.793595		4	G345.01+1.79			-16.87	0.4
	+16 56 46.9999	-40 14 27.7188	26100 mas	-24120 mas	345.007925	1.793527		5	G345.01+1.79			-17.42	0.25
	+16 56 47.0399	-40 14 26.5288	26700 mas	-22930 mas	345.008263	1.793634		6	G345.01+1.79			-17.96	0.15
	+16 56 47.0433	-40 14 25.9988	26750 mas	-22400 mas	345.008385	1.793717		7	G345.01+1.79			-18.51	0.2
	+16 56 46.9499	-40 14 26.7988	25350 mas	-23200 mas	345.008025	1.793811		8	G345.01+1.79			-19.06	0.25
	+16 56 46.9799	-40 14 26.5988	25800 mas	-23000 mas	345.008128	1.793771		9	G345.01+1.79			-19.61	0.35
	+16 56 47.0279	-40 14 26.4788	26520 mas	-22880 mas	345.008250	1.793672		10	G345.01+1.79			-20.16	0.2
	+16 56 46.9899	-40 14 26.6788	25950 mas	-23080 mas	345.008131	1.793732		11	G345.01+1.79			-20.71	4.1
	+16 56 46.9899	-40 14 26.6988	25950 mas	-23100 mas	345.008127	1.793729		12	G345.01+1.79			-21.26	9.3
	+16 56 46.9899	-40 14 26.6988	25950 mas	-23100 mas	345.008127	1.793729		13	G345.01+1.79			-21.81	1.05
	+16 56 46.9999	-40 14 26.7988	26100 mas	-23200 mas	345.008125	1.793686		14	G345.01+1.79			-22.35	7.35
	+16 56 46.9999	-40 14 26.7988	26100 mas	-23200 mas	345.008125	1.793686		15	G345.01+1.79			-22.9	15.7
	+16 56 46.9666	-40 14 27.1288	25600 mas	-23530 mas	345.007987	1.793712		16	G345.01+1.79			-23.45	0.4
9	+17 09 33.68	-41 35 52.6			345.404591	-0.946747	G345.407-0.951		G345.41-0.95	1665 MHz;	1665	..	..	NRAOVLA	5.3 x 1.8	33	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	2.300		1983 Dec
	+17 09 35.0053	-41 35 55.4984	19880 mas	-2900 mas	345.406402	-0.950545		1	G345.41-0.95			-17.26	0.6
	+17 09 34.9999	-41 35 55.5984	19800 mas	-3000 mas	345.406370	-0.950548		2	G345.41-0.95			-17.81	0.95
	+17 09 35.0479	-41 35 53.8484	20520 mas	-1250 mas	345.406850	-0.950379		3	G345.41-0.95			-18.9	0.25
	+17 09 35.0466	-41 35 54.3984	20500 mas	-1800 mas	345.406724	-0.950466		4	G345.41-0.95			-20	0.25
10	+17 04 23.02	-40 44 26.7			345.503854	0.3472	G345.505+0.348		G345.51+0.35	1665 MHz;	1665	..	..	NRAOVLA	4.3 x 1.5	-10	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.100		1983 Dec
	+17 04 22.9634	-40 44 22.6	-850 mas	4100 mas	345.504651	0.348033		1	G345.51+0.35			-14.61	0.8
	+17 04 22.9801	-40 44 21.93	-600 mas	4770 mas	345.504831	0.348104		2	G345.51+0.35			-16.26	0.6
	+17 04 22.9867	-40 44 22	-500 mas	4700 mas	345.504828	0.348076		3	G345.51+0.35			-17.35	1.05
	+17 04 22.9854	-40 44 22.8	-520 mas	3900 mas	345.504649	0.347944		4	G345.51+0.35			-17.9	3.05
	+17 04 22.9767	-40 44 22.78	-650 mas	3920 mas	345.504637	0.347969		5	G345.51+0.35			-18.45	1.1
	+17 04 22.9187	-40 44 22.25	-1520 mas	4450 mas	345.504642	0.348204		6	G345.51+0.35			-19	5.55
	+17 04 22.9267	-40 44 22.5	-1400 mas	4200 mas	345.504603	0.348142		7	G345.51+0.35			-19.55	8.65
	+17 04 22.9454	-40 44 22.25	-1120 mas	4450 mas	345.504694	0.348137		8	G345.51+0.35			-20.1	2.95
	+17 04 22.9467	-40 44 22	-1100 mas	4700 mas	345.504751	0.348176		9	G345.51+0.35			-20.65	0.45
11	+17 06 50.87	-40 50 57.8			345.699102	-0.090048	G345.698-0.090		G345.70-0.09	1665 MHz;	1665	..	..	NRAOVLA	5.9 x 1.7	36	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	1.000		1983 Dec
	+17 06 50.6979	-40 51 0.6504	-2580 mas	-2850 mas	345.698144	-0.090091		1	G345.70-0.09			-4.9	0.9
	+17 06 50.6886	-40 51 0.8204	-2720 mas	-3020 mas	345.698088	-0.090096		2	G345.70-0.09			-5.45	5.2
	+17 06 50.6833	-40 51 0.9004	-2800 mas	-3100 mas	345.698060	-0.090096		3	G345.70-0.09			-6	7.2
	+17 06 50.6833	-40 51 0.6804	-2800 mas	-2880 mas	345.698109	-0.090059		4	G345.70-0.09			-6.55	1.95
	+17 06 50.6899	-40 51 0.4004	-2700 mas	-2600 mas	345.698184	-0.090029		5	G345.70-0.09			-7.1	0.65
12	+17 11 51.07	-39 09 25.4			347.629079	0.14873	G347.628+0.148		G347.63+0.15	1665 MHz;	1665	..	..	NRAOVLA	6 x 1.7	35	+H₂O +CH₃OH II +OH	SFR_MIXED	9.700		1983 Dec
	+17 11 51.0621	-39 09 25.6016	-120 mas	-200 mas	347.629019	0.148718		1	G347.63+0.15			-92.71	1.05
	+17 11 51.0701	-39 09 25.4016	0 mas	0 mas	347.629079	0.148730		2	G347.63+0.15			-93.26	2.5
	+17 11 51.0701	-39 09 25.4016	0 mas	0 mas	347.629079	0.148730		3	G347.63+0.15			-93.81	5.15
	+17 11 51.0701	-39 09 25.4016	0 mas	0 mas	347.629079	0.148730		4	G347.63+0.15			-94.35	4.6
	+17 11 51.0967	-39 09 24.8016	400 mas	600 mas	347.629264	0.148759		5	G347.63+0.15			-95.45	0.65
	+17 11 51.0801	-39 09 25.4016	150 mas	0 mas	347.629098	0.148704		6	G347.63+0.15			-96	1.05
	+17 11 51.0767	-39 09 25.2816	100 mas	120 mas	347.629118	0.148732		7	G347.63+0.15			-96.55	0.55
	+17 11 51.1034	-39 09 24.8016	500 mas	600 mas	347.629277	0.148741		8	G347.63+0.15			-97.1	0.35
13	+17 19 20.41	-39 03 54.2			348.549171	-0.979233	G348.550-0.979		G348.55-0.98	1665 MHz;	1665	..	..	NRAOVLA	5.2 x 1.5	8	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.500		1983 Dec
	+17 19 20.4101	-39 03 54.0016	0 mas	200 mas	348.549216	-0.979201		1	G348.55-0.98			-10.06	1
	+17 19 20.4127	-39 03 53.8816	40 mas	320 mas	348.549248	-0.979189		2	G348.55-0.98			-10.61	1.15
	+17 19 20.4367	-39 03 53.6816	400 mas	520 mas	348.549338	-0.979221		3	G348.55-0.98			-11.16	0.4
	+17 19 20.4154	-39 03 54.2016	80 mas	0 mas	348.549180	-0.979247		4	G348.55-0.98			-11.71	0.65
	+17 19 20.4101	-39 03 54.0016	0 mas	200 mas	348.549216	-0.979201		5	G348.55-0.98			-12.26	0.55
	+17 19 20.4127	-39 03 53.8016	40 mas	400 mas	348.549267	-0.979176		6	G348.55-0.98			-12.81	1.8
	+17 19 20.4127	-39 03 54.1616	40 mas	40 mas	348.549185	-0.979234		7	G348.55-0.98			-13.35	1.85
	+17 19 20.4101	-39 03 54.2016	0 mas	0 mas	348.549171	-0.979233		8	G348.55-0.98			-13.9	1.25
	+17 19 20.4127	-39 03 54.2016	40 mas	0 mas	348.549176	-0.979240		9	G348.55-0.98			-14.45	1.25
	+17 19 20.4367	-39 03 53.9616	400 mas	240 mas	348.549275	-0.979266		10	G348.55-0.98			-16.1	0.5
	+17 19 20.4394	-39 03 54.2016	440 mas	0 mas	348.549225	-0.979311		11	G348.55-0.98			-16.65	0.55
	+17 19 20.4101	-39 03 54.1616	0 mas	40 mas	348.549180	-0.979227		12	G348.55-0.98			-19.39	1.25
	+17 19 20.4101	-39 03 54.2016	0 mas	0 mas	348.549171	-0.979233		13	G348.55-0.98			-19.94	2.25
	+17 19 20.4101	-39 03 53.9216	0 mas	280 mas	348.549234	-0.979189		14	G348.55-0.98			-20.49	1.15
	+17 19 20.4074	-39 03 54.1616	-40 mas	40 mas	348.549175	-0.979220		15	G348.55-0.98			-21.04	2.2
	+17 19 20.4047	-39 03 53.9616	-80 mas	240 mas	348.549215	-0.979181		16	G348.55-0.98			-21.58	0.75
14	+17 20 6.69	-38 57 14.6			348.726001	-1.038507	G348.704-1.039		G348.70-1.04	1665 MHz;	1665	..	..	NRAOVLA	4.7 x 2.4	-42	+H₂O +CH₃OH I +CH₃OH II +OH	UNK	1.800		1983 Dec
	+17 20 4.512	-38 58 30.0216	-32670 mas	-75420 mas	348.704776	-1.044699		1	G348.70-1.04			-10.55	0.4
	+17 20 4.62467	-38 58 31.0516	-30980 mas	-76450 mas	348.704750	-1.045162		2	G348.70-1.04			-11.1	0.45
	+17 20 4.61	-38 58 30.8016	-31200 mas	-76200 mas	348.704780	-1.045083		3	G348.70-1.04			-11.65	0.7
15	+17 15 50.13	-38 10 12			348.884641	0.096502	G348.885+0.096		G348.89+0.10	1665 MHz;	1665	..	..	NRAOVLA	5.6 x 1.6	15	+H₂O +CH₃OH II +OH	EVOLVED	8.900		1983 Dec
	+17 15 50.1247	-38 10 12	-80 mas	0 mas	348.884630	0.096517		1	G348.89+0.10			-72.65	0.5
	+17 15 50.13	-38 10 12	0 mas	0 mas	348.884641	0.096502		2	G348.89+0.10			-73.19	2.4
	+17 15 50.13	-38 10 11.64	0 mas	360 mas	348.884722	0.096561		3	G348.89+0.10			-73.74	0.65
16	+17 17 0.21	-38 19 28.8			348.891666	-0.180012	G348.892-0.180		G348.89-0.18	1665 MHz;	1665	..	..	NRAOVLA	4.5 x 1.2	19	+H₂O +CH₃OH II +OH	SFR	1.000		1983 Dec
	+17 17 0.163333	-38 19 26.6012	-700 mas	2200 mas	348.892076	-0.179534		1	G348.89-0.18			9.94	1.1
	+17 17 0.158667	-38 19 26.5212	-770 mas	2280 mas	348.892085	-0.179509		2	G348.89-0.18			9.39	1.15
	+17 17 0.163333	-38 19 26.6012	-700 mas	2200 mas	348.892076	-0.179534		3	G348.89-0.18			8.84	1.2
	+17 17 0.136667	-38 19 26.1012	-1100 mas	2700 mas	348.892139	-0.179383		4	G348.89-0.18			6.65	0.45
	+17 17 0.156667	-38 19 26.4012	-800 mas	2400 mas	348.892109	-0.179484		5	G348.89-0.18			6.1	0.55
	+17 17 0.155333	-38 19 26.3812	-820 mas	2420 mas	348.892111	-0.179478		6	G348.89-0.18			5.55	0.6
17	+17 16 50.65	-38 05 13.7			349.06722	-0.016978	G349.067-0.017		G349.07-0.02	1665 MHz;	1665	..	..	NRAOVLA	5.5 x 1.4	15	+H₂O +CH₃OH II +OH	SFR_MIXED	1.000		1983 Dec
	+17 16 50.6854	-38 05 14.1504	530 mas	-450 mas	349.067185	-0.017145		1	G349.07-0.02			15.49	0.65
	+17 16 50.6901	-38 05 13.9004	600 mas	-200 mas	349.067251	-0.017117		2	G349.07-0.02			14.94	2.3
	+17 16 50.6934	-38 05 13.8504	650 mas	-150 mas	349.067268	-0.017118		3	G349.07-0.02			14.39	0.85
18	+17 16 24.53	-37 59 47.4			349.091405	0.105403	G349.092+0.106		G349.09+0.11	1665 MHz;	1665	..	..	NRAOVLA	6.4 x 1.7	35	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	9.800		1983 Dec
	+17 16 24.6219	-37 59 43.6	1380 mas	3800 mas	349.092440	0.105770		1	G349.09+0.11			-79.26	0.4
	+17 16 24.6553	-37 59 43.63	1880 mas	3770 mas	349.092496	0.105676		2	G349.09+0.11			-79.81	1.05
	+17 16 24.6499	-37 59 43.6	1800 mas	3800 mas	349.092493	0.105695		3	G349.09+0.11			-80.35	1.05
	+17 16 24.6233	-37 59 44.23	1400 mas	3170 mas	349.092300	0.105665		4	G349.09+0.11			-80.9	1.1
	+17 16 24.6499	-37 59 43.8	1800 mas	3600 mas	349.092448	0.105663		5	G349.09+0.11			-81.45	1.85
	+17 16 24.6499	-37 59 43.73	1800 mas	3670 mas	349.092464	0.105674		6	G349.09+0.11			-82	1.1
19	+17 17 45.39	-37 03 14.2			350.014787	0.432802	G350.015+0.433		G350.02+0.43	1665 MHz;	1665	..	..	NRAOVLA	6.1 x 1.7	38	+H₂O +CH₃OH II +OH	SFR_MIXED	5.000		1983 Dec
	+17 17 45.378	-37 03 14.4784	-180 mas	-280 mas	350.014701	0.432790		1	G350.02+0.43			-32.55	0.3
	+17 17 45.4433	-37 03 13.4984	800 mas	700 mas	350.015049	0.432770		2	G350.02+0.43			-33.1	1.05
	+17 17 45.4933	-37 03 12.5784	1550 mas	1620 mas	350.015353	0.432782		3	G350.02+0.43			-33.65	0.35
	+17 17 45.4287	-37 03 13.8984	580 mas	300 mas	350.014930	0.432746		4	G350.02+0.43			-34.19	0.3
20	+17 19 24.72	-37 10 21.5			350.107574	0.094562	G350.112+0.089		G350.11+0.09	1665 MHz;	1665	..	..	NRAOVLA	4.6 x 1.2	-21	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	9.800		1983 Dec
	+17 19 25.4947	-37 10 5.7504	11620 mas	15750 mas	350.112633	0.094964		1	G350.11+0.09			-67.26	0.45
	+17 19 25.5047	-37 10 5.9504	11770 mas	15550 mas	350.112607	0.094905		2	G350.11+0.09			-67.81	0.8
	+17 19 25.488	-37 10 5.6004	11520 mas	15900 mas	350.112655	0.095006		3	G350.11+0.09			-70	1.2
	+17 19 25.4867	-37 10 5.6004	11500 mas	15900 mas	350.112652	0.095009		4	G350.11+0.09			-70.55	7.7
	+17 19 25.4867	-37 10 5.6004	11500 mas	15900 mas	350.112652	0.095009		5	G350.11+0.09			-71.1	31.8
	+17 19 25.4867	-37 10 5.6004	11500 mas	15900 mas	350.112652	0.095009		6	G350.11+0.09			-71.65	6.05
	+17 19 25.4867	-37 10 5.6004	11500 mas	15900 mas	350.112652	0.095009		7	G350.11+0.09			-72.19	4.4
	+17 19 25.4853	-37 10 5.6004	11480 mas	15900 mas	350.112650	0.095013		8	G350.11+0.09			-72.74	2.85
	+17 19 25.488	-37 10 5.6204	11520 mas	15880 mas	350.112650	0.095003		9	G350.11+0.09			-73.29	1.75
	+17 19 25.4947	-37 10 5.6204	11620 mas	15880 mas	350.112663	0.094984		10	G350.11+0.09			-73.84	3.9
	+17 19 25.4733	-37 10 5.8504	11300 mas	15650 mas	350.112570	0.095006		11	G350.11+0.09			-74.39	6
	+17 19 25.4733	-37 10 5.8804	11300 mas	15620 mas	350.112563	0.095001		12	G350.11+0.09			-74.94	11.05
	+17 19 25.4733	-37 10 5.8804	11300 mas	15620 mas	350.112563	0.095001		13	G350.11+0.09			-75.49	7.45
	+17 19 25.4733	-37 10 6.0004	11300 mas	15500 mas	350.112536	0.094982		14	G350.11+0.09			-76.04	1.15
21	+17 19 57.5	-35 57 52.4			351.160635	0.696744	G351.161+0.697		G351.16+0.70	1665 MHz;	1665	..	..	NRAOVLA	4.8 x 1.5	20	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	1.700		1983 Dec
	+17 19 57.3893	-35 57 52.5216	-1660 mas	-120 mas	351.160394	0.697031		1	G351.16+0.70			-4.87	0.5
	+17 19 57.3999	-35 57 52.0016	-1500 mas	400 mas	351.160533	0.697084		2	G351.16+0.70			-5.42	19.7
	+17 19 57.3999	-35 57 52.0016	-1500 mas	400 mas	351.160533	0.697084		3	G351.16+0.70			-5.96	35.65
	+17 19 57.4826	-35 57 52.9616	-260 mas	-560 mas	351.160473	0.696703		4	G351.16+0.70			-6.51	8.15
	+17 19 57.3999	-35 57 52.1216	-1500 mas	280 mas	351.160505	0.697065		5	G351.16+0.70			-7.06	1.4
	+17 19 57.3999	-35 57 51.1216	-1500 mas	1280 mas	351.160733	0.697224		6	G351.16+0.70			-7.61	5.7
	+17 19 57.3199	-35 57 53.5616	-2700 mas	-1160 mas	351.160023	0.697058		7	G351.16+0.70			-8.16	6
	+17 19 57.3146	-35 57 53.6016	-2780 mas	-1200 mas	351.160003	0.697066		8	G351.16+0.70			-8.71	7.5
	+17 19 57.3999	-35 57 51.6816	-1500 mas	720 mas	351.160605	0.697135		9	G351.16+0.70			-9.26	1.25
	+17 19 57.3786	-35 57 52.3216	-1820 mas	80 mas	351.160419	0.697093		10	G351.16+0.70			-9.81	1.5
	+17 19 57.3493	-35 57 52.9616	-2260 mas	-560 mas	351.160216	0.697072		11	G351.16+0.70			-10.35	2.75
	+17 19 57.3413	-35 57 51.8416	-2380 mas	560 mas	351.160456	0.697272		12	G351.16+0.70			-13.1	1
	+17 19 57.3439	-35 57 51.8816	-2340 mas	520 mas	351.160452	0.697258		13	G351.16+0.70			-13.65	0.7
22	+17 20 53.48	-35 46 59.9			351.417386	0.64515	G351.417+0.645		G351.42+0.64	1665 MHz;	1665	..	..	NRAOVLA	6.4 x 1.5	39	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	1.900		1983 Dec
	+17 20 53.5119	-35 46 59.9716	480 mas	-70 mas	351.417431	0.645050		1	G351.42+0.64			-6.16	1.95
	+17 20 53.4999	-35 46 59.6016	300 mas	300 mas	351.417493	0.645141		2	G351.42+0.64			-6.71	3.8
	+17 20 53.4866	-35 46 59.4016	100 mas	500 mas	351.417513	0.645210		3	G351.42+0.64			-7.26	40.4
	+17 20 53.4879	-35 46 59.4216	120 mas	480 mas	351.417511	0.645203		4	G351.42+0.64			-7.81	21.05
	+17 20 53.4699	-35 46 59.4516	-150 mas	450 mas	351.417469	0.645249		5	G351.42+0.64			-8.35	34.15
	+17 20 53.4666	-35 46 59.5016	-200 mas	400 mas	351.417451	0.645250		6	G351.42+0.64			-8.9	135.25
	+17 20 53.4666	-35 46 59.5016	-200 mas	400 mas	351.417451	0.645250		7	G351.42+0.64			-9.45	8.55
	+17 20 53.4879	-35 46 59.2216	120 mas	680 mas	351.417556	0.645235		8	G351.42+0.64			-10	1.8
	+17 20 53.5579	-35 46 58.2816	1170 mas	1620 mas	351.417906	0.645190		9	G351.42+0.64			-10.55	1.8
	+17 20 53.5319	-35 46 58.5016	780 mas	1400 mas	351.417805	0.645227		10	G351.42+0.64			-11.1	4.45
	+17 20 53.5066	-35 46 58.7816	400 mas	1120 mas	351.417693	0.645253		11	G351.42+0.64			-11.65	5.4
	+17 20 53.4979	-35 46 58.4216	270 mas	1480 mas	351.417758	0.645334		12	G351.42+0.64			-12.19	1.8
23	+17 25 25.33	-36 12 43.4			351.581957	-0.353112	G351.581-0.353		G351.58-0.35	1665 MHz;	1665	..	..	NRAOVLA	4.5 x 1.7	20	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	9.900		1983 Dec
	+17 25 25.2367	-36 12 44.8816	-1400 mas	-1480 mas	351.581440	-0.353083		1	G351.58-0.35			-91.16	0.35
	+17 25 25.2047	-36 12 45.6416	-1880 mas	-2240 mas	351.581205	-0.353113		2	G351.58-0.35			-91.71	0.25
	+17 25 25.3434	-36 12 43.6016	200 mas	-200 mas	351.581936	-0.353181		3	G351.58-0.35			-92.26	1.4
	+17 25 25.3434	-36 12 43.6016	200 mas	-200 mas	351.581936	-0.353181		4	G351.58-0.35			-92.81	7.75
	+17 25 25.2394	-36 12 45.2016	-1360 mas	-1800 mas	351.581372	-0.353141		5	G351.58-0.35			-93.9	0.9
	+17 25 25.2367	-36 12 45.6016	-1400 mas	-2200 mas	351.581275	-0.353195		6	G351.58-0.35			-94.45	0.85
	+17 25 25.2314	-36 12 45.6016	-1480 mas	-2200 mas	351.581265	-0.353181		7	G351.58-0.35			-95	0.8
	+17 25 25.2101	-36 12 44.8816	-1800 mas	-1480 mas	351.581390	-0.353009		8	G351.58-0.35			-95.55	0.5
	+17 25 25.1994	-36 12 45.3616	-1960 mas	-1960 mas	351.581260	-0.353054		9	G351.58-0.35			-96.1	0.6
	+17 25 25.2101	-36 12 44.9216	-1800 mas	-1520 mas	351.581381	-0.353015		10	G351.58-0.35			-96.65	1.45
	+17 25 25.2074	-36 12 44.8816	-1840 mas	-1480 mas	351.581385	-0.353002		11	G351.58-0.35			-97.19	0.85
	+17 25 25.2101	-36 12 45.2816	-1800 mas	-1880 mas	351.581298	-0.353071		12	G351.58-0.35			-97.74	1.7
	+17 25 25.2101	-36 12 45.2816	-1800 mas	-1880 mas	351.581298	-0.353071		13	G351.58-0.35			-98.29	0.55
	+17 25 25.2047	-36 12 44.5216	-1880 mas	-1120 mas	351.581463	-0.352938		14	G351.58-0.35			-98.84	0.95
	+17 25 25.2074	-36 12 44.4816	-1840 mas	-1080 mas	351.581477	-0.352939		15	G351.58-0.35			-99.39	0.45
	+17 25 25.1247	-36 12 44.5216	-3080 mas	-1120 mas	351.581312	-0.352716		16	G351.58-0.35			-99.94	0.6
24	+17 26 42.32	-36 09 16.3			351.774464	-0.535576	G351.775-0.536		G351.78-0.54	1665 MHz;	1665	..	..	NRAOVLA	4.7 x 2.2	-52	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.200		1983 Dec
	+17 26 42.5099	-36 09 18.1008	2850 mas	-1800 mas	351.774405	-0.536386		1	G351.78-0.54			4.01	15.45
	+17 26 42.5066	-36 09 17.9708	2800 mas	-1670 mas	351.774429	-0.536356		2	G351.78-0.54			3.46	12.8
	+17 26 42.4933	-36 09 18.3508	2600 mas	-2050 mas	351.774316	-0.536378		3	G351.78-0.54			2.91	5.25
	+17 26 42.4899	-36 09 18.0508	2550 mas	-1750 mas	351.774379	-0.536322		4	G351.78-0.54			2.36	1.7
	+17 26 42.4646	-36 09 17.4508	2170 mas	-1150 mas	351.774470	-0.536158		5	G351.78-0.54			1.81	3.35
	+17 26 42.5079	-36 09 18.0708	2820 mas	-1770 mas	351.774408	-0.536375		6	G351.78-0.54			1.27	4.15
	+17 26 42.5099	-36 09 17.9508	2850 mas	-1650 mas	351.774440	-0.536362		7	G351.78-0.54			0.72	1.6
	+17 26 42.4713	-36 09 18.5508	2270 mas	-2250 mas	351.774229	-0.536347		8	G351.78-0.54			0.17	2.9
	+17 26 42.4786	-36 09 18.5508	2380 mas	-2250 mas	351.774242	-0.536368		9	G351.78-0.54			-0.38	8.6
	+17 26 42.4746	-36 09 18.3008	2320 mas	-2000 mas	351.774293	-0.536318		10	G351.78-0.54			-0.93	0.7
	+17 26 42.4799	-36 09 17.4508	2400 mas	-1150 mas	351.774499	-0.536201		11	G351.78-0.54			-1.48	50.5
	+17 26 42.4933	-36 09 17.6008	2600 mas	-1300 mas	351.774489	-0.536262		12	G351.78-0.54			-2.03	81
	+17 26 42.5099	-36 09 17.8008	2850 mas	-1500 mas	351.774474	-0.536339		13	G351.78-0.54			-2.57	11.05
	+17 26 42.3966	-36 09 16.8208	1150 mas	-520 mas	351.774487	-0.535871		14	G351.78-0.54			-3.12	0.55
	+17 26 42.4046	-36 09 16.7508	1270 mas	-450 mas	351.774518	-0.535882		15	G351.78-0.54			-3.67	0.75
	+17 26 42.4646	-36 09 16.7008	2170 mas	-400 mas	351.774643	-0.536042		16	G351.78-0.54			-4.22	0.8
	+17 26 42.4766	-36 09 15.9708	2350 mas	330 mas	351.774833	-0.535962		17	G351.78-0.54			-4.77	0.25
	+17 26 42.5766	-36 09 16.3708	3850 mas	-70 mas	351.774929	-0.536304		18	G351.78-0.54			-5.32	0.5
	+17 26 42.5733	-36 09 16.5508	3800 mas	-250 mas	351.774881	-0.536322		19	G351.78-0.54			-5.87	1.1
	+17 26 42.5733	-36 09 16.4008	3800 mas	-100 mas	351.774916	-0.536299		20	G351.78-0.54			-6.42	2.7
	+17 26 42.5246	-36 09 16.3708	3070 mas	-70 mas	351.774831	-0.536158		21	G351.78-0.54			-6.96	10.75
	+17 26 42.5413	-36 09 16.5208	3320 mas	-220 mas	351.774828	-0.536228		22	G351.78-0.54			-7.51	9.25
	+17 26 42.6153	-36 09 16.5208	4430 mas	-220 mas	351.774967	-0.536435		23	G351.78-0.54			-8.06	4.85
	+17 26 42.6279	-36 09 16.6508	4620 mas	-350 mas	351.774961	-0.536490		24	G351.78-0.54			-8.61	0.7
	+17 26 42.6366	-36 09 16.4708	4750 mas	-170 mas	351.775019	-0.536487		25	G351.78-0.54			-9.16	8.1
	+17 26 42.5986	-36 09 16.7708	4180 mas	-470 mas	351.774878	-0.536427		26	G351.78-0.54			-9.71	3.9
	+17 26 42.5899	-36 09 16.8508	4050 mas	-550 mas	351.774843	-0.536415		27	G351.78-0.54			-10.26	6
	+17 26 42.5899	-36 09 16.8508	4050 mas	-550 mas	351.774843	-0.536415		28	G351.78-0.54			-10.81	2.35
	+17 26 42.4099	-36 09 17.2708	1350 mas	-970 mas	351.774409	-0.535978		29	G351.78-0.54			-11.9	0.35
	+17 26 42.3633	-36 09 16.6008	650 mas	-300 mas	351.774475	-0.535744		30	G351.78-0.54			-12.45	0.3
	+17 26 42.6399	-36 09 18.8308	4800 mas	-2530 mas	351.774481	-0.536862		31	G351.78-0.54			-27.27	0.55
	+17 26 42.6046	-36 09 18.4008	4270 mas	-2100 mas	351.774514	-0.536696		32	G351.78-0.54			-27.81	5.05
	+17 26 42.6153	-36 09 18.6208	4430 mas	-2320 mas	351.774483	-0.536760		33	G351.78-0.54			-28.36	0.55
25	+17 27 11.43	-35 19 31.1			352.517786	-0.155056	G352.517-0.155		G352.52-0.15	1665 MHz;	1665	..	..	NRAOVLA	4.7 x 1.6	23	+H₂O +CH₃OH II +OH	SFR	8.000		1983 Dec
	+17 27 11.3467	-35 19 31.8516	-1250 mas	-750 mas	352.517455	-0.154937		1	G352.52-0.15			-47.55	0.55
	+17 27 11.33	-35 19 31.6016	-1500 mas	-500 mas	352.517481	-0.154852		2	G352.52-0.15			-48.1	1.65
	+17 27 11.33	-35 19 31.6016	-1500 mas	-500 mas	352.517481	-0.154852		3	G352.52-0.15			-48.65	0.8
	+17 27 11.3467	-35 19 31.5516	-1250 mas	-450 mas	352.517524	-0.154891		4	G352.52-0.15			-49.19	0.4
	+17 27 11.3433	-35 19 31.6016	-1300 mas	-500 mas	352.517506	-0.154889		5	G352.52-0.15			-49.74	0.7
	+17 27 11.338	-35 19 31.7016	-1380 mas	-600 mas	352.517473	-0.154890		6	G352.52-0.15			-50.29	0.9
	+17 27 11.3313	-35 19 31.7016	-1480 mas	-600 mas	352.517460	-0.154871		7	G352.52-0.15			-50.84	1.2
	+17 27 11.3453	-35 19 31.9216	-1270 mas	-820 mas	352.517436	-0.154944		8	G352.52-0.15			-51.39	1.2
	+17 27 11.3333	-35 19 31.7516	-1450 mas	-650 mas	352.517453	-0.154884		9	G352.52-0.15			-51.94	0.75
	+17 27 11.3413	-35 19 31.5716	-1330 mas	-470 mas	352.517509	-0.154879		10	G352.52-0.15			-52.49	0.85
	+17 27 11.33	-35 19 31.2016	-1500 mas	-100 mas	352.517573	-0.154790		11	G352.52-0.15			-53.04	0.3
26	+17 30 25.14	-34 41 37.9			353.409624	-0.355998	G353.410-0.360		G353.41-0.36	1665 MHz;	1665	..	..	NRAOVLA	5.9 x 1.5	46	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	4.500		1983 Dec
	+17 30 26.0133	-34 41 45.4796	13100 mas	-7580 mas	353.409513	-0.359655		1	G353.41-0.36			-18.35	0.3
	+17 30 26.0467	-34 41 45.6996	13600 mas	-7800 mas	353.409524	-0.359784		2	G353.41-0.36			-18.9	1.1
	+17 30 26.0467	-34 41 45.6996	13600 mas	-7800 mas	353.409524	-0.359784		3	G353.41-0.36			-19.45	6.4
	+17 30 26.0467	-34 41 45.6996	13600 mas	-7800 mas	353.409524	-0.359784		4	G353.41-0.36			-20	1.25
	+17 30 26.0433	-34 41 45.7496	13550 mas	-7850 mas	353.409507	-0.359782		5	G353.41-0.36			-20.55	1.75
27	+17 26 51.55	-34 08 26.2			353.463524	0.561698	G353.464+0.562		G353.46+0.56	1665 MHz;	1665	..	..	NRAOVLA	5 x 1.3	25	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	8.400		1983 Dec
	+17 26 51.5601	-34 08 25.2196	150 mas	980 mas	353.463770	0.561821		1	G353.46+0.56			-43.74	0.8
	+17 26 51.5701	-34 08 25.1996	300 mas	1000 mas	353.463794	0.561795		2	G353.46+0.56			-44.29	1
	+17 26 51.5754	-34 08 25.0296	380 mas	1170 mas	353.463843	0.561806		3	G353.46+0.56			-44.84	0.85
28	+17 30 17.11	-33 13 54.9			354.614896	0.471889	G354.615+0.472		G354.61+0.47	1665 MHz;	1665	..	..	NRAOVLA	5 x 1.3	30	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	4.200		1983 Dec
	+17 30 17.1247	-33 13 53.6512	220 mas	1250 mas	354.615214	0.472037		1	G354.61+0.47			-14.06	0.5
	+17 30 17.1101	-33 13 53.8012	0 mas	1100 mas	354.615151	0.472057		2	G354.61+0.47			-14.61	4
	+17 30 17.1101	-33 13 53.8012	0 mas	1100 mas	354.615151	0.472057		3	G354.61+0.47			-15.16	6.25
	+17 30 17.1101	-33 13 53.8012	0 mas	1100 mas	354.615151	0.472057		4	G354.61+0.47			-15.71	2.35
29	+17 33 29.03	-32 47 59.4			355.343527	0.147201	G355.344+0.147		G355.34+0.15	1665 MHz;	1665	..	..	NRAOVLA	7.7 x 1.1	44	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	2.000		1983 Dec
	+17 33 29.0419	-32 47 58.7988	180 mas	600 mas	355.343690	0.147257		1	G355.34+0.15			26.97	0.3
	+17 33 28.9866	-32 47 59.5988	-650 mas	-200 mas	355.343398	0.147299		2	G355.34+0.15			26.43	0.25
	+17 33 29.1633	-32 47 57.9788	2000 mas	1420 mas	355.344112	0.147025		3	G355.34+0.15			22.58	0.2
	+17 33 29.0733	-32 47 59.3288	650 mas	70 mas	355.343626	0.147085		4	G355.34+0.15			22.04	0.2
	+17 33 29.0379	-32 47 58.8488	120 mas	550 mas	355.343670	0.147261		5	G355.34+0.15			21.49	0.45
	+17 33 29.0766	-32 47 58.3788	700 mas	1020 mas	355.343854	0.147219		6	G355.34+0.15			20.94	2
	+17 33 29.0753	-32 47 58.5188	680 mas	880 mas	355.343818	0.147202		7	G355.34+0.15			20.39	3.75
	+17 33 29.0766	-32 47 58.4988	700 mas	900 mas	355.343826	0.147201		8	G355.34+0.15			19.84	3.9
	+17 33 29.0766	-32 47 58.4988	700 mas	900 mas	355.343826	0.147201		9	G355.34+0.15			19.29	14
	+17 33 29.0766	-32 47 58.4988	700 mas	900 mas	355.343826	0.147201		10	G355.34+0.15			18.74	17.55
	+17 33 29.0766	-32 47 58.4988	700 mas	900 mas	355.343826	0.147201		11	G355.34+0.15			18.19	9.55
	+17 33 29.0766	-32 47 58.5488	700 mas	850 mas	355.343814	0.147193		12	G355.34+0.15			17.65	1.3
30	+17 40 54.23	-30 22 39			358.235358	0.1146	G358.235+0.115		G358.23+0.11	1665 MHz;	1665	..	..	NRAOVLA	5.9 x 1.5	-46	+H₂O +OH +SiO	EVOLVED	10.000		1983 Dec
	+17 40 54.1066	-30 22 37.75	-1850 mas	1250 mas	358.235417	0.115160		1	G358.23+0.11			-22.81	0.6
	+17 40 54.1219	-30 22 37.9	-1620 mas	1100 mas	358.235411	0.115091		2	G358.23+0.11			-23.35	0.85
	+17 40 54.0899	-30 22 37.45	-2100 mas	1550 mas	358.235456	0.115255		3	G358.23+0.11			-23.9	0.95
	+17 40 54.1633	-30 22 38.2	-1000 mas	800 mas	358.235419	0.114921		4	G358.23+0.11			-24.45	0.75
	+17 40 54.1333	-30 22 37.9	-1450 mas	1100 mas	358.235433	0.115057		5	G358.23+0.11			-25	1.4
	+17 40 54.1266	-30 22 37.9	-1550 mas	1100 mas	358.235420	0.115077		6	G358.23+0.11			-25.55	1.3
	+17 40 54.1466	-30 22 38.2	-1250 mas	800 mas	358.235387	0.114972		7	G358.23+0.11			-26.1	1.05
	+17 40 54.1299	-30 22 38	-1500 mas	1000 mas	358.235403	0.115052		8	G358.23+0.11			-26.65	1.55
	+17 40 54.1299	-30 22 37.9	-1500 mas	1100 mas	358.235426	0.115067		9	G358.23+0.11			-27.19	2.8
	+17 40 54.1399	-30 22 37.95	-1350 mas	1050 mas	358.235434	0.115029		10	G358.23+0.11			-27.74	1.45
	+17 40 54.1366	-30 22 37.9	-1400 mas	1100 mas	358.235439	0.115046		11	G358.23+0.11			-28.29	1.2
	+17 40 54.1033	-30 22 37.65	-1900 mas	1350 mas	358.235434	0.115185		12	G358.23+0.11			-28.84	0.85
	+17 40 54.1633	-30 22 38.3	-1000 mas	700 mas	358.235396	0.114906		13	G358.23+0.11			-29.39	0.6
	+17 40 54.1299	-30 22 37.9	-1500 mas	1100 mas	358.235426	0.115067		14	G358.23+0.11			-29.94	0.8
31	+17 43 25.65	-29 39 17.2			359.137507	0.03158	G359.137+0.031		G359.14+0.03	1665 MHz;	1665	..	..	NRAOVLA	4.3 x 1.2	30	+H₂O -CH₃OH I +CH₃OH II +OH	SFR_MIXED	5.000		1983 Dec
	+17 43 25.6733	-29 39 17.7008	350 mas	-500 mas	359.137433	0.031435		1	G359.14+0.03			-0.06	0.65
	+17 43 25.6767	-29 39 17.6008	400 mas	-400 mas	359.137463	0.031440		2	G359.14+0.03			-0.61	1.8
	+17 43 25.6767	-29 39 17.4808	400 mas	-280 mas	359.137491	0.031457		3	G359.14+0.03			-1.16	2.4
	+17 43 25.6767	-29 39 17.3008	400 mas	-100 mas	359.137534	0.031483		4	G359.14+0.03			-1.71	5.1
	+17 43 25.6847	-29 39 17.0508	520 mas	150 mas	359.137608	0.031495		5	G359.14+0.03			-2.26	4.75
	+17 43 25.688	-29 39 16.8208	570 mas	380 mas	359.137669	0.031518		6	G359.14+0.03			-2.81	2.5
	+17 43 25.6767	-29 39 17.0508	400 mas	150 mas	359.137593	0.031520		7	G359.14+0.03			-3.35	1.3
	+17 43 25.682	-29 39 17.3008	480 mas	-100 mas	359.137544	0.031467		8	G359.14+0.03			-3.9	0.55
	+17 43 25.688	-29 39 17.5808	570 mas	-380 mas	359.137489	0.031408		9	G359.14+0.03			-4.45	0.4
	+17 43 25.6767	-29 39 16.9208	400 mas	280 mas	359.137623	0.031539		10	G359.14+0.03			-5.55	1.15
	+17 43 25.6687	-29 39 16.8508	280 mas	350 mas	359.137625	0.031574		11	G359.14+0.03			-6.1	1.2
32	+17 44 40.1	-29 28 13.7			359.435853	-0.101698	G359.4363-0.1033		G359.44-0.10	1665 MHz;	1665	..	..	NRAOVLA	5.8 x 1.4	48	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	10.000		1983 Dec
	+17 44 40.4966	-29 28 16.7792	5950 mas	-3080 mas	359.435876	-0.103372		1	G359.44-0.10			-50.55	0.4
	+17 44 40.5066	-29 28 16.8992	6100 mas	-3200 mas	359.435866	-0.103420		2	G359.44-0.10			-51.1	0.9
	+17 44 40.5066	-29 28 16.6992	6100 mas	-3000 mas	359.435914	-0.103391		3	G359.44-0.10			-51.65	4.6
	+17 44 40.5066	-29 28 16.6492	6100 mas	-2950 mas	359.435926	-0.103384		4	G359.44-0.10			-52.19	2.4
33	+17 45 39.01	-29 23 30.8			359.614451	-0.243052	G359.615-0.243		G359.62-0.25	1665 MHz;	1665	..	..	NRAOVLA	4.5 x 1.2	30	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	10.000		1983 Dec
	+17 45 39.1034	-29 23 29.8004	1400 mas	1000 mas	359.614865	-0.243196		1	G359.62-0.25			25.68	0.45
	+17 45 39.1034	-29 23 29.8004	1400 mas	1000 mas	359.614865	-0.243196		2	G359.62-0.25			25.13	0.9
	+17 45 39.1114	-29 23 29.5304	1520 mas	1270 mas	359.614944	-0.243182		3	G359.62-0.25			24.58	0.5
	+17 45 39.1247	-29 23 29.4704	1720 mas	1330 mas	359.614983	-0.243215		4	G359.62-0.25			24.04	0.35
	+17 45 39.1101	-29 23 29.6504	1500 mas	1150 mas	359.614913	-0.243195		5	G359.62-0.25			23.49	0.8
	+17 45 39.1034	-29 23 29.8004	1400 mas	1000 mas	359.614865	-0.243196		6	G359.62-0.25			22.94	1
	+17 45 39.1034	-29 23 29.8004	1400 mas	1000 mas	359.614865	-0.243196		7	G359.62-0.25			22.39	2.25
	+17 45 39.1147	-29 23 29.6304	1570 mas	1170 mas	359.614926	-0.243207		8	G359.62-0.25			21.84	1.25
	+17 45 39.1034	-29 23 29.7004	1400 mas	1100 mas	359.614888	-0.243182		9	G359.62-0.25			21.29	0.4
34	+17 47 20.26	-29 12 00			359.969539	-0.457767	G359.970-0.457		G359.97-0.46	1665 MHz;	1665	..	..	NRAOVLA	7.3 x 1.1	46	+H₂O -CH₃OH I +CH₃OH II +OH	SFR_MIXED	10.000		1983 Dec
	+17 47 20.1901	-29 11 59.15	-1050 mas	850 mas	359.969609	-0.457427		1	G359.97-0.46			15.65	1.35
	+17 47 20.2134	-29 11 58.7	-700 mas	1300 mas	359.969760	-0.457435		2	G359.97-0.46			15.1	2.75
	+17 47 20.2134	-29 11 58.7	-700 mas	1300 mas	359.969760	-0.457435		3	G359.97-0.46			14.55	12.95
	+17 47 20.2054	-29 11 58.8	-820 mas	1200 mas	359.969721	-0.457425		4	G359.97-0.46			14	2.75
35	+17 46 21.34	-28 35 40.5			0.375593	0.040076	G0.3758+0.0401		G0.38+0.04	1665 MHz;	1665	..	..	NRAOVLA	5.2 x 1	35	+H₂O +CH₃OH II +OH	SFR	10.000		1983 Dec
	+17 46 21.3934	-28 35 39.6188	800 mas	880 mas	0.375903	0.040036		1	G0.38+0.04			38.13	0.5
	+17 46 21.3901	-28 35 39.4988	750 mas	1000 mas	0.375926	0.040064		2	G0.38+0.04			37.58	0.65
	+17 46 21.3867	-28 35 39.6188	700 mas	880 mas	0.375891	0.040057		3	G0.38+0.04			37.04	0.4
	+17 46 21.3947	-28 35 39.6988	820 mas	800 mas	0.375887	0.040020		4	G0.38+0.04			36.49	0.9
	+17 46 21.3867	-28 35 39.4988	700 mas	1000 mas	0.375919	0.040074		5	G0.38+0.04			35.94	1.9
	+17 46 21.3734	-28 35 39.6988	500 mas	800 mas	0.375846	0.040087		6	G0.38+0.04			35.39	2.2
	+17 46 21.3801	-28 35 39.4988	600 mas	1000 mas	0.375906	0.040095		7	G0.38+0.04			34.84	0.7
	+17 46 21.3701	-28 35 40.0188	450 mas	480 mas	0.375764	0.040051		8	G0.38+0.04			34.29	0.25
	+17 46 21.3601	-28 35 39.9488	300 mas	550 mas	0.375762	0.040093		9	G0.38+0.04			33.19	0.5
	+17 46 21.3934	-28 35 39.4988	800 mas	1000 mas	0.375932	0.040054		10	G0.38+0.04			32.65	1
	+17 46 21.3867	-28 35 39.5188	700 mas	980 mas	0.375914	0.040071		11	G0.38+0.04			32.1	0.9
36	+17 50 14.45	-28 54 29.1			0.546698	-0.851064	G0.546-0.852		G0.55-0.85	1665 MHz;	1665	..	..	NRAOVLA	5.1 x 1.3	40	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	2.000		1983 Dec
	+17 50 14.5099	-28 54 31.9288	900 mas	-2830 mas	0.546136	-0.851655		1	G0.55-0.85			19.78	0.55
	+17 50 14.5166	-28 54 31.7988	1000 mas	-2700 mas	0.546179	-0.851657		2	G0.55-0.85			19.23	2.25
	+17 50 14.5219	-28 54 31.6788	1080 mas	-2580 mas	0.546218	-0.851657		3	G0.55-0.85			18.68	0.5
	+17 50 14.5166	-28 54 32.0788	1000 mas	-2980 mas	0.546112	-0.851697		4	G0.55-0.85			18.13	0.25
	+17 50 14.5046	-28 54 32.1288	820 mas	-3030 mas	0.546078	-0.851667		5	G0.55-0.85			17.58	0.35
	+17 50 14.5119	-28 54 31.9788	930 mas	-2880 mas	0.546128	-0.851668		6	G0.55-0.85			17.04	0.2
	+17 50 14.4713	-28 54 32.0788	320 mas	-2980 mas	0.546028	-0.851555		7	G0.55-0.85			15.39	1.15
	+17 50 14.4879	-28 54 31.7988	570 mas	-2700 mas	0.546126	-0.851568		8	G0.55-0.85			14.84	1.5
	+17 50 14.4999	-28 54 31.7988	750 mas	-2700 mas	0.546148	-0.851605		9	G0.55-0.85			14.29	0.2
	+17 50 14.4879	-28 54 32.3788	570 mas	-3280 mas	0.545987	-0.851650		10	G0.55-0.85			13.74	0.25
	+17 50 14.5046	-28 54 31.9488	820 mas	-2850 mas	0.546121	-0.851641		11	G0.55-0.85			13.19	0.5
	+17 50 14.4999	-28 54 32.0788	750 mas	-2980 mas	0.546081	-0.851645		12	G0.55-0.85			12.65	0.4
	+17 50 14.4986	-28 54 32.2488	730 mas	-3150 mas	0.546038	-0.851665		13	G0.55-0.85			12.1	0.35
	+17 50 14.4999	-28 54 32.2488	750 mas	-3150 mas	0.546041	-0.851669		14	G0.55-0.85			11.55	0.5
	+17 50 14.4846	-28 54 32.2488	520 mas	-3150 mas	0.546012	-0.851621		15	G0.55-0.85			11	0.6
	+17 50 14.4999	-28 54 31.8488	750 mas	-2750 mas	0.546136	-0.851612		16	G0.55-0.85			9.35	0.3
	+17 50 14.5446	-28 54 31.0488	1420 mas	-1950 mas	0.546411	-0.851638		17	G0.55-0.85			8.81	0.35
	+17 50 14.5166	-28 54 31.5488	1000 mas	-2450 mas	0.546239	-0.851622		18	G0.55-0.85			8.26	0.3
37	+17 50 36.11	-27 05 47.1			2.143208	0.009068	G2.143+0.009		G2.14+0.01	1665 MHz;	1665	..	..	NRAOVLA	5.8 x 0.9	40	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	8.900		1983 Dec
	+17 50 36.1299	-27 05 47.5512	300 mas	-450 mas	2.143138	0.008940		1	G2.14+0.01			61.04	0.3
	+17 50 36.1486	-27 05 47.3512	580 mas	-250 mas	2.143221	0.008909		2	G2.14+0.01			60.49	0.9
	+17 50 36.1419	-27 05 47.3212	480 mas	-220 mas	2.143216	0.008935		3	G2.14+0.01			59.94	2.5
	+17 50 36.1299	-27 05 47.1012	300 mas	0 mas	2.143246	0.009004		4	G2.14+0.01			59.39	2.75
	+17 50 36.1499	-27 05 47.1012	600 mas	0 mas	2.143284	0.008940		5	G2.14+0.01			58.84	0.35
38	+17 54 38.76	-25 34 44.6			3.910476	0.001257	G3.910+0.001		G3.91+0.00	1665 MHz;	1665	..	..	NRAOVLA	5 x 1.4	-60	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	5.800		1983 Dec
	+17 54 38.7253	-25 34 44.3816	-520 mas	220 mas	3.910462	0.001400		1	G3.91+0.00			19.94	0.25
	+17 54 38.7833	-25 34 44.6016	350 mas	0 mas	3.910520	0.001181		2	G3.91+0.00			19.39	0.2
	+17 54 38.76	-25 34 44.9016	0 mas	-300 mas	3.910403	0.001215		3	G3.91+0.00			18.29	0.2
	+17 54 38.76	-25 34 44.6016	0 mas	0 mas	3.910475	0.001257		4	G3.91+0.00			17.74	4.1
	+17 54 38.7713	-25 34 44.6516	170 mas	-50 mas	3.910485	0.001213		5	G3.91+0.00			17.19	0.7
39	+18 00 30.45	-24 04 0.9			5.8854	-0.392416	G5.885-0.392		G5.88-0.39	1665 MHz;	1665	..	..	NRAOVLA	6.2 x 1.3	51	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.600		1983 Dec
	+18 00 30.2967	-24 04 0.4212	-2300 mas	480 mas	5.885226	-0.391844		1	G5.88-0.39			17.01	1.1
	+18 00 30.34	-24 04 4.2012	-1650 mas	-3300 mas	5.884397	-0.392508		2	G5.88-0.39			15.36	0.85
	+18 00 30.3433	-24 04 4.2512	-1600 mas	-3350 mas	5.884391	-0.392526		3	G5.88-0.39			14.81	3
	+18 00 30.3433	-24 04 4.1712	-1600 mas	-3270 mas	5.884410	-0.392515		4	G5.88-0.39			14.27	4.15
	+18 00 30.3433	-24 04 4.0012	-1600 mas	-3100 mas	5.884451	-0.392492		5	G5.88-0.39			13.72	5.35
	+18 00 30.3467	-24 04 3.9512	-1550 mas	-3050 mas	5.884469	-0.392496		6	G5.88-0.39			13.17	3.05
	+18 00 30.3567	-24 04 4.0012	-1400 mas	-3100 mas	5.884476	-0.392536		7	G5.88-0.39			12.62	1.35
	+18 00 30.3667	-24 04 3.8212	-1250 mas	-2920 mas	5.884539	-0.392544		8	G5.88-0.39			12.07	0.85
	+18 00 30.3347	-24 04 3.7512	-1730 mas	-2850 mas	5.884495	-0.392428		9	G5.88-0.39			11.52	1.55
	+18 00 30.3547	-24 04 3.6712	-1430 mas	-2770 mas	5.884552	-0.392483		10	G5.88-0.39			10.97	1.7
	+18 00 30.3247	-24 04 3.7512	-1880 mas	-2850 mas	5.884476	-0.392395		11	G5.88-0.39			10.43	1.35
	+18 00 30.3567	-24 04 3.2512	-1400 mas	-2350 mas	5.884657	-0.392432		12	G5.88-0.39			9.88	1.65
	+18 00 30.5467	-24 04 2.7512	1450 mas	-1850 mas	5.885137	-0.392991		13	G5.88-0.39			9.88	1.65
	+18 00 30.5747	-24 04 2.5012	1870 mas	-1600 mas	5.885250	-0.393049		14	G5.88-0.39			9.33	2
	+18 00 30.34	-24 04 3.4712	-1650 mas	-2570 mas	5.884573	-0.392407		15	G5.88-0.39			8.78	1.05
	+18 00 30.4987	-24 04 2.9512	730 mas	-2050 mas	5.884998	-0.392860		16	G5.88-0.39			8.23	1.55
	+18 00 30.3533	-24 04 3.9212	-1450 mas	-3020 mas	5.884489	-0.392514		17	G5.88-0.39			7.68	1.3
	+18 00 30.3433	-24 04 3.8012	-1600 mas	-2900 mas	5.884499	-0.392464		18	G5.88-0.39			7.13	2.25
	+18 00 30.3547	-24 04 3.8512	-1430 mas	-2950 mas	5.884509	-0.392508		19	G5.88-0.39			6.58	1.9
	+18 00 30.36	-24 04 3.8212	-1350 mas	-2920 mas	5.884526	-0.392522		20	G5.88-0.39			6.04	1.35
	+18 00 30.3567	-24 04 3.9712	-1400 mas	-3070 mas	5.884484	-0.392531		21	G5.88-0.39			5.49	1.25
	+18 00 30.39	-24 04 3.7812	-900 mas	-2880 mas	5.884592	-0.392615		22	G5.88-0.39			4.94	1
	+18 00 30.36	-24 04 4.0012	-1350 mas	-3100 mas	5.884483	-0.392547		23	G5.88-0.39			4.39	1.15
	+18 00 30.3267	-24 04 3.8712	-1850 mas	-2970 mas	5.884451	-0.392419		24	G5.88-0.39			3.84	0.8
	+18 00 30.3333	-24 04 3.7512	-1750 mas	-2850 mas	5.884493	-0.392424		25	G5.88-0.39			3.29	1
	+18 00 30.358	-24 04 3.7512	-1380 mas	-2850 mas	5.884539	-0.392505		26	G5.88-0.39			2.74	2
	+18 00 30.3547	-24 04 3.5212	-1430 mas	-2620 mas	5.884588	-0.392463		27	G5.88-0.39			2.19	0.9
	+18 00 30.4167	-24 04 3.3512	-500 mas	-2450 mas	5.884746	-0.392644		28	G5.88-0.39			1.1	0.45
	+18 00 30.3613	-24 04 3.7212	-1330 mas	-2820 mas	5.884553	-0.392512		29	G5.88-0.39			0.55	0.3
	+18 00 30.3633	-24 04 3.5212	-1300 mas	-2620 mas	5.884605	-0.392491		30	G5.88-0.39			0	0.25
	+18 00 30.3547	-24 04 3.8212	-1430 mas	-2920 mas	5.884516	-0.392504		31	G5.88-0.39			-0.55	0.2
	+18 00 30.2867	-24 04 4.6712	-2450 mas	-3770 mas	5.884183	-0.392397		32	G5.88-0.39			-1.1	0.2
	+18 00 30.36	-24 04 5.1712	-1350 mas	-4270 mas	5.884200	-0.392708		33	G5.88-0.39			-3.84	0.2
	+18 00 30.3933	-24 04 2.9512	-850 mas	-2050 mas	5.884799	-0.392512		34	G5.88-0.39			-4.39	0.3
	+18 00 30.36	-24 04 3.7212	-1350 mas	-2820 mas	5.884550	-0.392508		35	G5.88-0.39			-4.94	0.45
	+18 00 30.37	-24 04 3.4512	-1200 mas	-2550 mas	5.884634	-0.392504		36	G5.88-0.39			-5.49	1.35
	+18 00 30.3433	-24 04 3.7512	-1600 mas	-2850 mas	5.884511	-0.392457		37	G5.88-0.39			-6.04	0.35
	+18 00 30.4133	-24 04 3.0212	-550 mas	-2120 mas	5.884820	-0.392588		38	G5.88-0.39			-6.58	0.4
	+18 00 30.37	-24 04 3.3012	-1200 mas	-2400 mas	5.884670	-0.392483		39	G5.88-0.39			-7.13	0.7
	+18 00 30.4547	-24 04 2.0512	70 mas	-1150 mas	5.885132	-0.392590		40	G5.88-0.39			-7.68	0.95
	+18 00 30.4753	-24 04 1.9212	380 mas	-1020 mas	5.885202	-0.392641		41	G5.88-0.39			-8.23	0.55
	+18 00 30.5167	-24 04 1.5012	1000 mas	-600 mas	5.885381	-0.392719		42	G5.88-0.39			-8.78	0.75
	+18 00 30.4967	-24 04 1.5012	700 mas	-600 mas	5.885344	-0.392653		43	G5.88-0.39			-9.33	0.75
	+18 00 30.4133	-24 04 2.4512	-550 mas	-1550 mas	5.884957	-0.392509		44	G5.88-0.39			-9.88	0.5
	+18 00 30.4513	-24 04 2.8712	20 mas	-1970 mas	5.884928	-0.392692		45	G5.88-0.39			-10.43	0.4
	+18 00 30.3933	-24 04 2.1212	-850 mas	-1220 mas	5.884999	-0.392397		46	G5.88-0.39			-10.43	0.4
	+18 00 30.4433	-24 04 2.3212	-100 mas	-1420 mas	5.885045	-0.392590		47	G5.88-0.39			-10.97	0.45
	+18 00 30.49	-24 04 1.9712	600 mas	-1070 mas	5.885218	-0.392696		48	G5.88-0.39			-11.52	0.65
	+18 00 30.4447	-24 04 2.3212	-80 mas	-1420 mas	5.885048	-0.392595		49	G5.88-0.39			-12.07	0.35
	+18 00 30.5413	-24 04 2.1212	1370 mas	-1220 mas	5.885278	-0.392886		50	G5.88-0.39			-14.81	0.55
	+18 00 30.54	-24 04 1.9712	1350 mas	-1070 mas	5.885312	-0.392861		51	G5.88-0.39			-15.36	0.6
	+18 00 30.5713	-24 04 1.8512	1820 mas	-950 mas	5.885400	-0.392948		52	G5.88-0.39			-15.91	0.8
	+18 00 30.54	-24 04 2.0512	1350 mas	-1150 mas	5.885293	-0.392872		53	G5.88-0.39			-16.46	0.9
	+18 00 30.45	-24 04 0.9			5.8854	-0.392416	G5.885-0.392		G5.88-0.39	1665 MHz;	1665	..	..	NRAOVLA	6.2 x 1.3	51	+H₂O +CH₃OH I +CH₃OH II +OH	GALAXY	2.600		1983 Dec
	+18 00 30.2967	-24 04 0.4212	-2300 mas	480 mas	5.885226	-0.391844		1	G5.88-0.39			17.01	1.1
	+18 00 30.34	-24 04 4.2012	-1650 mas	-3300 mas	5.884397	-0.392508		2	G5.88-0.39			15.36	0.85
	+18 00 30.3433	-24 04 4.2512	-1600 mas	-3350 mas	5.884391	-0.392526		3	G5.88-0.39			14.81	3
	+18 00 30.3433	-24 04 4.1712	-1600 mas	-3270 mas	5.884410	-0.392515		4	G5.88-0.39			14.27	4.15
	+18 00 30.3433	-24 04 4.0012	-1600 mas	-3100 mas	5.884451	-0.392492		5	G5.88-0.39			13.72	5.35
	+18 00 30.3467	-24 04 3.9512	-1550 mas	-3050 mas	5.884469	-0.392496		6	G5.88-0.39			13.17	3.05
	+18 00 30.3567	-24 04 4.0012	-1400 mas	-3100 mas	5.884476	-0.392536		7	G5.88-0.39			12.62	1.35
	+18 00 30.3667	-24 04 3.8212	-1250 mas	-2920 mas	5.884539	-0.392544		8	G5.88-0.39			12.07	0.85
	+18 00 30.3347	-24 04 3.7512	-1730 mas	-2850 mas	5.884495	-0.392428		9	G5.88-0.39			11.52	1.55
	+18 00 30.3547	-24 04 3.6712	-1430 mas	-2770 mas	5.884552	-0.392483		10	G5.88-0.39			10.97	1.7
	+18 00 30.3247	-24 04 3.7512	-1880 mas	-2850 mas	5.884476	-0.392395		11	G5.88-0.39			10.43	1.35
	+18 00 30.3567	-24 04 3.2512	-1400 mas	-2350 mas	5.884657	-0.392432		12	G5.88-0.39			9.88	1.65
	+18 00 30.5467	-24 04 2.7512	1450 mas	-1850 mas	5.885137	-0.392991		13	G5.88-0.39			9.88	1.65
	+18 00 30.5747	-24 04 2.5012	1870 mas	-1600 mas	5.885250	-0.393049		14	G5.88-0.39			9.33	2
	+18 00 30.34	-24 04 3.4712	-1650 mas	-2570 mas	5.884573	-0.392407		15	G5.88-0.39			8.78	1.05
	+18 00 30.4987	-24 04 2.9512	730 mas	-2050 mas	5.884998	-0.392860		16	G5.88-0.39			8.23	1.55
	+18 00 30.3533	-24 04 3.9212	-1450 mas	-3020 mas	5.884489	-0.392514		17	G5.88-0.39			7.68	1.3
	+18 00 30.3433	-24 04 3.8012	-1600 mas	-2900 mas	5.884499	-0.392464		18	G5.88-0.39			7.13	2.25
	+18 00 30.3547	-24 04 3.8512	-1430 mas	-2950 mas	5.884509	-0.392508		19	G5.88-0.39			6.58	1.9
	+18 00 30.36	-24 04 3.8212	-1350 mas	-2920 mas	5.884526	-0.392522		20	G5.88-0.39			6.04	1.35
	+18 00 30.3567	-24 04 3.9712	-1400 mas	-3070 mas	5.884484	-0.392531		21	G5.88-0.39			5.49	1.25
	+18 00 30.39	-24 04 3.7812	-900 mas	-2880 mas	5.884592	-0.392615		22	G5.88-0.39			4.94	1
	+18 00 30.36	-24 04 4.0012	-1350 mas	-3100 mas	5.884483	-0.392547		23	G5.88-0.39			4.39	1.15
	+18 00 30.3267	-24 04 3.8712	-1850 mas	-2970 mas	5.884451	-0.392419		24	G5.88-0.39			3.84	0.8
	+18 00 30.3333	-24 04 3.7512	-1750 mas	-2850 mas	5.884493	-0.392424		25	G5.88-0.39			3.29	1
	+18 00 30.358	-24 04 3.7512	-1380 mas	-2850 mas	5.884539	-0.392505		26	G5.88-0.39			2.74	2
	+18 00 30.3547	-24 04 3.5212	-1430 mas	-2620 mas	5.884588	-0.392463		27	G5.88-0.39			2.19	0.9
	+18 00 30.4167	-24 04 3.3512	-500 mas	-2450 mas	5.884746	-0.392644		28	G5.88-0.39			1.1	0.45
	+18 00 30.3613	-24 04 3.7212	-1330 mas	-2820 mas	5.884553	-0.392512		29	G5.88-0.39			0.55	0.3
	+18 00 30.3633	-24 04 3.5212	-1300 mas	-2620 mas	5.884605	-0.392491		30	G5.88-0.39			0	0.25
	+18 00 30.3547	-24 04 3.8212	-1430 mas	-2920 mas	5.884516	-0.392504		31	G5.88-0.39			-0.55	0.2
	+18 00 30.2867	-24 04 4.6712	-2450 mas	-3770 mas	5.884183	-0.392397		32	G5.88-0.39			-1.1	0.2
	+18 00 30.36	-24 04 5.1712	-1350 mas	-4270 mas	5.884200	-0.392708		33	G5.88-0.39			-3.84	0.2
	+18 00 30.3933	-24 04 2.9512	-850 mas	-2050 mas	5.884799	-0.392512		34	G5.88-0.39			-4.39	0.3
	+18 00 30.36	-24 04 3.7212	-1350 mas	-2820 mas	5.884550	-0.392508		35	G5.88-0.39			-4.94	0.45
	+18 00 30.37	-24 04 3.4512	-1200 mas	-2550 mas	5.884634	-0.392504		36	G5.88-0.39			-5.49	1.35
	+18 00 30.3433	-24 04 3.7512	-1600 mas	-2850 mas	5.884511	-0.392457		37	G5.88-0.39			-6.04	0.35
	+18 00 30.4133	-24 04 3.0212	-550 mas	-2120 mas	5.884820	-0.392588		38	G5.88-0.39			-6.58	0.4
	+18 00 30.37	-24 04 3.3012	-1200 mas	-2400 mas	5.884670	-0.392483		39	G5.88-0.39			-7.13	0.7
	+18 00 30.4547	-24 04 2.0512	70 mas	-1150 mas	5.885132	-0.392590		40	G5.88-0.39			-7.68	0.95
	+18 00 30.4753	-24 04 1.9212	380 mas	-1020 mas	5.885202	-0.392641		41	G5.88-0.39			-8.23	0.55
	+18 00 30.5167	-24 04 1.5012	1000 mas	-600 mas	5.885381	-0.392719		42	G5.88-0.39			-8.78	0.75
	+18 00 30.4967	-24 04 1.5012	700 mas	-600 mas	5.885344	-0.392653		43	G5.88-0.39			-9.33	0.75
	+18 00 30.4133	-24 04 2.4512	-550 mas	-1550 mas	5.884957	-0.392509		44	G5.88-0.39			-9.88	0.5
	+18 00 30.4513	-24 04 2.8712	20 mas	-1970 mas	5.884928	-0.392692		45	G5.88-0.39			-10.43	0.4
	+18 00 30.3933	-24 04 2.1212	-850 mas	-1220 mas	5.884999	-0.392397		46	G5.88-0.39			-10.43	0.4
	+18 00 30.4433	-24 04 2.3212	-100 mas	-1420 mas	5.885045	-0.392590		47	G5.88-0.39			-10.97	0.45
	+18 00 30.49	-24 04 1.9712	600 mas	-1070 mas	5.885218	-0.392696		48	G5.88-0.39			-11.52	0.65
	+18 00 30.4447	-24 04 2.3212	-80 mas	-1420 mas	5.885048	-0.392595		49	G5.88-0.39			-12.07	0.35
	+18 00 30.5413	-24 04 2.1212	1370 mas	-1220 mas	5.885278	-0.392886		50	G5.88-0.39			-14.81	0.55
	+18 00 30.54	-24 04 1.9712	1350 mas	-1070 mas	5.885312	-0.392861		51	G5.88-0.39			-15.36	0.6
	+18 00 30.5713	-24 04 1.8512	1820 mas	-950 mas	5.885400	-0.392948		52	G5.88-0.39			-15.91	0.8
	+18 00 30.54	-24 04 2.0512	1350 mas	-1150 mas	5.885293	-0.392872		53	G5.88-0.39			-16.46	0.9
41	+18 06 19.02	-21 37 32.3			8.669251	-0.356023	G8.669-0.356		G8.67-0.36	1665 MHz;	1665	..	..	NRAOVLA	6.2 x 1.2	52	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.800		1983 Dec
	+18 06 19.0733	-21 37 31.5004	800 mas	800 mas	8.669546	-0.356095		1	G8.67-0.36			41.65	0.6
	+18 06 19.0733	-21 37 31.5004	800 mas	800 mas	8.669546	-0.356095		2	G8.67-0.36			41.1	1.7
	+18 06 19.042	-21 37 32.2304	330 mas	70 mas	8.669310	-0.356088		3	G8.67-0.36			40.55	0.15
	+18 06 19.0587	-21 37 31.8504	580 mas	450 mas	8.669433	-0.356093		4	G8.67-0.36			40	0.25
	+18 06 19.0587	-21 37 31.5704	580 mas	730 mas	8.669501	-0.356055		5	G8.67-0.36			39.45	0.4
	+18 06 19.1067	-21 37 31.2204	1300 mas	1080 mas	8.669677	-0.356170		6	G8.67-0.36			38.9	0.3
	+18 06 19.088	-21 37 30.5204	1020 mas	1780 mas	8.669811	-0.356012		7	G8.67-0.36			33.42	0.25
42	+18 06 23.49	-21 37 9.7			8.68318	-0.368072	G8.669-0.356		G8.68-0.37	1665 MHz;	1665	..	..	NRAOVLA	6.2 x 1.2	52	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.800		1983 Dec
	+18 06 23.5367	-21 37 9.6196	700 mas	80 mas	8.683288	-0.368219		1	G8.68-0.37			44.39	0.2
	+18 06 23.49	-21 37 9.6996	0 mas	0 mas	8.683181	-0.368072		2	G8.68-0.37			40.55	1.8
	+18 06 23.49	-21 37 9.6996	0 mas	0 mas	8.683181	-0.368072		3	G8.68-0.37			40	1.65
	+18 06 23.528	-21 37 9.3496	570 mas	350 mas	8.683337	-0.368153		4	G8.68-0.37			35.61	0.45
	+18 06 23.5113	-21 37 9.7296	320 mas	-30 mas	8.683214	-0.368149		5	G8.68-0.37			35.06	0.4
43	+18 06 14.79	-20 31 34			9.620866	0.195039	G9.621+0.195		G9.62+0.20	1665 MHz;	1665	..	..	NRAOVLA	4.8 x 1.1	40	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.700		1983 Dec
	+18 06 14.9167	-20 31 42.9796	1900 mas	-8980 mas	9.618931	0.193390		1	G9.62+0.20			6.16	3.65
	+18 06 14.912	-20 31 43.0496	1830 mas	-9050 mas	9.618905	0.193396		2	G9.62+0.20			5.61	3
	+18 06 14.7167	-20 31 31.9996	-1100 mas	2000 mas	9.621211	0.195560		3	G9.62+0.20			5.06	1.4
	+18 06 14.8167	-20 31 36.3496	400 mas	-2350 mas	9.620347	0.194629		4	G9.62+0.20			4.51	0.6
	+18 06 14.8133	-20 31 36.2196	350 mas	-2220 mas	9.620373	0.194658		5	G9.62+0.20			3.96	2.15
	+18 06 14.8	-20 31 36.4696	150 mas	-2470 mas	9.620287	0.194670		6	G9.62+0.20			3.42	0.5
	+18 06 14.6647	-20 31 31.1996	-1880 mas	2800 mas	9.621306	0.195845		7	G9.62+0.20			2.32	0.9
	+18 06 14.67	-20 31 31.0996	-1800 mas	2900 mas	9.621341	0.195841		8	G9.62+0.20			1.77	7.15
	+18 06 14.67	-20 31 31.0996	-1800 mas	2900 mas	9.621341	0.195841		9	G9.62+0.20			1.22	7.9
	+18 06 14.6633	-20 31 31.3496	-1900 mas	2650 mas	9.621267	0.195829		10	G9.62+0.20			0.67	0.45
44	+18 10 28.56	-19 55 49.4			10.623277	-0.383262	G10.623-0.384		G10.62-0.38	1665 MHz;	1665	..	..	NRAOVLA	6 x 1.2	50	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	6.000		1983 Dec
	+18 10 28.82	-19 55 48.7504	3900 mas	650 mas	10.623927	-0.384067		1	G10.62-0.38			3.29	0.35
	+18 10 28.7867	-19 55 49.0004	3400 mas	400 mas	10.623803	-0.383986		2	G10.62-0.38			2.74	0.5
	+18 10 28.6933	-19 55 49.0004	2000 mas	400 mas	10.623626	-0.383666		3	G10.62-0.38			1.65	0.3
	+18 10 28.6853	-19 55 48.7504	1880 mas	650 mas	10.623672	-0.383605		4	G10.62-0.38			1.1	0.7
	+18 10 28.6653	-19 55 49.0004	1580 mas	400 mas	10.623574	-0.383570		5	G10.62-0.38			0.55	1.7
	+18 10 28.66	-19 55 49.0004	1500 mas	400 mas	10.623563	-0.383552		6	G10.62-0.38			0	2.85
	+18 10 28.66	-19 55 49.0004	1500 mas	400 mas	10.623563	-0.383552		7	G10.62-0.38			-0.55	5
	+18 10 28.6653	-19 55 48.9204	1580 mas	480 mas	10.623593	-0.383559		8	G10.62-0.38			-1.1	1.05
	+18 10 28.6733	-19 55 48.8004	1700 mas	600 mas	10.623637	-0.383571		9	G10.62-0.38			-1.65	1.25
	+18 10 28.66	-19 55 49.0004	1500 mas	400 mas	10.623563	-0.383552		10	G10.62-0.38			-2.19	6.7
	+18 10 28.6667	-19 55 48.9204	1600 mas	480 mas	10.623595	-0.383564		11	G10.62-0.38			-2.74	0.55
	+18 10 28.7867	-19 55 49.4004	3400 mas	0 mas	10.623706	-0.384040		12	G10.62-0.38			-3.29	0.3
	+18 10 28.7533	-19 55 49.6504	2900 mas	-250 mas	10.623582	-0.383959		13	G10.62-0.38			-3.84	0.2
	+18 10 28.7347	-19 55 44.7504	2620 mas	4650 mas	10.624739	-0.383238		14	G10.62-0.38			-4.39	0.2
	+18 10 28.7653	-19 55 46.3704	3080 mas	3030 mas	10.624402	-0.383561		15	G10.62-0.38			-6.04	0.25
45	+18 09 39.81	-19 21 20.2			11.034088	0.061938	G11.034+0.062		G11.03+0.06	1665 MHz;	1665	..	..	NRAOVLA	4.9 x 1.2	40	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	3.200		1983 Dec
	+18 09 39.8633	-19 21 21.1996	800 mas	-1000 mas	11.033946	0.061620		1	G11.03+0.06			22.84	0.8
	+18 09 39.8633	-19 21 21.1996	800 mas	-1000 mas	11.033946	0.061620		2	G11.03+0.06			22.29	4.5
	+18 09 39.8633	-19 21 21.1996	800 mas	-1000 mas	11.033946	0.061620		3	G11.03+0.06			21.74	6.8
	+18 09 39.8633	-19 21 21.1996	800 mas	-1000 mas	11.033946	0.061620		4	G11.03+0.06			21.19	3.65
	+18 09 39.8667	-19 21 21.0496	850 mas	-850 mas	11.033989	0.061629		5	G11.03+0.06			20.65	1.1
	+18 09 39.882	-19 21 20.8496	1080 mas	-650 mas	11.034067	0.061603		6	G11.03+0.06			20.1	0.25
46	+18 12 11.46	-18 41 29.6			11.903865	-0.141281	G11.904-0.141		G11.90-0.14	1665 MHz;	1665	..	..	NRAOVLA	6.4 x 1.1	51	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	5.100		1983 Dec
	+18 12 11.4547	-18 41 29.6816	-80 mas	-80 mas	11.903835	-0.141274		1	G11.90-0.14			41.1	2.5
	+18 12 11.46	-18 41 29.6016	0 mas	0 mas	11.903864	-0.141282		2	G11.90-0.14			40.55	6.55
	+18 12 11.47	-18 41 29.4516	150 mas	150 mas	11.903920	-0.141296		3	G11.90-0.14			40	0.85
47	+18 12 39.81	-18 24 16.7			12.209312	-0.101716	G12.209-0.107		G12.22-0.12	1665 MHz;	1665	..	..	NRAOVLA	5.1 x 1.3	40	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-3.400		1983 Dec
	+18 12 44.1687	-18 24 25.6504	65380 mas	-8950 mas	12.215401	-0.118027		1	G12.22-0.12			30.65	0.3
	+18 12 44.212	-18 24 24.8504	66030 mas	-8150 mas	12.215678	-0.118071		2	G12.22-0.12			29.55	1.35
	+18 12 44.2133	-18 24 24.7504	66050 mas	-8050 mas	12.215705	-0.118062		3	G12.22-0.12			29	5.15
	+18 12 44.2033	-18 24 25.1004	65900 mas	-8400 mas	12.215600	-0.118074		4	G12.22-0.12			28.45	1.45
	+18 12 44.2167	-18 24 24.9004	66100 mas	-8200 mas	12.215674	-0.118094		5	G12.22-0.12			27.9	13.3
	+18 12 44.2167	-18 24 24.9004	66100 mas	-8200 mas	12.215674	-0.118094		6	G12.22-0.12			27.35	11.15
	+18 12 44.2167	-18 24 24.9004	66100 mas	-8200 mas	12.215674	-0.118094		7	G12.22-0.12			26.81	0.8
48	+18 13 54.68	-18 01 48			12.680136	-0.182255	G12.681-0.182		G12.68-0.18	1665 MHz;	1665	..	..	NRAOVLA	7.5 x 1	52	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	6.400		1983 Dec
	+18 13 54.8719	-18 01 44.85	2880 mas	3150 mas	12.681268	-0.182504		1	G12.68-0.18			65.84	0.8
	+18 13 54.8533	-18 01 45.1	2600 mas	2900 mas	12.681172	-0.182472		2	G12.68-0.18			65.29	2.35
	+18 13 54.8599	-18 01 45.1	2700 mas	2900 mas	12.681185	-0.182495		3	G12.68-0.18			64.74	13.45
	+18 13 54.8599	-18 01 45.1	2700 mas	2900 mas	12.681185	-0.182495		4	G12.68-0.18			64.19	9.5
	+18 13 54.8566	-18 01 45.1	2650 mas	2900 mas	12.681178	-0.182484		5	G12.68-0.18			63.65	3.75
	+18 13 54.8519	-18 01 45.1	2580 mas	2900 mas	12.681169	-0.182468		6	G12.68-0.18			63.1	5.95
	+18 13 54.8599	-18 01 45.1	2700 mas	2900 mas	12.681185	-0.182495		7	G12.68-0.18			62.55	7.25
	+18 13 54.8599	-18 01 45.15	2700 mas	2850 mas	12.681172	-0.182502		8	G12.68-0.18			62	5.95
	+18 13 54.8599	-18 01 45.1	2700 mas	2900 mas	12.681185	-0.182495		9	G12.68-0.18			61.45	1.45
	+18 13 54.8466	-18 01 44.97	2500 mas	3030 mas	12.681191	-0.182432		10	G12.68-0.18			60.9	2
	+18 13 54.8599	-18 01 44.85	2700 mas	3150 mas	12.681246	-0.182462		11	G12.68-0.18			60.35	2.05
	+18 13 54.8786	-18 01 45.07	2980 mas	2930 mas	12.681227	-0.182556		12	G12.68-0.18			59.81	0.25
	+18 13 54.8499	-18 01 45.2	2550 mas	2800 mas	12.681141	-0.182474		13	G12.68-0.18			59.26	0.35
	+18 13 54.8966	-18 01 44.85	3250 mas	3150 mas	12.681315	-0.182590		14	G12.68-0.18			58.71	0.25
49	+18 14 39.47	-17 52 0.1			12.90845	-0.260125	G12.908-0.260		G12.91-0.26	1665 MHz;	1665	..	..	NRAOVLA	5.4 x 1.3	45	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	4.400		1983 Dec
	+18 14 39.5213	-17 52 0.0484	770 mas	50 mas	12.908560	-0.260297		1	G12.91-0.26			41.74	0.55
	+18 14 39.5033	-17 52 0.1984	500 mas	-100 mas	12.908489	-0.260254		2	G12.91-0.26			41.19	1.05
	+18 14 39.5033	-17 52 0.0984	500 mas	0 mas	12.908513	-0.260240		3	G12.91-0.26			40.65	4.9
	+18 14 39.5033	-17 52 0.1984	500 mas	-100 mas	12.908489	-0.260254		4	G12.91-0.26			40.1	9.95
	+18 14 39.5066	-17 52 0.1284	550 mas	-30 mas	12.908512	-0.260256		5	G12.91-0.26			39.55	5.15
	+18 14 39.5199	-17 51 59.9784	750 mas	120 mas	12.908574	-0.260283		6	G12.91-0.26			39	18.35
	+18 14 39.5133	-17 52 0.1984	650 mas	-100 mas	12.908508	-0.260289		7	G12.91-0.26			38.45	34.55
	+18 14 39.5033	-17 52 0.2984	500 mas	-200 mas	12.908464	-0.260267		8	G12.91-0.26			37.9	48.5
	+18 14 39.5033	-17 52 0.2984	500 mas	-200 mas	12.908464	-0.260267		9	G12.91-0.26			37.35	54
	+18 14 39.5033	-17 52 0.2984	500 mas	-200 mas	12.908464	-0.260267		10	G12.91-0.26			36.81	14
	+18 14 39.4933	-17 52 0.3284	350 mas	-230 mas	12.908438	-0.260236		11	G12.91-0.26			36.26	3.85
	+18 14 39.5033	-17 52 0.1484	500 mas	-50 mas	12.908501	-0.260247		12	G12.91-0.26			35.71	3
	+18 14 39.5033	-17 52 0.2984	500 mas	-200 mas	12.908464	-0.260267		13	G12.91-0.26			35.16	3.35
	+18 14 39.5113	-17 52 0.1784	620 mas	-80 mas	12.908509	-0.260279		14	G12.91-0.26			34.61	2.55
	+18 14 39.5099	-17 52 0.2984	600 mas	-200 mas	12.908477	-0.260290		15	G12.91-0.26			34.06	4.5
	+18 14 39.5113	-17 52 0.2484	620 mas	-150 mas	12.908492	-0.260288		16	G12.91-0.26			33.51	2.8
	+18 14 39.5199	-17 52 0.1784	750 mas	-80 mas	12.908525	-0.260309		17	G12.91-0.26			32.96	0.95
	+18 14 39.5153	-17 52 0.3784	680 mas	-280 mas	12.908468	-0.260319		18	G12.91-0.26			31.87	0.5
	+18 14 39.5033	-17 52 0.3484	500 mas	-250 mas	12.908452	-0.260274		19	G12.91-0.26			31.32	0.95
50	+18 20 23.05	-16 11 48.2			15.027975	-0.672638	G15.034-0.674		G15.03-0.68	1665 MHz;	1665	..	..	NRAOVLA	3.8 x 1.7	-53	+H₂O +CH₃OH I +CH₃OH II +OH	GALAXY	2.500		1983 Dec
	+18 20 24.6914	-16 11 34.9992	24620 mas	13200 mas	15.034306	-0.676702		1	G15.03-0.68			22.55	1.95
	+18 20 24.6834	-16 11 34.9992	24500 mas	13200 mas	15.034291	-0.676674		2	G15.03-0.68			21.45	2.85
51	+18 21 9.1	-14 31 48.5			16.585196	-0.050615	G16.585-0.051		G16.59-0.05	1665 MHz;	1665	..	..	NRAOVLA	7.2 x 1	53	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.600		1983 Dec
	+18 21 9.20675	-14 31 48.1504	1600 mas	350 mas	16.585484	-0.050949		1	G16.59-0.05			62.74	0.7
	+18 21 9.20675	-14 31 48.1504	1600 mas	350 mas	16.585484	-0.050949		2	G16.59-0.05			62.19	2
	+18 21 9.20675	-14 31 48.4004	1600 mas	100 mas	16.585423	-0.050982		3	G16.59-0.05			61.65	0.25
	+18 21 9.21341	-14 31 48.3004	1700 mas	200 mas	16.585460	-0.050992		4	G16.59-0.05			60	0.2
	+18 21 9.22341	-14 31 48.1204	1850 mas	380 mas	16.585523	-0.051004		5	G16.59-0.05			59.45	0.4
	+18 21 9.20675	-14 31 48.4004	1600 mas	100 mas	16.585423	-0.050982		6	G16.59-0.05			58.9	2.2
	+18 21 9.19675	-14 31 48.4504	1450 mas	50 mas	16.585392	-0.050953		7	G16.59-0.05			58.35	0.7
52	+18 27 38.09	-11 56 37.2			19.609229	-0.234609	G19.609-0.234		G19.61-0.23	1665 MHz;	1665	..	..	NRAOVLA	4.7 x 1.2	50	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.800		1983 Dec
	+18 27 38.0646	-11 56 36.6512	-380 mas	550 mas	19.609316	-0.234446		1	G19.61-0.23			43.65	0.25
	+18 27 38.0833	-11 56 36.4512	-100 mas	750 mas	19.609401	-0.234487		2	G19.61-0.23			43.1	0.7
	+18 27 38.0766	-11 56 36.5012	-200 mas	700 mas	19.609376	-0.234470		3	G19.61-0.23			42.55	2.15
	+18 27 38.0766	-11 56 36.5012	-200 mas	700 mas	19.609376	-0.234470		4	G19.61-0.23			42	4
	+18 27 38.0766	-11 56 36.5012	-200 mas	700 mas	19.609376	-0.234470		5	G19.61-0.23			41.45	4.1
	+18 27 38.0666	-11 56 36.5012	-350 mas	700 mas	19.609357	-0.234434		6	G19.61-0.23			40.9	1.55
	+18 27 38.0553	-11 56 36.7512	-520 mas	450 mas	19.609274	-0.234425		7	G19.61-0.23			40.35	0.45
	+18 27 38.0599	-11 56 36.2512	-450 mas	950 mas	19.609406	-0.234377		8	G19.61-0.23			39.81	0.2
	+18 27 38.0519	-11 56 36.2512	-570 mas	950 mas	19.609390	-0.234348		9	G19.61-0.23			39.26	0.2
53	+18 34 40.39	-09 00 38.5			23.009906	-0.411027	G23.010-0.410		G23.01-0.41	1665 MHz;	1665	..	..	NRAOVLA	6.5 x 1	-59	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-5.600		1983 Dec
	+18 34 40.3034	-09 00 38.0684	-1300 mas	430 mas	23.009848	-0.410656		1	G23.01-0.41			81.07	0.3
	+18 34 40.2454	-09 00 37.4984	-2170 mas	1000 mas	23.009879	-0.410371		2	G23.01-0.41			80.52	0.3
	+18 34 40.2967	-09 00 37.7484	-1400 mas	750 mas	23.009915	-0.410591		3	G23.01-0.41			79.97	0.55
	+18 34 40.2501	-09 00 37.2484	-2100 mas	1250 mas	23.009950	-0.410356		4	G23.01-0.41			79.43	0.3
	+18 34 40.3301	-09 00 37.1684	-900 mas	1330 mas	23.010121	-0.410638		5	G23.01-0.41			77.78	0.25
	+18 34 40.2121	-09 00 37.4984	-2670 mas	1000 mas	23.009816	-0.410249		6	G23.01-0.41			75.58	0.45
	+18 34 40.2701	-09 00 37.8784	-1800 mas	620 mas	23.009832	-0.410510		7	G23.01-0.41			75.04	0.4
	+18 34 40.2821	-09 00 37.7984	-1620 mas	700 mas	23.009875	-0.410543		8	G23.01-0.41			74.49	0.25
	+18 34 40.1801	-09 00 37.1184	-3150 mas	1380 mas	23.009849	-0.410084		9	G23.01-0.41			72.84	0.35
	+18 34 40.2154	-09 00 37.0984	-2620 mas	1400 mas	23.009921	-0.410210		10	G23.01-0.41			72.29	0.6
	+18 34 40.2301	-09 00 37.2484	-2400 mas	1250 mas	23.009912	-0.410283		11	G23.01-0.41			71.74	0.45
	+18 34 40.2801	-09 00 37.2984	-1650 mas	1200 mas	23.009994	-0.410472		12	G23.01-0.41			71.19	1.25
	+18 34 40.2301	-09 00 37.2484	-2400 mas	1250 mas	23.009912	-0.410283		13	G23.01-0.41			70.65	0.95
	+18 34 40.2801	-09 00 37.6784	-1650 mas	820 mas	23.009900	-0.410521		14	G23.01-0.41			70.1	1.35
	+18 34 40.2501	-09 00 37.4984	-2100 mas	1000 mas	23.009888	-0.410388		15	G23.01-0.41			69.55	0.65
	+18 34 40.2234	-09 00 37.1984	-2500 mas	1300 mas	23.009911	-0.410252		16	G23.01-0.41			68.45	1.05
	+18 34 40.2487	-09 00 37.3484	-2120 mas	1150 mas	23.009922	-0.410364		17	G23.01-0.41			67.9	2.65
	+18 34 40.2334	-09 00 37.1484	-2350 mas	1350 mas	23.009943	-0.410283		18	G23.01-0.41			67.35	0.6
	+18 34 40.2981	-09 00 37.8184	-1380 mas	680 mas	23.009900	-0.410604		19	G23.01-0.41			66.81	0.5
	+18 34 40.2667	-09 00 37.5984	-1850 mas	900 mas	23.009895	-0.410462		20	G23.01-0.41			66.26	2.65
	+18 34 40.2634	-09 00 37.4984	-1900 mas	1000 mas	23.009913	-0.410437		21	G23.01-0.41			65.71	3.25
54	+18 34 39.25	-08 31 38.8			23.436691	-0.184285	G23.437-0.183		G23.44-0.18	1665 MHz;	1665	..	..	NRAOVLA	4.8 x 1.1	45	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	7.800		1983 Dec
	+18 34 39.3101	-08 31 39.2484	900 mas	-450 mas	23.436695	-0.184562		1	G23.44-0.18			107.13	0.3
	+18 34 39.2401	-08 31 39.9484	-150 mas	-1150 mas	23.436389	-0.184396		2	G23.44-0.18			106.58	0.5
	+18 34 39.2634	-08 31 39.5984	200 mas	-800 mas	23.436520	-0.184436		3	G23.44-0.18			106.04	4.45
	+18 34 39.2754	-08 31 39.3984	380 mas	-600 mas	23.436592	-0.184454		4	G23.44-0.18			105.49	0.85
	+18 34 39.1934	-08 31 25.6484	-850 mas	13150 mas	23.439827	-0.182395		5	G23.44-0.18			104.94	0.8
	+18 34 39.1767	-08 31 25.7984	-1100 mas	13000 mas	23.439758	-0.182354		6	G23.44-0.18			104.39	0.5
55	+18 36 12.58	-07 12 11.3			24.789706	0.083159	G24.790+0.084		G24.79+0.08	1665 MHz;	1665	..	..	NRAOVLA	4.7 x 1.2	-63	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	7.700		1983 Dec
	+18 36 12.4867	-07 12 10.5504	-1400 mas	750 mas	24.789714	0.083597		1	G24.79+0.08			111.04	0.3
	+18 36 12.4634	-07 12 10.7004	-1750 mas	600 mas	24.789632	0.083663		2	G24.79+0.08			107.74	0.65
	+18 36 12.4601	-07 12 10.6004	-1800 mas	700 mas	24.789651	0.083688		3	G24.79+0.08			107.19	2.65
	+18 36 12.4601	-07 12 10.3504	-1800 mas	950 mas	24.789712	0.083720		4	G24.79+0.08			106.65	1.25
	+18 36 12.5034	-07 12 11.2304	-1150 mas	70 mas	24.789578	0.083449		5	G24.79+0.08			106.1	1.85
	+18 36 12.4821	-07 12 10.8504	-1470 mas	450 mas	24.789631	0.083576		6	G24.79+0.08			105.55	0.75
	+18 36 12.4434	-07 12 10.2004	-2050 mas	1100 mas	24.789718	0.083801		7	G24.79+0.08			101.71	1.75
	+18 36 12.4334	-07 12 10.1004	-2200 mas	1200 mas	24.789723	0.083850		8	G24.79+0.08			101.16	2.4
	+18 36 12.4187	-07 12 9.9204	-2420 mas	1380 mas	24.789740	0.083927		9	G24.79+0.08			100.61	0.5
	+18 36 12.4067	-07 12 9.8004	-2600 mas	1500 mas	24.789747	0.083986		10	G24.79+0.08			100.06	0.45
56	+18 43 46.22	-03 35 29.8			28.861901	0.065704	G28.862+0.066		G28.86+0.07	1665 MHz;	1665	..	..	NRAOVLA	5.5 x 1.2	57	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	8.500		1983 Dec
	+18 43 46.3166	-03 35 29.5496	1450 mas	250 mas	28.862146	0.065378		1	G28.86+0.07			107.74	1.05
	+18 43 46.3233	-03 35 29.5496	1550 mas	250 mas	28.862159	0.065353		2	G28.86+0.07			107.19	0.55
	+18 43 46.3366	-03 35 29.6996	1750 mas	100 mas	28.862147	0.065285		3	G28.86+0.07			106.65	4.2
	+18 43 46.3366	-03 35 29.7196	1750 mas	80 mas	28.862142	0.065283		4	G28.86+0.07			106.1	4.95
	+18 43 46.3379	-03 35 29.7496	1770 mas	50 mas	28.862137	0.065274		5	G28.86+0.07			105.55	7.5
	+18 43 46.3466	-03 35 29.5996	1900 mas	200 mas	28.862191	0.065261		6	G28.86+0.07			105	1.9
	+18 43 46.3533	-03 35 29.7996	2000 mas	0 mas	28.862154	0.065211		7	G28.86+0.07			103.35	4.95
	+18 43 46.3533	-03 35 29.7996	2000 mas	0 mas	28.862154	0.065211		8	G28.86+0.07			102.81	9.85
	+18 43 46.3566	-03 35 29.7996	2050 mas	0 mas	28.862160	0.065198		9	G28.86+0.07			102.26	0.45
57	+18 48 56.57	-01 36 43.4			31.212819	-0.180055	G31.213-0.180		G31.21-0.18	1665 MHz;	1665	..	..	NRAOVLA	6.5 x 1.1	56	+H₂O +OH	SFR			1983 Dec
	+18 48 56.7099	-01 36 42.4316	2100 mas	970 mas	31.213324	-0.180451		1	G31.21-0.18			-28.9	0.35
	+18 48 56.7166	-01 36 42.5016	2200 mas	900 mas	31.213319	-0.180485		2	G31.21-0.18			-29.45	0.5
58	+18 48 45.08	-01 33 12.7			31.243078	-0.110772	G31.243-0.111		G31.24-0.11	1665 MHz;	1665	..	..	NRAOVLA	6.1 x 1.4	56	+H₂O -CH₃OH I -CH₃OH II +OH	SFR	1.600		1983 Dec
	+18 48 44.9833	-01 33 12.8008	-1450 mas	-100 mas	31.242869	-0.110426		1	G31.24-0.11			22.74	0.3
	+18 48 44.9999	-01 33 12.7008	-1200 mas	0 mas	31.242925	-0.110475		2	G31.24-0.11			22.19	1.6
	+18 48 45.0999	-01 33 13.3008	300 mas	-600 mas	31.242967	-0.110922		3	G31.24-0.11			21.65	1.4
	+18 48 45.0999	-01 33 13.3008	300 mas	-600 mas	31.242967	-0.110922		4	G31.24-0.11			21.1	3.45
	+18 48 45.0333	-01 33 13.8008	-700 mas	-1100 mas	31.242717	-0.110738		5	G31.24-0.11			20.55	0.25
59	+18 48 11.91	-01 26 38.5			31.277504	0.062126	G31.280+0.061		G31.28+0.06	1665 MHz;	1665	..	..	NRAOVLA	6.2 x 1.3	55	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	8.500		1983 Dec
	+18 48 12.46	-01 26 29.7008	8250 mas	8800 mas	31.280724	0.061202		1	G31.28+0.06			108.29	1.4
	+18 48 12.47	-01 26 29.9008	8400 mas	8600 mas	31.280694	0.061140		2	G31.28+0.06			107.74	0.85
	+18 48 12.4833	-01 26 30.1008	8600 mas	8400 mas	31.280670	0.061065		3	G31.28+0.06			107.19	2.3
	+18 48 12.4587	-01 26 30.3508	8230 mas	8150 mas	31.280561	0.061125		4	G31.28+0.06			106.65	0.45
	+18 48 12.4867	-01 26 30.1008	8650 mas	8400 mas	31.280676	0.061052		5	G31.28+0.06			106.1	0.35
	+18 48 12.4767	-01 26 30.0008	8500 mas	8500 mas	31.280682	0.061102		6	G31.28+0.06			105.55	0.3
	+18 48 12.45	-01 26 30.3508	8100 mas	8150 mas	31.280545	0.061157		7	G31.28+0.06			104.45	1.15
	+18 48 12.46	-01 26 30.3508	8250 mas	8150 mas	31.280564	0.061120		8	G31.28+0.06			103.9	0.85
60	+18 51 21.86	-00 12 6.2			32.743999	-0.075608	G32.744-0.076		G32.74-0.07	1665 MHz;	1665	..	..	NRAOVLA	4.1 x 1.4	53	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	2.500		1983 Dec
	+18 51 21.8866	-00 12 4.9292	400 mas	1270 mas	32.744363	-0.075546		1	G32.74-0.07			39.94	0.95
	+18 51 21.8886	-00 12 4.8492	430 mas	1350 mas	32.744387	-0.075543		2	G32.74-0.07			39.39	0.8
	+18 51 21.8699	-00 12 4.7492	150 mas	1450 mas	32.744376	-0.075461		3	G32.74-0.07			37.74	0.3
	+18 51 21.8699	-00 12 4.4992	150 mas	1700 mas	32.744438	-0.075430		4	G32.74-0.07			37.19	0.5
	+18 51 21.8866	-00 12 5.3792	400 mas	820 mas	32.744252	-0.075603		5	G32.74-0.07			32.81	0.8
	+18 51 21.8866	-00 12 5.4992	400 mas	700 mas	32.744222	-0.075618		6	G32.74-0.07			32.26	1.45
	+18 51 21.8866	-00 12 5.5992	400 mas	600 mas	32.744198	-0.075631		7	G32.74-0.07			31.71	0.65
	+18 51 21.8799	-00 12 5.7992	300 mas	400 mas	32.744136	-0.075631		8	G32.74-0.07			31.16	0.85
	+18 51 21.8866	-00 12 5.9492	400 mas	250 mas	32.744111	-0.075675		9	G32.74-0.07			30.61	0.5
61	+18 52 7.91	+00 08 12.7			33.132826	-0.091986	G33.133-0.091		G33.13-0.09	1665 MHz;	1665	..	..	NRAOVLA	7 x 1	55	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	5.600		1983 Dec
	+18 52 8.02659	+00 08 12.2496	1750 mas	-450 mas	33.132936	-0.092475		1	G33.13-0.09			79.94	0.8
	+18 52 8.02325	+00 08 12.1996	1700 mas	-500 mas	33.132917	-0.092469		2	G33.13-0.09			79.39	3
	+18 52 8.00992	+00 08 12.1996	1500 mas	-500 mas	33.132892	-0.092420		3	G33.13-0.09			78.84	8.7
	+18 52 8.00992	+00 08 12.1496	1500 mas	-550 mas	33.132880	-0.092426		4	G33.13-0.09			78.29	4.1
	+18 52 8.00992	+00 08 11.9996	1500 mas	-700 mas	33.132843	-0.092445		5	G33.13-0.09			77.74	1.85
	+18 52 8.05659	+00 08 12.4496	2200 mas	-250 mas	33.133043	-0.092561		6	G33.13-0.09			77.19	0.6
	+18 52 8.01992	+00 08 12.0496	1650 mas	-650 mas	33.132874	-0.092476		7	G33.13-0.09			76.65	0.2
	+18 52 7.99992	+00 08 11.9496	1350 mas	-750 mas	33.132811	-0.092414		8	G33.13-0.09			76.1	0.3
	+18 52 8.01525	+00 08 12.1996	1580 mas	-500 mas	33.132902	-0.092439		9	G33.13-0.09			75	1.85
	+18 52 8.01659	+00 08 12.2496	1600 mas	-450 mas	33.132917	-0.092438		10	G33.13-0.09			74.45	0.7
	+18 52 7.89659	+00 08 12.5996	-200 mas	-100 mas	33.132776	-0.091949		11	G33.13-0.09			73.35	1.8
	+18 52 7.90992	+00 08 12.6496	0 mas	-50 mas	33.132813	-0.091992		12	G33.13-0.09			72.81	0.95
62	+18 53 18.76	+01 14 59.5			34.257974	0.152851	G34.257+0.153		G34.26+0.15	1665 MHz;	1665	..	..	NRAOVLA	6.2 x 1	55	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	4.200		1983 Dec
	+18 53 18.5367	+01 15 0.4496	-3350 mas	950 mas	34.257785	0.153799		1	G34.26+0.15			63.13	1.1
	+18 53 18.5434	+01 15 0.4496	-3250 mas	950 mas	34.257798	0.153774		2	G34.26+0.15			62.58	1.5
	+18 53 18.7034	+01 14 58.4996	-850 mas	-1000 mas	34.257620	0.152934		3	G34.26+0.15			61.49	2.35
	+18 53 18.6767	+01 14 58.1996	-1250 mas	-1300 mas	34.257495	0.152995		4	G34.26+0.15			60.94	1.5
	+18 53 18.6601	+01 14 58.1996	-1500 mas	-1300 mas	34.257463	0.153056		5	G34.26+0.15			59.84	0.75
	+18 53 18.7101	+01 15 0.2496	-750 mas	750 mas	34.258065	0.153131		6	G34.26+0.15			59.29	1.65
	+18 53 18.6901	+01 15 0.1996	-1050 mas	700 mas	34.258014	0.153198		7	G34.26+0.15			58.74	2.45
	+18 53 18.6867	+01 14 58.2996	-1100 mas	-1200 mas	34.257538	0.152970		8	G34.26+0.15			58.19	11.8
	+18 53 18.6767	+01 14 58.1996	-1250 mas	-1300 mas	34.257495	0.152995		9	G34.26+0.15			57.65	1.8
	+18 53 18.7267	+01 15 0.1996	-500 mas	700 mas	34.258084	0.153063		10	G34.26+0.15			56.55	1.9
	+18 53 18.7267	+01 15 0.1996	-500 mas	700 mas	34.258084	0.153063		11	G34.26+0.15			56	18.9
	+18 53 18.7401	+01 15 0.2496	-300 mas	750 mas	34.258122	0.153019		12	G34.26+0.15			55.45	2.9
	+18 53 18.5767	+01 14 56.4496	-2750 mas	-3050 mas	34.256872	0.153144		13	G34.26+0.15			54.9	0.6
63	+18 54 0.64	+02 01 19.3			35.024723	0.349764	G35.025+0.350		G35.03+0.35	1665 MHz;	1665	..	..	NRAOVLA	4 x 1.2	46	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	3.000		1983 Dec
	+18 54 0.668747	+02 01 19.1808	430 mas	-120 mas	35.024748	0.349642		1	G35.03+0.35			48.84	0.4
	+18 54 0.668747	+02 01 19.2008	430 mas	-100 mas	35.024753	0.349644		2	G35.03+0.35			48.29	1.4
	+18 54 0.68008	+02 01 19.2008	600 mas	-100 mas	35.024775	0.349602		3	G35.03+0.35			47.74	6.85
	+18 54 0.68008	+02 01 19.2008	600 mas	-100 mas	35.024775	0.349602		4	G35.03+0.35			47.19	7.5
	+18 54 0.68008	+02 01 19.2808	600 mas	-20 mas	35.024794	0.349613		5	G35.03+0.35			46.65	1.2
	+18 54 0.686747	+02 01 19.4508	700 mas	150 mas	35.024849	0.349609		6	G35.03+0.35			45	0.8
	+18 54 0.678747	+02 01 19.3008	580 mas	0 mas	35.024797	0.349620		7	G35.03+0.35			44.45	2.4
64	+18 58 12.98	+01 40 37.5			35.197337	-0.742717	G35.197-0.743		G35.20-0.74	1665 MHz;	1665	..	..	NRAOVLA	4.4 x 0.9	48	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.300		1983 Dec
	+18 58 12.9733	+01 40 37.5988	-100 mas	100 mas	35.197349	-0.742680		1	G35.20-0.74			37.13	2.5
	+18 58 12.9733	+01 40 37.5988	-100 mas	100 mas	35.197349	-0.742680		2	G35.20-0.74			36.58	5.1
	+18 58 13.0233	+01 40 36.6788	650 mas	-820 mas	35.197217	-0.742982		3	G35.20-0.74			34.39	0.55
	+18 58 12.9899	+01 40 37.8488	150 mas	350 mas	35.197442	-0.742710		4	G35.20-0.74			33.29	0.25
	+18 58 13.0566	+01 40 35.7488	1150 mas	-1750 mas	35.197050	-0.743223		5	G35.20-0.74			30.55	0.7
	+18 58 13.0279	+01 40 35.8788	720 mas	-1620 mas	35.197028	-0.743100		6	G35.20-0.74			29.45	2.15
	+18 58 13.0246	+01 40 35.7988	670 mas	-1700 mas	35.197002	-0.743098		7	G35.20-0.74			28.9	3.4
65	+19 01 45.68	+01 13 34.9			35.201076	-1.736733	G35.200-1.737		G35.20-1.74	1665 MHz;	1665	..	..	NRAOVLA	7.2 x 1	56	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	2.900		1983 Dec
	+19 01 45.5266	+01 13 32.4496	-2300 mas	-2450 mas	35.200178	-1.736476		1	G35.20-1.74			45.84	0.3
	+19 01 45.6033	+01 13 33.1996	-1150 mas	-1700 mas	35.200510	-1.736665		2	G35.20-1.74			45.29	1.3
	+19 01 45.6233	+01 13 33.2996	-850 mas	-1600 mas	35.200573	-1.736726		3	G35.20-1.74			44.74	0.5
	+19 01 45.6399	+01 13 33.5996	-600 mas	-1300 mas	35.200678	-1.736750		4	G35.20-1.74			44.19	0.6
	+19 01 45.6066	+01 13 33.1996	-1100 mas	-1700 mas	35.200516	-1.736677		5	G35.20-1.74			43.65	4.25
	+19 01 45.6133	+01 13 33.2996	-1000 mas	-1600 mas	35.200554	-1.736689		6	G35.20-1.74			43.1	3.15
	+19 01 45.6066	+01 13 33.1996	-1100 mas	-1700 mas	35.200516	-1.736677		7	G35.20-1.74			42.55	22.95
	+19 01 45.6066	+01 13 33.1996	-1100 mas	-1700 mas	35.200516	-1.736677		8	G35.20-1.74			42	25.5
	+19 01 45.6066	+01 13 33.1996	-1100 mas	-1700 mas	35.200516	-1.736677		9	G35.20-1.74			41.45	4.1
	+19 01 45.6066	+01 13 33.1996	-1100 mas	-1700 mas	35.200516	-1.736677		10	G35.20-1.74			39.26	2.65
	+19 01 45.6053	+01 13 33.1496	-1120 mas	-1750 mas	35.200501	-1.736678		11	G35.20-1.74			38.71	1.25
	+19 01 45.6066	+01 13 33.1996	-1100 mas	-1700 mas	35.200516	-1.736677		12	G35.20-1.74			32.12	0.6
	+19 01 45.6199	+01 13 33.3996	-900 mas	-1500 mas	35.200591	-1.736701		13	G35.20-1.74			31.57	1.25
	+19 01 45.6133	+01 13 33.2996	-1000 mas	-1600 mas	35.200554	-1.736689		14	G35.20-1.74			31.03	1.8
	+19 01 45.6766	+01 13 33.7996	-50 mas	-1100 mas	35.200798	-1.736860		15	G35.20-1.74			28.83	0.4
66	+18 56 22.55	+02 20 28.1			35.578254	-0.030444	G35.578-0.030		G35.58-0.03	1665 MHz;	1665	..	..	NRAOVLA	4.7 x 1.1	45	+H₂O -CH₃OH I +CH₃OH II +OH	SFR_MIXED	3.500		1983 Dec
	+18 56 22.5366	+02 20 28.1004	-200 mas	0 mas	35.578228	-0.030394		1	G35.58-0.03			49.45	7.25
	+18 56 22.5366	+02 20 28.1004	-200 mas	0 mas	35.578228	-0.030394		2	G35.58-0.03			48.9	20.15
	+18 56 22.5286	+02 20 28.1504	-320 mas	50 mas	35.578225	-0.030358		3	G35.58-0.03			48.35	2.8
	+18 56 22.5233	+02 20 28.2004	-400 mas	100 mas	35.578228	-0.030332		4	G35.58-0.03			47.81	0.75
67	+19 06 1.63	+06 46 36.8			40.622691	-0.138256	G40.622-0.138		G40.62-0.14	1665 MHz;	1665	..	..	NRAOVLA	3.9 x 1.2	45	+H₂O -CH₃OH I +CH₃OH II +OH	SFR	2.300		1983 Dec
	+19 06 1.59875	+06 46 36.5504	-470 mas	-250 mas	40.622570	-0.138173		1	G40.62-0.14			35.94	1.15
	+19 06 1.60008	+06 46 36.6004	-450 mas	-200 mas	40.622585	-0.138171		2	G40.62-0.14			35.39	0.7
	+19 06 1.59341	+06 46 36.5704	-550 mas	-230 mas	40.622565	-0.138150		3	G40.62-0.14			34.84	0.85
	+19 06 1.58675	+06 46 36.1504	-650 mas	-650 mas	40.622449	-0.138180		4	G40.62-0.14			34.29	1.2
	+19 06 1.59008	+06 46 36.2304	-600 mas	-570 mas	40.622475	-0.138182		5	G40.62-0.14			33.74	0.4
	+19 06 1.63675	+06 46 36.4004	100 mas	-400 mas	40.622605	-0.138331		6	G40.62-0.14			33.19	3.85
	+19 06 1.63675	+06 46 36.4004	100 mas	-400 mas	40.622605	-0.138331		7	G40.62-0.14			32.65	26.45
	+19 06 1.62675	+06 46 36.4004	-50 mas	-400 mas	40.622586	-0.138295		8	G40.62-0.14			32.1	4.2
	+19 06 1.60475	+06 46 36.6004	-380 mas	-200 mas	40.622594	-0.138188		9	G40.62-0.14			31.55	0.55
	+19 06 1.58875	+06 46 36.3004	-620 mas	-500 mas	40.622489	-0.138168		10	G40.62-0.14			31	0.85
	+19 06 1.63675	+06 46 36.4804	100 mas	-320 mas	40.622625	-0.138321		11	G40.62-0.14			29.9	0.35
	+19 06 1.63675	+06 46 36.4004	100 mas	-400 mas	40.622605	-0.138331		12	G40.62-0.14			29.35	1.05
	+19 06 1.63808	+06 46 36.4504	120 mas	-350 mas	40.622620	-0.138330		13	G40.62-0.14			28.81	1.3
	+19 06 1.65141	+06 46 36.6504	320 mas	-150 mas	40.622695	-0.138353		14	G40.62-0.14			28.26	0.6
	+19 06 1.63341	+06 46 36.4804	50 mas	-320 mas	40.622619	-0.138309		15	G40.62-0.14			27.71	0.3
	+19 06 1.64208	+06 46 36.6004	180 mas	-200 mas	40.622665	-0.138325		16	G40.62-0.14			27.16	0.3
	+19 06 1.63541	+06 46 36.6004	80 mas	-200 mas	40.622652	-0.138301		17	G40.62-0.14			26.61	0.25
68	+19 11 54.05	+09 35 51.1			43.795703	-0.127368	G43.795-0.127		G43.80-0.13	1665 MHz;	1665	..	..	NRAOVLA	7 x 1	58	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-2.600		1983 Dec
	+19 11 54.0199	+09 35 51.0008	-450 mas	-100 mas	43.795621	-0.127271		1	G43.80-0.13			45.49	0.5
	+19 11 54.0166	+09 35 50.8508	-500 mas	-250 mas	43.795578	-0.127278		2	G43.80-0.13			44.94	0.35
	+19 11 54.0066	+09 35 50.7008	-650 mas	-400 mas	43.795522	-0.127261		3	G43.80-0.13			44.39	0.95
	+19 11 54.0066	+09 35 50.7208	-650 mas	-380 mas	43.795527	-0.127258		4	G43.80-0.13			43.84	4.55
	+19 11 54.0033	+09 35 50.7008	-700 mas	-400 mas	43.795515	-0.127249		5	G43.80-0.13			43.29	5.55
	+19 11 53.9866	+09 35 50.6208	-950 mas	-480 mas	43.795464	-0.127198		6	G43.80-0.13			42.74	1.1
	+19 11 54.0233	+09 35 50.9008	-400 mas	-200 mas	43.795603	-0.127296		7	G43.80-0.13			42.19	11.25
	+19 11 54.0366	+09 35 50.7008	-200 mas	-400 mas	43.795579	-0.127370		8	G43.80-0.13			41.65	157.05
	+19 11 54.0366	+09 35 50.7008	-200 mas	-400 mas	43.795579	-0.127370		9	G43.80-0.13			41.1	41
	+19 11 54.0446	+09 35 50.8208	-80 mas	-280 mas	43.795624	-0.127384		10	G43.80-0.13			40.55	1.7
	+19 11 54.0266	+09 35 50.6508	-350 mas	-450 mas	43.795548	-0.127340		11	G43.80-0.13			40	1.25
	+19 11 54.0366	+09 35 50.7508	-200 mas	-350 mas	43.795591	-0.127364		12	G43.80-0.13			39.45	2.4
	+19 11 54.0499	+09 35 50.9008	0 mas	-200 mas	43.795653	-0.127393		13	G43.80-0.13			38.9	3
	+19 11 54.0033	+09 35 50.6508	-700 mas	-450 mas	43.795503	-0.127255		14	G43.80-0.13			38.35	0.4
69	+19 13 22.06	+10 50 53.5			45.071232	0.132303	G45.071+0.132		G45.07+0.13	1665 MHz;	1665	..	..	NRAOVLA	4.4 x 1.3	40	+H₂O +CH₃OH I +CH₃OH II +OH -SiO	SFR	-4.300		1983 Dec
	+19 13 22.0367	+10 50 53.6984	-350 mas	200 mas	45.071237	0.132413		1	G45.07+0.13			64.04	0.2
	+19 13 22.0314	+10 50 53.7184	-430 mas	220 mas	45.071231	0.132435		2	G45.07+0.13			63.49	0.45
	+19 13 22.0281	+10 50 53.9684	-480 mas	470 mas	45.071287	0.132479		3	G45.07+0.13			62.94	0.2
	+19 13 22.0801	+10 50 55.2984	300 mas	1800 mas	45.071713	0.132462		4	G45.07+0.13			62.39	4
	+19 13 22.0801	+10 50 55.2984	300 mas	1800 mas	45.071713	0.132462		5	G45.07+0.13			61.84	5.15
	+19 13 22.0887	+10 50 55.3984	430 mas	1900 mas	45.071754	0.132443		6	G45.07+0.13			61.29	0.65
	+19 13 22.0767	+10 50 53.8484	250 mas	350 mas	45.071349	0.132287		7	G45.07+0.13			60.74	2.25
	+19 13 22.0787	+10 50 53.8984	280 mas	400 mas	45.071365	0.132286		8	G45.07+0.13			60.19	8.25
	+19 13 22.0767	+10 50 53.8984	250 mas	400 mas	45.071362	0.132293		9	G45.07+0.13			59.65	2
	+19 13 22.0721	+10 50 53.7484	180 mas	250 mas	45.071316	0.132291		10	G45.07+0.13			59.1	0.65
	+19 13 22.0814	+10 50 53.9284	320 mas	430 mas	45.071378	0.132280		11	G45.07+0.13			58.55	0.5
	+19 13 22.1014	+10 50 54.1484	620 mas	650 mas	45.071470	0.132236		12	G45.07+0.13			58	0.85
	+19 13 22.0934	+10 50 53.9984	500 mas	500 mas	45.071418	0.132246		13	G45.07+0.13			57.45	3.4
	+19 13 22.0934	+10 50 53.9984	500 mas	500 mas	45.071418	0.132246		14	G45.07+0.13			56.9	23.45
	+19 13 22.0934	+10 50 53.9984	500 mas	500 mas	45.071418	0.132246		15	G45.07+0.13			56.35	29.95
	+19 13 22.0887	+10 50 53.9984	430 mas	500 mas	45.071409	0.132263		16	G45.07+0.13			55.81	3.75
	+19 13 22.0787	+10 50 53.7484	280 mas	250 mas	45.071329	0.132267		17	G45.07+0.13			54.71	0.9
	+19 13 22.0814	+10 50 53.9684	320 mas	470 mas	45.071388	0.132286		18	G45.07+0.13			54.16	5.2
	+19 13 22.0801	+10 50 53.9284	300 mas	430 mas	45.071375	0.132285		19	G45.07+0.13			53.61	0.55
70	+19 14 25.75	+11 09 25.8			45.465823	0.045009	G45.465+0.053		G45.47+0.05	1665 MHz;	1665	..	..	NRAOVLA	3.6 x 1.1	44	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-5.400		1983 Dec
	+19 14 25.7087	+11 09 25.6812	-620 mas	-120 mas	45.465716	0.045143		1	G45.47+0.05			69.84	1.15
	+19 14 25.7167	+11 09 25.9012	-500 mas	100 mas	45.465785	0.045142		2	G45.47+0.05			69.29	0.25
	+19 14 25.6967	+11 09 25.7012	-800 mas	-100 mas	45.465698	0.045189		3	G45.47+0.05			68.74	1.55
	+19 14 25.6967	+11 09 25.7012	-800 mas	-100 mas	45.465698	0.045189		4	G45.47+0.05			68.19	11.55
	+19 14 25.6967	+11 09 25.7012	-800 mas	-100 mas	45.465698	0.045189		5	G45.47+0.05			67.65	4.1
	+19 14 25.6967	+11 09 25.7012	-800 mas	-100 mas	45.465698	0.045189		6	G45.47+0.05			67.1	2.4
	+19 14 25.6967	+11 09 25.6812	-800 mas	-120 mas	45.465693	0.045186		7	G45.47+0.05			66.55	1.8
	+19 14 25.6967	+11 09 25.7012	-800 mas	-100 mas	45.465698	0.045189		8	G45.47+0.05			66	3
	+19 14 25.6967	+11 09 25.7012	-800 mas	-100 mas	45.465698	0.045189		9	G45.47+0.05			65.45	1.5
	+19 14 25.6967	+11 09 25.8512	-800 mas	50 mas	45.465735	0.045208		10	G45.47+0.05			64.9	0.65
	+19 14 25.6967	+11 09 25.9012	-800 mas	100 mas	45.465747	0.045214		11	G45.47+0.05			64.35	1.3
	+19 14 25.6934	+11 09 25.7812	-850 mas	-20 mas	45.465711	0.045211		12	G45.47+0.05			63.81	1.15
	+19 14 25.6767	+11 09 25.2712	-1100 mas	-530 mas	45.465554	0.045206		13	G45.47+0.05			63.26	0.7
	+19 14 25.6881	+11 09 25.9512	-930 mas	150 mas	45.465743	0.045252		14	G45.47+0.05			62.71	0.6
71	+19 14 7.24	+11 12 16.5			45.47267	0.134037	G45.473+0.133		G45.47+0.13	1665 MHz;	1665	..	..	NRAOVLA	8 x 1.2	54	+H₂O +CH₃OH I +CH₃OH II +OH	SFR_MIXED	-4.700		1983 Dec
	+19 14 7.41341	+11 12 16.3988	2600 mas	-100 mas	45.472974	0.133396		1	G45.47+0.13			59.55	24.05
	+19 14 7.41341	+11 12 16.3988	2600 mas	-100 mas	45.472974	0.133396		2	G45.47+0.13			59	7.05
	+19 14 7.41341	+11 12 16.4988	2600 mas	0 mas	45.472999	0.133409		3	G45.47+0.13			58.45	1.7
72	+19 20 31.19	+13 55 24.8			48.606068	0.022937	G48.606+0.024		G48.61+0.02	1665 MHz;	1665	..	..	NRAOVLA	8 x 1	56	+H₂O -CH₃OH I -CH₃OH II +OH	SFR_MIXED	-1.500		1983 Dec
	+19 20 31.2766	+13 55 25.9016	1300 mas	1100 mas	48.606502	0.022771		1	G48.61+0.02			20.55	0.75
	+19 20 31.2486	+13 55 25.7816	880 mas	980 mas	48.606420	0.022856		2	G48.61+0.02			20	2.4
	+19 20 31.2566	+13 55 25.9016	1000 mas	1100 mas	48.606464	0.022843		3	G48.61+0.02			19.45	3.5
	+19 20 31.3066	+13 55 25.8516	1750 mas	1050 mas	48.606547	0.022658		4	G48.61+0.02			13.96	0.85
	+19 20 31.2733	+13 55 25.5816	1250 mas	780 mas	48.606417	0.022741		5	G48.61+0.02			13.42	1.75
73	+19 23 43.96	+14 30 35.1			49.489996	-0.387589	G49.489-0.386		G49.49-0.39	1665 MHz;	1665	..	..	NRAOVLA	4.5 x 1	-61	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	-5.300		1983 Dec
	+19 23 43.9014	+14 30 36.7	-880 mas	1600 mas	49.490276	-0.387171		1	G49.49-0.39			67.33	0.3
	+19 23 43.9401	+14 30 36.7	-300 mas	1600 mas	49.490350	-0.387308		2	G49.49-0.39			64.58	0.9
	+19 23 43.9601	+14 30 29.15	0 mas	-5950 mas	49.488540	-0.388371		3	G49.49-0.39			62.39	0.3
	+19 23 43.9601	+14 30 30.07	0 mas	-5030 mas	49.488765	-0.388250		4	G49.49-0.39			61.84	0.85
	+19 23 43.9601	+14 30 30.07	0 mas	-5030 mas	49.488765	-0.388250		5	G49.49-0.39			61.29	2
	+19 23 43.9434	+14 30 30.2	-250 mas	-4900 mas	49.488765	-0.388174		6	G49.49-0.39			60.74	1.4
	+19 23 43.9434	+14 30 30.2	-250 mas	-4900 mas	49.488765	-0.388174		7	G49.49-0.39			60.19	2.45
	+19 23 43.9601	+14 30 30.2	0 mas	-4900 mas	49.488797	-0.388233		8	G49.49-0.39			59.65	5.95
	+19 23 43.9601	+14 30 30.2	0 mas	-4900 mas	49.488797	-0.388233		9	G49.49-0.39			59.1	11.15
	+19 23 43.9601	+14 30 30.2	0 mas	-4900 mas	49.488797	-0.388233		10	G49.49-0.39			58.55	38.15
	+19 23 43.9601	+14 30 30.2	0 mas	-4900 mas	49.488797	-0.388233		11	G49.49-0.39			58	29
	+19 23 43.9547	+14 30 30.2	-80 mas	-4900 mas	49.488786	-0.388214		12	G49.49-0.39			57.45	5.15
	+19 23 43.9101	+14 30 35.45	-750 mas	350 mas	49.489986	-0.387366		13	G49.49-0.39			56.9	0.9
	+19 23 43.9134	+14 30 35.32	-700 mas	220 mas	49.489961	-0.387395		14	G49.49-0.39			55.81	0.35

Non-detection table from Forster & Caswell (1999)