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• Target type: MSX
  Observations category: SF.general
  Facility type: single-dish
  Transitions: H2O_22,CH3OH_44(I)
  

• Abstract

  We report simultaneous single-dish surveys of 22 GHz H2O and 44 and 95 GHz class I CH3OH masers toward 299 Red Midcourse Space Experiment Sources in the protostellar stage. The detection rates are 45% at 22 GHz, 28% at 44 GHz, and 23% at 95 GHz. There are 15, 53, and 51 new discoveries at 22, 44, and 95 GHz, respectively. We detect high-velocity (>30 km s-1) features in 27 H2O maser sources. The 95 GHz maser emission is detected only in 44 GHz maser sources. The two transitions show strong correlations in the peak velocity, peak flux density, and isotropic maser luminosity, indicating that they are likely generated in the same sites by the same mechanisms. The 44 GHz masers have much narrower distributions than 22 GHz masers in the relative peak velocity and velocity range, while 6.7 GHz class II CH3OH masers have distributions intermediate between the two. The maser luminosity significantly correlates with the parental clump mass, while it correlates well with the bolometric luminosity of the central protostar only when data of the low-mass regime from the literature are added. Comparison with the results of previous maser surveys toward massive star-forming regions suggests that the detection rates of 22 and 44 GHz masers tend to increase as the central objects evolve. This is contrary to the trends found in low- and intermediate-mass star-forming regions. Thus, the occurrence of both masers might depend on the surrounding environments as well as on the evolution of the central object. eprintid: arXiv:1805.06257

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ID	Obs. RA	Obs. Dec	l	b	Group id	grpv	Source name	Image	Line	Vrange	Vpeak	Fpeak	∫F dv	Telescope	Configuration	Vstep	RMS	Beam	Detection	Class	Distance	Dist. (parallax)	Date
	(J2000)	(J2000)	(deg.)	(deg.)					CH3OH (class I)	(km/s)	(km/s)	(Jy)	(Jy*km/s)			(km/s)	(Jy)	(arcsec)	Yes/No		(kpc)	(kpc)
1	02 25 31	+62 06 20.9	133.6945	1.2161	G133.694+1.216	G133.6945+1.2152	G133.6945+01.2166A	Image	44 GHz (I);	-42.55;-42.55	-42.55	1.2	1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II +OH	SFR	2.000		2011 03 22
	02 25 31	+62 06 20.9	133.6945	1.2161	G133.694+1.216	G133.6945+1.2152	G133.6945+01.2166A	Image	44 GHz (I);	-43.62;-40.64	-42.55	2.2	5.2	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II +OH	SFR	2.000		2012 05 21
3	05 30 46.1	+33 47 54.1	174.1972	-0.0763	G174.198-0.077	G174.1969-0.0779	G174.1974-00.0763	Image	44 GHz (I);	-3.98;-1.64	-3.34	6.2	8.2	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	GALAXY	2.000		2011 03 31
	05 30 46.1	+33 47 54.1	174.1972	-0.0763	G174.198-0.077	G174.1969-0.0779	G174.1974-00.0763	Image	44 GHz (I);	-3.34;-3.13	-3.13	7	2.4	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	GALAXY	2.000		2012 03 10
5	06 08 53.4	+21 38 28.1	188.9465	0.8860	G188.947+0.887	G188.9463+0.8874	G188.9479+00.8871	Image	44 GHz (I);	1.56;4.11	3.05	7	11.7	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	1.800		2011 04 01
	06 08 53.4	+21 38 28.1	188.9465	0.8860	G188.947+0.887	G188.9463+0.8874	G188.9479+00.8871	Image	44 GHz (I);	1.13;4.75	3.05	6.4	14.5	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	1.800		2013 04 30
7	06 12 54	+17 59 23.1	192.6003	-0.0480	G192.599-0.048	G192.5992-0.0489	G192.6005-00.0479	Image	44 GHz (I);	6.5;7.98	7.35	5.9	7.1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.000		2011 03 22
	06 12 54	+17 59 23.1	192.6003	-0.0480	G192.599-0.048	G192.5992-0.0489	G192.6005-00.0479	Image	44 GHz (I);	6.92;8.41	7.35	6.7	5.6	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.000		2012 02 15
9	06 13 16.1	+15 22 43.3	194.9343	-1.2221	G194.934-1.227	G194.9343-1.2221	G194.9349-01.2224	Image	44 GHz (I);	16.48;17.33	16.48	3.4	2.3	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II +OH	SFR	2.000		2011 04 02
	06 13 16.1	+15 22 43.3	194.9343	-1.2221	G194.934-1.227	G194.9343-1.2221	G194.9349-01.2224	Image	44 GHz (I);	14.57;16.7	16.48	2.4	1.4	KVN	US	0.2	0.700	130	+H2O +CH3OH I -CH3OH II +OH	SFR	2.000		2013 04 21
11	06 41 10.2	+09 29 33.6	203.3167	2.0564	G203.316+2.055	G203.3155+2.0549	G203.3166+02.0564	Image	44 GHz (I);	6.07;9.47	7.35	136.4	91.7	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	0.600		2011 03 29
	06 41 10.2	+09 29 33.6	203.3167	2.0564	G203.316+2.055	G203.3155+2.0549	G203.3166+02.0564	Image	44 GHz (I);	7.13;7.98	7.35	100.2	59.2	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	0.600		2012 03 10
13	06 47 13.4	+00 26 6.5	212.0641	-0.7394	G212.063-0.741	G212.0631-0.7411	G212.0641-00.7395	Image	44 GHz (I);	44.31;45.37	44.73	23.4	15.7	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II -OH	SFR	4.700		2011 03 25
	06 47 13.4	+00 26 6.5	212.0641	-0.7394	G212.063-0.741	G212.0631-0.7411	G212.0641-00.7395	Image	44 GHz (I);	44.52;45.16	44.73	18.2	11.9	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II -OH	SFR	4.700		2012 02 15
15	18 11 51.1	-17 31 21.1	12.8903	0.4913	G12.889+0.490	G12.8887+0.4897	G012.8909+00.4938A	Image	44 GHz (I);	31.2;34.6	31.41	19.4	23.1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.400		2011 03 21
	18 11 51.1	-17 31 21.1	12.8903	0.4913	G12.889+0.490	G12.8887+0.4897	G012.8909+00.4938A	Image	44 GHz (I);	30.77;34.38	31.41	20.5	25.9	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.400		2012 06 05
17	18 12 23.4	-18 22 51	12.1991	-0.0335	G12.199-0.033	G12.1992-0.0335	G012.1993-00.0342B		44 GHz (I);	49.03;52.86	52.65	3.2	5.2	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	12.000		2011 03 21
	18 12 23.4	-18 22 51	12.1991	-0.0335	G12.199-0.033	G12.1992-0.0335	G012.1993-00.0342B		44 GHz (I);	48.82;52.86	52.65	4.3	6.5	KVN	US	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	12.000		2013 04 26
19	18 14 39.6	-17 52 2.3	12.9081	-0.2607	G12.908-0.260	G12.9084-0.2602	G012.9090-00.2607	Image	44 GHz (I);	35.75;40	36.6	10.8	27	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.400		2011 03 22
	18 14 39.6	-17 52 2.3	12.9081	-0.2607	G12.908-0.260	G12.9084-0.2602	G012.9090-00.2607	Image	44 GHz (I);	35.75;39.79	36.38	9.6	23.4	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.400		2012 06 18
21	18 14 41.8	-17 23 27.7	13.3308	-0.0411	G13.331-0.041	G13.3308-0.0411	G013.3310-00.0407		44 GHz (I);	53.83;54.26	54.05	5.1	2.3	KVN	US	0.2	0.700	130	-H2O +CH3OH I -CH3OH II	SFR	4.500		2011 04 10
	18 14 41.8	-17 23 27.7	13.3308	-0.0411	G13.331-0.041	G13.3308-0.0411	G013.3310-00.0407		44 GHz (I);	53.41;54.26	53.83	2.5	2.4	KVN	YS	0.2	0.700	130	-H2O +CH3OH I -CH3OH II	SFR	4.500		2012 06 21
23	18 17 2.7	-16 14 28	14.6096	0.0125	G14.604+0.016	G14.6043+0.0164	G014.6087+00.0127	Image	44 GHz (I);	20.95;27.54	24.98	28.8	51.9	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.600		2011 03 22
	18 17 2.7	-16 14 28	14.6096	0.0125	G14.604+0.016	G14.6043+0.0164	G014.6087+00.0127	Image	44 GHz (I);	22.86;27.54	24.98	27.9	47.1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.600		2012 06 05
25	18 17 20.9	-15 43 45.9	15.0944	0.1914	G15.094+0.192	G15.0942+0.1915	G015.0939+00.1913		44 GHz (I);	30.15;30.36	30.36	3.5	1.4	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II -OH	SFR	2.900		2013 04 19
26	18 17 24.4	-17 22 14.8	13.6564	-0.6000	G13.657-0.600	G13.6567-0.5995	G013.6562-00.5997	Image	44 GHz (I);	45.82;49.65	48.37	50.5	67	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	4.100		2011 03 22
	18 17 24.4	-17 22 14.8	13.6564	-0.6000	G13.657-0.600	G13.6567-0.5995	G013.6562-00.5997	Image	44 GHz (I);	46.25;49.65	48.58	52.4	67.2	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	4.100		2012 06 05
28	18 18 8.6	-13 45 07	16.9268	0.9597	G16.927+0.960	G16.9268+0.9597	G016.9270+00.9599	Image	44 GHz (I);	19.28;19.5	19.5	4.6	1.9	KVN	US	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR	2.100		2011 04 11
	18 18 8.6	-13 45 07	16.9268	0.9597	G16.927+0.960	G16.9268+0.9597	G016.9270+00.9599	Image	44 GHz (I);	19.07;21.62	19.5	2.8	3.8	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR	2.100		2012 06 20
30	18 19 12.1	-20 47 30.9	10.8414	-2.5916	G10.841-2.592	G10.8414-2.5916	G010.8411-02.5919	Image	44 GHz (I);	11.98;14.75	13.26	118.3	104	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR	1.900		2011 03 21
	18 19 12.1	-20 47 30.9	10.8414	-2.5916	G10.841-2.592	G10.8414-2.5916	G010.8411-02.5919	Image	44 GHz (I);	11.98;14.32	13.26	146.3	126.4	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR	1.900		2012 06 05
32	18 19 41.9	-13 21 35.4	17.4510	0.8122	G17.451+0.811	G17.4510+0.8111	G017.4507+00.8118A		44 GHz (I);	20.53;21.17	20.96	14	6.5	KVN	US	0.2	0.700	130	-H2O +CH3OH I -CH3OH II	SFR	2.100		2011 04 12
	18 19 41.9	-13 21 35.4	17.4510	0.8122	G17.451+0.811	G17.4510+0.8111	G017.4507+00.8118A		44 GHz (I);	20.75;21.17	20.96	8.2	3.6	KVN	YS	0.2	0.700	130	-H2O +CH3OH I -CH3OH II	SFR	2.100		2012 06 18
34	18 20 19.5	-16 13 29.8	14.9963	-0.6733	G15.034-0.677	G14.9963-0.6733	G014.9958-00.6732	Image	44 GHz (I);	17.3;19.21	19	8.4	9.1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH		2.000		2011 03 22
	18 20 19.5	-16 13 29.8	14.9963	-0.6733	G15.034-0.677	G14.9963-0.6733	G014.9958-00.6732	Image	44 GHz (I);	16.66;19.21	19	5.2	6.4	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH		2.000		2012 06 23
36	18 24 50.2	-12 39 22.4	18.6602	0.0376	G18.666+0.033	G18.6619+0.0345	G018.6608+00.0372A	Image	44 GHz (I);	78.55;82.16	79.18	5.6	12.2	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	11.000		2011 03 22
	18 24 50.2	-12 39 22.4	18.6602	0.0376	G18.666+0.033	G18.6619+0.0345	G018.6608+00.0372A	Image	44 GHz (I);	77.48;82.16	79.4	7	16.9	KVN	US	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	11.000		2013 04 27
38	18 27 2.3	-12 44 38.3	18.8331	-0.4783	G18.830-0.479	G18.8331-0.4783	G018.8319-00.4788		44 GHz (I);	64.9;65.96	64.9	2.8	2.6	KVN	US	0.2	0.700	130	-H2O +CH3OH I -CH3OH II	SFR	4.500		2011 04 12
39	18 28 19	-11 40 36.7	19.9229	-0.2581	G19.926-0.257	G19.9260-0.2572	G019.9224-00.2577		44 GHz (I);	61.26;65.72	64.02	25.1	44.6	KVN	US	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR	4.300		2011 04 12
	18 28 19	-11 40 36.7	19.9229	-0.2581	G19.926-0.257	G19.9260-0.2572	G019.9224-00.2577		44 GHz (I);	61.9;65.51	64.45	22.5	36.9	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR	4.300		2012 06 07
41	18 29 12.1	-10 50 36.2	20.7620	-0.0634	G20.764-0.059	G20.7620-0.0634	G020.7617-00.0638B	Image	44 GHz (I);	54.98;58.6	55.83	5.7	12.1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II	SFR	11.800		2011 03 23
	18 29 12.1	-10 50 36.2	20.7620	-0.0634	G20.764-0.059	G20.7620-0.0634	G020.7617-00.0638B	Image	44 GHz (I);	55.83;57.75	56.05	6	7.4	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II	SFR	11.800		2012 06 05
43	18 29 24.2	-15 15 48.3	16.8674	-2.1560	G16.868-2.158	G16.8681-2.1582	G016.8689-02.1552	Image	44 GHz (I);	13.58;29.1	17.62	126.3	293.6	KVN	US	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.000		2011 04 11
	18 29 24.2	-15 15 48.3	16.8674	-2.1560	G16.868-2.158	G16.8681-2.1582	G016.8689-02.1552	Image	44 GHz (I);	14.65;22.51	17.62	113.8	250.4	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	2.000		2012 06 05
45	18 31 44.1	-09 22 18.5	22.3549	0.0657	G22.356+0.066	G22.3565+0.0663	G022.3554+00.0655	Image	44 GHz (I);	82.51;84.42	84	49.9	29.5	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	4.900		2011 03 23
	18 31 44.1	-09 22 18.5	22.3549	0.0657	G22.356+0.066	G22.3565+0.0663	G022.3554+00.0655	Image	44 GHz (I);	83.15;84.42	84	57.1	30.8	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	4.900		2012 06 05
47	18 33 14.3	-08 23 57.4	23.3891	0.1854	G23.389+0.185	G23.3891+0.1853	G023.3891+00.1851		44 GHz (I);	76.23;77.72	77.72	5.5	3.2	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	4.500		2011 03 23
	18 33 14.3	-08 23 57.4	23.3891	0.1854	G23.389+0.185	G23.3891+0.1853	G023.3891+00.1851		44 GHz (I);	76.23;77.93	77.72	7.2	5	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	4.500		2012 06 21
49	18 33 19.5	-07 55 37.8	23.8179	0.3841	G23.818+0.384	G23.8179+0.3841	G023.8176+00.3841	Image	44 GHz (I);	71.34;78.36	75.38	9.3	14.7	KVN	US	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	4.500		2011 04 13
	18 33 19.5	-07 55 37.8	23.8179	0.3841	G23.818+0.384	G23.8179+0.3841	G023.8176+00.3841	Image	44 GHz (I);	71.56;75.6	75.38	7.5	11.1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	4.500		2012 06 21
51	18 34 20.9	-05 59 42.5	25.6495	1.0495	G25.650+1.050	G25.6495+1.0498	G025.6498+01.0491	Image	44 GHz (I);	40.46;45.35	41.73	58.7	56.6	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	3.000		2011 03 23
	18 34 20.9	-05 59 42.5	25.6495	1.0495	G25.650+1.050	G25.6495+1.0498	G025.6498+01.0491	Image	44 GHz (I);	40.46;45.77	41.73	59.6	58.7	KVN	TN	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	3.000		2014 05 21
53	18 35 50.9	-07 13 27.2	24.7298	0.1530	G24.730+0.153	G24.7298+0.1530	G024.7320+00.1530		44 GHz (I);	109.5;110.35	109.5	1.4	2.2	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR_MIXED	7.700		2011 03 23
54	18 37 7.3	-05 23 58.2	26.4958	0.7107	G26.496+0.711	G26.4958+0.7107	G026.4958+00.7105A		44 GHz (I);	47.66;49.15	47.87	10.3	10.3	KVN	YS	0.2	0.700	130	-H2O +CH3OH I -CH3OH II	SFR	11.800		2011 03 24
	18 37 7.3	-05 23 58.2	26.4958	0.7107	G26.496+0.711	G26.4958+0.7107	G026.4958+00.7105A		44 GHz (I);	47.66;48.94	47.87	7.8	7.1	KVN	YS	0.2	0.700	130	-H2O +CH3OH I -CH3OH II	SFR	11.800		2012 06 11
56	18 37 17	-06 38 24.3	25.4122	0.1053	G25.411+0.105	G25.4106+0.1049	G025.4118+00.1052B		44 GHz (I);	94.91;97.46	95.33	10.7	14.1	KVN	US	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	5.200		2011 04 13
	18 37 17	-06 38 24.3	25.4122	0.1053	G25.411+0.105	G25.4106+0.1049	G025.4118+00.1052B		44 GHz (I);	94.7;96.4	95.33	9.8	10.3	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	5.200		2012 06 16
58	18 42 37.1	-04 02 2.1	28.3372	0.1191	G28.339+0.119	G28.3372+0.1190	G028.3373+00.1189		44 GHz (I);	80.46;83.01	81.52	6.8	9.1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR	4.600		2011 03 24
	18 42 37.1	-04 02 2.1	28.3372	0.1191	G28.339+0.119	G28.3372+0.1190	G028.3373+00.1189		44 GHz (I);	81.31;82.37	81.52	5.5	4.9	KVN	YS	0.2	0.700	130	+H2O +CH3OH I -CH3OH II	SFR	4.600		2012 06 11
60	18 43 46.2	-03 35 29.2	28.8621	0.0657	G28.862+0.066	G28.8619+0.0657	G028.8621+00.0657	Image	44 GHz (I);	102.72;104.85	103.36	15.2	13.8	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	7.400		2011 03 25
	18 43 46.2	-03 35 29.2	28.8621	0.0657	G28.862+0.066	G28.8619+0.0657	G028.8621+00.0657	Image	44 GHz (I);	102.08;104.64	103.36	17.5	17.1	KVN	YS	0.2	0.700	130	+H2O +CH3OH I +CH3OH II +OH	SFR	7.400		2012 06 05
62	18 45 59.6	-02 45 6.5	29.8623	-0.0442	G29.862-0.044	G29.8624-0.0442	G029.8620-00.0444		44 GHz (I);	98.31;102.13	100.86	4	6.8	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	4.900		2011 03 25
	18 45 59.6	-02 45 6.5	29.8623	-0.0442	G29.862-0.044	G29.8624-0.0442	G029.8620-00.0444		44 GHz (I);	100.86;101.07	100.86	4.1	1.7	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	4.900		2012 06 14
64	18 47 39	-02 20 51.8	30.4107	-0.2280	G30.419-0.232	G30.4107-0.2280	G030.4117-00.2277		44 GHz (I);	102.11;107	104.87	9.3	21.8	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II -OH	SFR	4.900		2011 04 14
	18 47 39	-02 20 51.8	30.4107	-0.2280	G30.419-0.232	G30.4107-0.2280	G030.4117-00.2277		44 GHz (I);	102.11;106.79	104.66	5.3	11.9	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II -OH	SFR	4.900		2012 06 23
66	18 48 10.6	-01 45 25.3	30.9966	-0.0760	G31.000-0.075	G30.9996-0.0751	G030.9959-00.0771		44 GHz (I);	80.86;82.77	82.35	3	4.4	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II	SFR	4.900		2011 04 14
	18 48 10.6	-01 45 25.3	30.9966	-0.0760	G31.000-0.075	G30.9996-0.0751	G030.9959-00.0771		44 GHz (I);	81.5;82.77	82.77	2.7	3.1	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II	SFR	4.900		2012 06 12
68	18 48 12.4	-01 26 30.3	31.2804	0.0614	G31.280+0.061	G31.2801+0.0617	G031.2803+00.0615A	Image	44 GHz (I);	105.72;111.67	109.12	13.8	39.5	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	4.900		2011 03 25
	18 48 12.4	-01 26 30.3	31.2804	0.0614	G31.280+0.061	G31.2801+0.0617	G031.2803+00.0615A	Image	44 GHz (I);	105.72;113.8	109.33	11.9	38.4	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	4.900		2013 04 26
70	18 49 36.6	-00 45 45.4	32.0448	0.0591	G32.045+0.059	G32.0447+0.0589	G032.0451+00.0589	Image	44 GHz (I);	92.71;98.02	95.26	16.9	30.3	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	4.900		2011 03 25
	18 49 36.6	-00 45 45.4	32.0448	0.0591	G32.045+0.059	G32.0447+0.0589	G032.0451+00.0589	Image	44 GHz (I);	93.77;98.02	95.26	12	22.3	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	4.900		2012 06 06
72	18 51 24.4	+00 04 34	32.9962	0.0415	G32.992+0.038	G32.9962+0.0415	G032.9957+00.0415A		44 GHz (I);	82.58;83.43	83.22	4.7	3.5	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	9.200		2011 03 25
	18 51 24.4	+00 04 34	32.9962	0.0415	G32.992+0.038	G32.9962+0.0415	G032.9957+00.0415A		44 GHz (I);	82.58;83.43	83.22	5.6	3.7	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	9.200		2012 06 23
74	18 52 14.6	+00 24 52.6	33.3928	0.0097	G33.393+0.010	G33.3928+0.0097	G033.3933+00.0100		44 GHz (I);	103.17;104.24	103.17	2.5	2.2	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	7.000		2011 03 26
	18 52 14.6	+00 24 52.6	33.3928	0.0097	G33.393+0.010	G33.3928+0.0097	G033.3933+00.0100		44 GHz (I);	103.17;104.02	103.17	2.3	2.5	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	7.000		2012 06 06
76	18 52 26.7	+00 32 8.9	33.5237	0.0201	G33.524+0.020	G33.5237+0.0201	G033.5237+00.0198		44 GHz (I);	104.87;105.08	104.87	3.7	1.4	KVN	US	0.2	0.700	65	-H2O +CH3OH I	SFR	7.000		2011 04 14
	18 52 26.7	+00 32 8.9	33.5237	0.0201	G33.524+0.020	G33.5237+0.0201	G033.5237+00.0198		44 GHz (I);	104.66;105.08	104.87	3.8	1.6	KVN	YS	0.2	0.700	65	-H2O +CH3OH I	SFR	7.000		2012 06 23
78	18 57 53.4	+04 18 17.5	37.4979	0.5299	G37.498+0.530	G37.4979+0.5299	G037.4974+00.5301	Image	44 GHz (I);	12.22;12.44	12.44	3	1	KVN	YS	0.2	0.700	65	+H2O +CH3OH I -CH3OH II +OH	SFR	12.800		2013 04 21
79	18 58 13	+01 40 31.2	35.1958	-0.7436	G35.197-0.743	G35.1970-0.7430	G035.1979-00.7427	Image	44 GHz (I);	31.75;36.85	34.93	27.2	58	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	2.200		2011 03 22
	18 58 13	+01 40 31.2	35.1958	-0.7436	G35.197-0.743	G35.1970-0.7430	G035.1979-00.7427	Image	44 GHz (I);	30.26;36	34.93	23.2	50	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	2.200		2012 05 18
81	18 59 9.9	+04 12 15.6	37.5538	0.2009	G37.554+0.201	G37.5538+0.2008	G037.5536+00.2008	Image	44 GHz (I);	85.48;87.19	86.55	3.9	5.5	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	6.700		2011 03 26
	18 59 9.9	+04 12 15.6	37.5538	0.2009	G37.554+0.201	G37.5538+0.2008	G037.5536+00.2008	Image	44 GHz (I);	85.06;86.97	86.33	3.6	4.8	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	6.700		2013 04 27
83	19 04 3.7	+05 07 53.2	38.9364	-0.4592	G38.936-0.459	G38.9364-0.4592	G038.9365-00.4592		44 GHz (I);	42.18;42.18	42.18	3.8	0.8	KVN	YS	0.2	0.700	65	+H2O +CH3OH I -CH3OH II	SFR	2.800		2011 03 26
	19 04 3.7	+05 07 53.2	38.9364	-0.4592	G38.936-0.459	G38.9364-0.4592	G038.9365-00.4592		44 GHz (I);	42.18;42.4	42.4	2.9	1.2	KVN	TN	0.2	0.700	65	+H2O +CH3OH I -CH3OH II	SFR	2.800		2012 10 10
85	19 21 24.8	+15 28 4.4	50.0708	0.5581	G50.071+0.559	G50.0715+0.5586	G050.0721+00.5591	Image	44 GHz (I);	-4.33;-3.69	-4.33	2.9	2	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II	SFR	10.800		2011 03 31
	19 21 24.8	+15 28 4.4	50.0708	0.5581	G50.071+0.559	G50.0715+0.5586	G050.0721+00.5591	Image	44 GHz (I);	-4.97;-4.33	-4.33	4	1.5	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II	SFR	10.800		2013 04 21
87	19 22 26.7	+14 06 46.2	48.9927	-0.2999	G48.990-0.299	G48.9901-0.2994	G048.9897-00.2992A	Image	44 GHz (I);	65.13;70.02	66.41	105.7	129.9	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	5.400		2011 04 14
	19 22 26.7	+14 06 46.2	48.9927	-0.2999	G48.990-0.299	G48.9901-0.2994	G048.9897-00.2992A	Image	44 GHz (I);	65.13;69.6	66.41	80.3	101.4	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	5.400		2012 05 20
89	19 23 36.8	+14 31 16.4	49.4864	-0.3567	G49.489-0.385	G49.4864-0.3567	G049.4883-00.3545B	Image	44 GHz (I);	54.08;66.63	60.04	30.5	62.2	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH -SiO	SFR_MIXED	5.400		2011 04 16
	19 23 36.8	+14 31 16.4	49.4864	-0.3567	G49.489-0.385	G49.4864-0.3567	G049.4883-00.3545B	Image	44 GHz (I);	55.36;66.63	60.04	21.8	43.8	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH -SiO	SFR_MIXED	5.400		2012 05 19
91	19 25 8.5	+17 24 47.4	52.2078	0.6888	G52.208+0.689	G52.2078+0.6888	G052.2078+00.6890	Image	44 GHz (I);	2.21;6.89	6.67	4.6	9.2	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II	SFR	9.800		2011 03 24
	19 25 8.5	+17 24 47.4	52.2078	0.6888	G52.208+0.689	G52.2078+0.6888	G052.2078+00.6890	Image	44 GHz (I);	2.42;6.89	6.67	4.5	6.7	KVN	TN	0.2	0.700	65	+H2O +CH3OH I +CH3OH II	SFR	9.800		2012 10 11
93	19 25 22.2	+13 47 19.6	49.0429	-1.0787	G49.043-1.079	G49.0429-1.0787	G049.0431-01.0787	Image	44 GHz (I);	38.01;40.13	39.28	7.7	7.3	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II -OH	SFR	3.000		2011 04 15
	19 25 22.2	+13 47 19.6	49.0429	-1.0787	G49.043-1.079	G49.0429-1.0787	G049.0431-01.0787	Image	44 GHz (I);	38.43;39.71	39.28	5.7	5.1	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II -OH	SFR	3.000		2013 04 22
95	19 28 55.6	+17 51 59.5	53.0359	0.1118	G53.036+0.113	G53.0365+0.1118	G053.0366+00.1110A	Image	44 GHz (I);	3.03;6.65	5.58	6.1	12.8	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	9.500		2011 04 16
	19 28 55.6	+17 51 59.5	53.0359	0.1118	G53.036+0.113	G53.0365+0.1118	G053.0366+00.1110A	Image	44 GHz (I);	3.03;6.86	6.22	4.5	10.5	KVN	TN	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	9.500		2012 10 11
97	19 29 17.6	+17 56 23	53.1418	0.0704	G53.142+0.070	G53.1419+0.0704	G053.1417+00.0705	Image	44 GHz (I);	18.12;22.37	21.95	19.9	21.4	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	1.900		2011 04 15
	19 29 17.6	+17 56 23	53.1418	0.0704	G53.142+0.070	G53.1419+0.0704	G053.1417+00.0705	Image	44 GHz (I);	19.4;26.84	21.95	16.6	16.7	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	1.900		2012 05 13
99	19 43 11.2	+23 44 3.6	59.7828	0.0647	G59.783+0.064	G59.7828+0.0640	G059.7831+00.0648	Image	44 GHz (I);	20.86;23.62	22.56	20.3	18.7	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	2.200		2011 04 16
	19 43 11.2	+23 44 3.6	59.7828	0.0647	G59.783+0.064	G59.7828+0.0640	G059.7831+00.0648	Image	44 GHz (I);	21.71;24.05	22.56	19.7	16.3	KVN	TN	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	2.200		2012 10 11
101	19 43 48.5	+23 29 17.9	59.6404	-0.1813	G59.634-0.189	G59.6404-0.1813	G059.6403-00.1812	Image	44 GHz (I);	26.38;28.72	27.23	3.1	4.4	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II -OH	SFR	2.200		2011 04 12
	19 43 48.5	+23 29 17.9	59.6404	-0.1813	G59.634-0.189	G59.6404-0.1813	G059.6403-00.1812	Image	44 GHz (I);	26.17;28.72	27.23	6.6	9.3	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II -OH	SFR	2.200		2012 06 23
103	19 49 32.1	+26 45 15	63.1149	0.3415	G63.115+0.340	G63.1153+0.3399	G063.1140+00.3416	Image	44 GHz (I);	19.27;21.4	21.19	11.4	19	KVN	US	0.2	0.700	65	+H2O +CH3OH I -CH3OH II	SFR	4.700		2011 04 11
	19 49 32.1	+26 45 15	63.1149	0.3415	G63.115+0.340	G63.1153+0.3399	G063.1140+00.3416	Image	44 GHz (I);	18.85;21.19	21.19	4	5.4	KVN	YS	0.2	0.700	65	+H2O +CH3OH I -CH3OH II	SFR	4.700		2012 03 17
105	20 08 10.1	+35 59 24	73.0631	1.7962	G73.062+1.796	G73.0617+1.7964	G073.0633+01.7958	Image	44 GHz (I);	-0.73;0.76	0.12	12.7	9.3	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	1.400		2011 04 14
	20 08 10.1	+35 59 24	73.0631	1.7962	G73.062+1.796	G73.0617+1.7964	G073.0633+01.7958	Image	44 GHz (I);	-0.2;0.65	0.22	11.3	6.8	KVN	TN	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	1.400		2012 10 11
107	20 12 57.9	+33 30 26.8	71.5219	-0.3852	G71.521-0.385	G71.5219-0.3852	G071.5219-00.3854		44 GHz (I);	9.68;9.9	9.68	1.4	0.7	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	1.400		2013 04 22
108	20 14 25.9	+41 13 36.3	78.1228	3.6339	G78.122+3.633	G78.1221+3.6328	G078.1224+03.6320	Image	44 GHz (I);	-4.5;-1.74	-3.23	11.2	18.6	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	1.400		2011 04 12
	20 14 25.9	+41 13 36.3	78.1228	3.6339	G78.122+3.633	G78.1221+3.6328	G078.1224+03.6320	Image	44 GHz (I);	-3.44;-3.23	-3.23	10.7	3.3	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	1.400		2012 03 11
110	20 18 44.2	+33 53 8.8	72.5051	-1.1713	G72.505-1.171	G72.5051-1.1713	G072.5056-01.1708		44 GHz (I);	-26.8;-26.59	-26.59	3.6	1.4	KVN	US	0.2	0.700	65	-H2O +CH3OH I -CH3OH II	SFR	7.200		2011 04 13
	20 18 44.2	+33 53 8.8	72.5051	-1.1713	G72.505-1.171	G72.5051-1.1713	G072.5056-01.1708		44 GHz (I);	-26.8;-26.59	-26.59	3	1.1	KVN	YS	0.2	0.700	65	-H2O +CH3OH I -CH3OH II	SFR	7.200		2013 04 22
112	20 20 30.6	+41 21 26.6	78.8704	2.7599	G78.870+2.762	G78.8703+2.7602	G078.8699+02.7602	Image	44 GHz (I);	8.46;9.31	8.88	40.1	17.1	KVN	US	0.2	0.700	65	+H2O +CH3OH I -CH3OH II +OH -SiO	SFR_MIXED	1.400		2011 04 16
	20 20 30.6	+41 21 26.6	78.8704	2.7599	G78.870+2.762	G78.8703+2.7602	G078.8699+02.7602	Image	44 GHz (I);	8.46;9.31	8.88	48	20.5	KVN	TN	0.2	0.700	65	+H2O +CH3OH I -CH3OH II +OH -SiO	SFR_MIXED	1.400		2012 10 10
114	20 24 33.4	+42 24 58.2	80.1711	2.7448	G80.171+2.745	G80.1711+2.7448	G080.1710+02.7450		44 GHz (I);	4.91;5.55	4.91	2.5	2	KVN	US	0.2	0.700	65	+H2O +CH3OH I -CH3OH II	SFR	1.400		2011 04 16
	20 24 33.4	+42 24 58.2	80.1711	2.7448	G80.171+2.745	G80.1711+2.7448	G080.1710+02.7450		44 GHz (I);	5.12;5.55	5.55	1.9	0.7	KVN	TN	0.2	0.700	65	+H2O +CH3OH I -CH3OH II	SFR	1.400		2012 10 12
116	20 29 24.9	+40 11 19.4	78.8867	0.7088	G78.887+0.709	G78.8867+0.7090	G078.8867+00.7087	Image	44 GHz (I);	-5.97;-5.97	-5.97	3.5	0.7	KVN	TN	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	3.300		2012 10 12
117	20 37 0.9	+41 34 55.8	80.8614	0.3834	G80.861+0.383	G80.8615+0.3833	G080.8624+00.3827	Image	44 GHz (I);	-2.29;-1.87	-2.08	4.5	2.5	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	1.400		2011 04 15
	20 37 0.9	+41 34 55.8	80.8614	0.3834	G80.861+0.383	G80.8615+0.3833	G080.8624+00.3827	Image	44 GHz (I);	-2.93;-2.08	-2.93	3.9	3.8	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	1.400		2013 04 21
119	20 38 35.4	+42 37 13.7	81.8646	0.7797	G81.871+0.781	G81.8652+0.7799	G081.8652+00.7800	Image	44 GHz (I);	6.43;10.9	8.77	12.9	27.6	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	1.400		2011 04 11
	20 38 35.4	+42 37 13.7	81.8646	0.7797	G81.871+0.781	G81.8652+0.7799	G081.8652+00.7800	Image	44 GHz (I);	6.22;10.68	8.77	13.6	23.5	KVN	TN	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	1.400		2012 10 10
121	20 38 57.2	+42 22 40.9	81.7128	0.5791	G81.718+0.571	G81.7128+0.5791	G081.7131+00.5792	Image	44 GHz (I);	-5.75;0.84	-0.01	242.9	268.2	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH -SiO	SFR	1.400		2011 04 15
	20 38 57.2	+42 22 40.9	81.7128	0.5791	G81.718+0.571	G81.7128+0.5791	G081.7131+00.5792	Image	44 GHz (I);	-9.18;1.45	-0.04	218	248.9	KVN	TN	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH -SiO	SFR	1.400		2012 10 12
123	20 39 3.7	+42 25 29.6	81.7622	0.5917	G81.762+0.596	G81.7622+0.5917	G081.7624+00.5916	Image	44 GHz (I);	-5.52;-2.33	-3.18	30.1	43.5	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	1.400		2011 04 16
	20 39 3.7	+42 25 29.6	81.7622	0.5917	G81.762+0.596	G81.7622+0.5917	G081.7624+00.5916	Image	44 GHz (I);	-5.94;1.5	-3.18	24.5	43.1	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	1.400		2012 03 21
125	20 43 28.5	+42 50 1.8	82.5831	0.2015	G82.583+0.201	G82.5831+0.2015	G082.5828+00.2014	Image	44 GHz (I);	9.77;11.26	10.41	252.5	157.2	KVN	US	0.2	0.700	65	+H2O +CH3OH I -CH3OH II -SiO	SFR	1.400		2011 04 11
	20 43 28.5	+42 50 1.8	82.5831	0.2015	G82.583+0.201	G82.5831+0.2015	G082.5828+00.2014	Image	44 GHz (I);	9.77;11.26	10.41	236.5	149.1	KVN	TN	0.2	0.700	65	+H2O +CH3OH I -CH3OH II -SiO	SFR	1.400		2012 10 11
127	21 15 55.6	+54 43 31	95.0531	3.9722	G95.053+3.972	G95.0534+3.9719	G095.0531+03.9724	Image	44 GHz (I);	-85.75;-85.33	-85.54	9.1	4.1	KVN	YS	0.2	0.700	65	+H2O +CH3OH I -CH3OH II -OH	SFR	8.700		2011 03 26
	21 15 55.6	+54 43 31	95.0531	3.9722	G95.053+3.972	G95.0534+3.9719	G095.0531+03.9724	Image	44 GHz (I);	-87.88;-84.48	-85.54	6.7	3.7	KVN	TN	0.2	0.700	65	+H2O +CH3OH I -CH3OH II -OH	SFR	8.700		2013 04 18
129	21 32 11.3	+55 53 39.9	97.5268	3.1835	G97.525+3.182	G97.5251+3.1821	G097.5268+03.1837B	Image	44 GHz (I);	-69.07;-68.85	-68.85	2.7	1.1	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	7.000		2012 04 19
130	21 32 30.6	+51 02 16	94.2588	-0.4108	G94.259-0.411	G94.2591-0.4111	G094.2615-00.4116		44 GHz (I);	-47.6;-47.6	-47.6	1.1	0.5	KVN	TN	0.2	0.700	65	+H2O +CH3OH I -CH3OH II +OH	SFR	5.200		2012 10 11
131	22 52 38.1	+60 01 1.1	108.5954	0.4943	G108.595+0.492	G108.5954+0.4923	G108.5955+00.4935C	Image	44 GHz (I);	-53.17;-48.49	-51.89	4.4	9.1	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	4.300		2011 04 10
	22 52 38.1	+60 01 1.1	108.5954	0.4943	G108.595+0.492	G108.5954+0.4923	G108.5955+00.4935C	Image	44 GHz (I);	-52.74;-49.34	-51.89	4.2	7.4	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	4.300		2013 04 30
133	22 56 18	+62 01 49.7	109.8710	2.1143	G109.871+2.115	G109.8739+2.1152	G109.8715+02.1156	Image	44 GHz (I);	-13.7;-11.58	-13.07	5.8	4	KVN	US	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	0.700		2011 04 10
	22 56 18	+62 01 49.7	109.8710	2.1143	G109.871+2.115	G109.8739+2.1152	G109.8715+02.1156	Image	44 GHz (I);	-13.28;-13.07	-13.07	6.1	2.6	KVN	TN	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	0.700		2012 10 10
135	23 05 25.2	+60 08 15.4	110.0933	-0.0645	G110.093-0.066	G110.0930-0.0655	G110.0931-00.0641	Image	44 GHz (I);	-54.85;-53.79	-54.43	25.7	15.3	KVN	YS	0.2	0.700	65	+H2O +CH3OH I -CH3OH II +OH	SFR	4.300		2011 04 03
	23 05 25.2	+60 08 15.4	110.0933	-0.0645	G110.093-0.066	G110.0930-0.0655	G110.0931-00.0641	Image	44 GHz (I);	-54.64;-54.43	-54.43	13.7	5.5	KVN	YS	0.2	0.700	65	+H2O +CH3OH I -CH3OH II +OH	SFR	4.300		2012 03 11
137	23 13 43.9	+61 26 57.7	111.5320	0.7592	G111.542+0.769	G111.5330+0.7577	G111.5320+00.7593	Image	44 GHz (I);	-59.37;-51.93	-57.24	41.9	91.3	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	2.600		2011 04 03
	23 13 43.9	+61 26 57.7	111.5320	0.7592	G111.542+0.769	G111.5330+0.7577	G111.5320+00.7593	Image	44 GHz (I);	-57.88;-52.99	-57.24	26	53.1	KVN	YS	0.2	0.700	65	+H2O +CH3OH I +CH3OH II +OH	SFR	2.600		2012 02 16
139	23 14 1.8	+61 27 1