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• Target type: IRAS,UCHII,YSO,Outflows,HII*
  Transitions: SiO_1-0v0,CH3OH_36(I),CH3OH_44(I),CH3OH_95(I),CH3OH_132(I),CH3OH_6(II)
  

• Abstract

  Observations of various types of objects in the northern sky were obtained at 44 GHz in the 70-61 A + methanol line on the 20-m Onsala radio telescope (Sweden), in order to search for Class I methanol maser emission in the interstellar medium: regions of formation of high-mass stars, dust rings around HII regions, and protostellar candidates associated with powerful molecular outflows and Galactic HII regions. Seven new Class Imethanolmasers have been discovered toward regions of formation of highmass stars, and the existence of two previously observed masers confirmed. The following conclusions are drawn: (1) neither the association of a bipolar outflow manifest in the wings of CO lines with a highmass protostellar object (HMPO) nor the presence of thermal emission in lines of complex molecules are sufficient conditions for the detection of Class I methanol emission no association with HMPOs radiating at 44 GHz was found for EGOs (a new class of object tracing bipolar outflows) (2) the existence of H2O masers and Class II methanol masers in the region of aHMPOenhances the probability of detecting Class I methanol emission toward the HMPO Class II methanol masers with stronger line fluxes are associated with Class I methanol masers.

  Target sources: IRAS or MSX Comments: (1) IRAS objects with color criteria of candidates of high-mass proto-stellar objects (2) Regions with massive molecular outflows from Qin et al. [19] that are associated with ultra-compact and compact HII regions (3) Proposed regions of formation of second-generation stars from Deharveng et al. [20] (4) Regions of formation of massive stars from Qiu et al. [21] containing young high-luminosity objects associated with molecular outflows.

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  Input tables: Table 1
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ID	Obs. RA	Obs. Dec	l	b	Group id	Source name	Other name	Line	Vpeak	FWHM	Fpeak	∫F dv	Telescope	Beam	Detection	Class	Dist. (parallax)	Date
	(J2000)	(J2000)	(deg.)	(deg.)			IRAS	CH3OH (class I)	(km/s)	(km/s)	(Jy)	(Jy*km/s)		(arcsec)	Yes/No		(kpc)
1	05 30 48	+33 47 53.8	174.2009	-0.0707	G174.198-0.077	174.201-0.07	05274+3345	44 GHz (I);	-4.248(0.027)	2.071(0.036)	1.024	2.259(0.198)	ONSALA	88	+H2O +OH	GALAXY		December 2-15, 2009
	05 30 48	+33 47 53.8	174.2009	-0.0707	G174.198-0.077	174.201-0.07	05274+3345	44 GHz (I);	-2.682(0.001)	1.308(0.023)	7.347	10.226(0.144)	ONSALA	88	+H2O +OH	GALAXY		December 2-15, 2009
	05 30 48	+33 47 53.8	174.2009	-0.0707	G174.198-0.077	174.201-0.07	05274+3345	44 GHz (I);	-1.201(0.056)	1.277(0.110)	1.502	2.042(0.144)	ONSALA	88	+H2O +OH	GALAXY		December 2-15, 2009
	05 30 48	+33 47 53.8	174.2009	-0.0707	G174.198-0.077	174.201-0.07	05274+3345	44 GHz (I);	0.435(0.053)	0.801(1.368)	0.913	0.779(0.054)	ONSALA	88	+H2O +OH	GALAXY		December 2-15, 2009
5	18 17 57.1	-12 07 22	18.3401	1.7722	G18.340+1.772	18.34+1.772	18151-1208	44 GHz (I);	30.031(0.032)	0.373(0.061)	8.298	3.295(0.738)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	18 17 57.1	-12 07 22	18.3401	1.7722	G18.340+1.772	18.34+1.772	18151-1208	44 GHz (I);	30.746(0.028)	0.767(0.093)	8.750	10.826(1.008)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	18 17 57.1	-12 07 22	18.3401	1.7722	G18.340+1.772	18.34+1.772	18151-1208	44 GHz (I);	32.504(0.045)	0.841(0.131)	7.866	7.03l(0.756)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	18 17 57.1	-12 07 22	18.3401	1.7722	G18.340+1.772	18.34+1.772	18151-1208	44 GHz (I);	34.059(0.039)	0.558(0.099)	6.354	3.774(0.540)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
9	18 37 16.8	-06 38 32	25.4100	0.1050	G25.411+0.105	25.41+0.105	18345-0641	44 GHz (I);	95.794(0.046)	0.960(0.100)	8.060	8.244(1.170)	ONSALA	88	+H2O +CH3OH I +CH3OH II -OH	SFR		December 2-15, 2009
	18 37 16.8	-06 38 32	25.4100	0.1050	G25.411+0.105	25.41+0.105	18345-0641	44 GHz (I);	97.247(0.216)	1.695(0.413)	2.810	5.058(1.242)	ONSALA	88	+H2O +CH3OH I +CH3OH II -OH	SFR		December 2-15, 2009
11	18 51 24.8	+00 04 19	32.9931	0.0383	G32.993+0.038	32.993+0.038	18488+0000	44 GHz (I);	83.307(0.047)	1.013(0.087)	5.795	6.255(0.612)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	18 51 24.8	+00 04 19	32.9931	0.0383	G32.993+0.038	32.993+0.038	18488+0000	44 GHz (I);	83.669(0.026)	0.295(0.057)	4.194	1.317(0.378)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
13	19 28 54	+17 51 56	53.0320	0.1170	G53.036+0.113	53.032+0.117	19266+1745	44 GHz (I);	3.539(0.057)	0.386(0.134)	2.106	0.866(0.288)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	19 28 54	+17 51 56	53.0320	0.1170	G53.036+0.113	53.032+0.117	19266+1745	44 GHz (I);	4.270(0.098)	0.638(0.293)	2.160	1.464(0.630)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	19 28 54	+17 51 56	53.0320	0.1170	G53.036+0.113	53.032+0.117	19266+1745	44 GHz (I);	5.034(0.125)	0.622(0.289)	1.872	1.240(0.612)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	19 28 54	+17 51 56	53.0320	0.1170	G53.036+0.113	53.032+0.117	19266+1745	44 GHz (I);	6.142(0.048)	0.928(0.175)	3.708	3.664(0.522)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	19 28 54	+17 51 56	53.0320	0.1170	G53.036+0.113	53.032+0.117	19266+1745	44 GHz (I);	7.233(0.087)	0.560(0.189)	1.740	1.038(0.342)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
18	19 43 11.4	+23 44 06	59.7837	0.0645	G59.783+0.064	59.784+0.064	19410+2336	44 GHz (I);	22.214(0.035)	0.458(0.067)	7.866	3.837(0.558)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	19 43 11.4	+23 44 06	59.7837	0.0645	G59.783+0.064	59.784+0.064	19410+2336	44 GHz (I);	22.894(0.016)	0.510(0.055)	16.992	9.224(0.828)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
	19 43 11.4	+23 44 06	59.7837	0.0645	G59.783+0.064	59.784+0.064	19410+2336	44 GHz (I);	23.651(0.073)	0.534(0.230)	4.320	2.457(0.900)	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR		December 2-15, 2009
21	20 31 10.7	+40 03 10	78.9752	0.3562	G78.975+0.356	78.975+0.356	20293+3952	44 GHz (I);	5.388(0.030)	0.817(0.049)	9.540	8.300(0.702)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
	20 31 10.7	+40 03 10	78.9752	0.3562	G78.975+0.356	78.975+0.356	20293+3952	44 GHz (I);	6.341(0.056)	0.854(0.098)	5.850	5.309(0.738)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
	20 31 10.7	+40 03 10	78.9752	0.3562	G78.975+0.356	78.975+0.356	20293+3952	44 GHz (I);	7.532(0.018)	0.936(0.052)	6.624	6.608(0.288)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
24	20 31 13.7	+40 03 17	78.9824	0.3496	G78.975+0.356	78.983+0.349	20293+3952	44 GHz (I);	5.466(0.038)	1.024(0.072)	12.492	13.618(1.008)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
	20 31 13.7	+40 03 17	78.9824	0.3496	G78.975+0.356	78.983+0.349	20293+3952	44 GHz (I);	6.408(0.070)	0.699(0.136)	4.788	3.557(0.720)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
	20 31 13.7	+40 03 17	78.9824	0.3496	G78.975+0.356	78.983+0.349	20293+3952	44 GHz (I);	7.463(0.020)	0.986(0.066)	10.602	11.124(0.558)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
27	23 05 25.7	+60 08 7.9	110.0935	-0.0669	G110.093-0.066	110.094-0.067	23033+5951	44 GHz (I);	-54.078(0.006)	0.573(0.017)	14.004	8.549(0.198)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
	23 05 25.7	+60 08 7.9	110.0935	-0.0669	G110.093-0.066	110.094-0.067	23033+5951	44 GHz (I);	-52.600(0.000)	0.493(0.000)	1.944	1.016(0.144)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
29	23 17 21	+59 28 49	111.2356	-1.2378	G111.236-1.238	111.236-1.238	23151 +5912	44 GHz (I);	-54.340(0.025)	0.557(0.081)	2.016	1.197(0.126)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009
	23 17 21	+59 28 49	111.2356	-1.2378	G111.236-1.238	111.236-1.238	23151 +5912	44 GHz (I);	-52.332(0.013)	0.653(0.034)	3.870	2.689(0.108)	ONSALA	88	+H2O +CH3OH I -CH3OH II +OH	SFR		December 2-15, 2009

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ID	Obs. RA	Obs. Dec	l	b	Group id	Source name	Other name	Line	Telescope	Beam	Detection	Class	Date
	(J2000)	(J2000)	(deg.)	(deg.)			IRAS	CH3OH (class I)		(arcsec)	Yes/No
1	05 39 12.9	+35 45 50.6	173.4815	2.4455	G173.482+2.446	173.482+2.446	05358+3543	44 GHz (I);	ONSALA	88	+H2O +OH	SFR	December 2-15, 2009
2	05 52 13	+26 59 33	182.4162	0.2468	G182.416+0.247	182.416+0.247	05490+2658	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
3	06 04 01	+16 31 50.2	192.8485	-2.6104	G192.848-2.610	192.505-3.212	05553+1631	44 GHz (I);	ONSALA	88	-CH3OH I		December 2-15, 2009
4	18 25 11	-12 42 17	18.6568	-0.0597	G18.656-0.059	18.657-0.06	18223-1243	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II -SiO	SFR	December 2-15, 2009
5	18 29 14.4	-11 50 25.9	19.8830	-0.5344	G19.884-0.535	19.883-0.534	18264-1152	44 GHz (I);	ONSALA	88	+H2O +CH3OH I +CH3OH II -OH	SFR_MIXED	December 2-15, 2009
6	18 49 36.8	-00 41 4.9	32.1146	0.0937	G32.117+0.091	32.114+0.094	18470-0044	44 GHz (I);	ONSALA	88	-H2O -OH	SFR	December 2-15, 2009
7	18 21 50	+04 09 33.4	33.2775	8.4773	G33.278+8.477	37.553+0.201	18566+0408	44 GHz (I);	ONSALA	88	-CH3OH I		December 2-15, 2009
8	19 03 45.2	+05 40 40.1	39.3868	-0.1406	G39.388-0.141	39.387-0.141	19012+0536	44 GHz (I);	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR	December 2-15, 2009
9	19 23 58.9	+16 57 37.1	51.6776	0.7185	G51.677+0.719	51.678+0.719	19217+1651	44 GHz (I);	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR	December 2-15, 2009
10	19 24 20.3	+14 38 3.2	49.6690	-0.4578	G49.668-0.456	49.668-0.456	19220+1432	44 GHz (I);	ONSALA	88	-H2O -CH3OH I +CH3OH II +OH	SFR	December 2-15, 2009
11	19 29 53.1	+41 58 20.8	74.5752	11.2136	G74.575+11.214	53.634+0.021	19282+1814	44 GHz (I);	ONSALA	88	-CH3OH I		December 2-15, 2009
12	19 42 27.3	+23 05 12.1	59.1374	-0.1114	G59.137-0.111	59.137-0.111	19403+2258	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II -OH	SFR	December 2-15, 2009
13	19 43 18.2	+23 13 59.1	59.3613	-0.2078	G59.361-0.207	59.361-0.208	19411+2306	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
14	19 43 29	+23 40 4.1	59.7589	-0.0272	G59.759-0.027	59.759-0.027	19413+2332	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
15	07 51 17.5	+58 36 14.4	158.7114	30.5928	G158.711+30.593	63.125+0.443	19471+2641	44 GHz (I);	ONSALA	88	-CH3OH I		December 2-15, 2009
16	20 07 0.9	+34 44 34.9	71.8863	1.3206	G71.892+1.312	71.892+1.312	20051+3435	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
17	20 22 22	+39 58 05	77.9265	1.6808	G77.926+1.681	77.926+1.681	20205+3948	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
18	20 33 49.4	+40 08 45.1	79.3503	0.0043	G79.350+0.004	79.35+0.004	20319+3958	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II -OH -SiO	SFR_MIXED	December 2-15, 2009
19	20 35 0.6	+41 34 48	80.6342	0.6818	G80.634+0.682	80.634+0.682	20332+4124	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II -OH	SFR	December 2-15, 2009
20	20 36 7.2	+41 40 1.1	80.8283	0.5681	G80.828+0.568	80.828+0.568	20343+4129	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
21	22 15 9.2	+58 49 09	103.8757	1.8553	G103.875+1.856	103.876+1.855	22134+5834	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II -OH	SFR	December 2-15, 2009
22	22 19 9.1	+56 04 58.8	102.8044	-0.7191	G102.802-0.722	102.804-0.719	22172+5912	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II	SFR_MIXED	December 2-15, 2009
23	22 57 5.3	+62 37 44	110.2099	2.6161	G110.210+2.616	110.21+2.616	22551+6221	44 GHz (I);	ONSALA	88	-H2O -CH3OH I +CH3OH II	SFR_MIXED	December 2-15, 2009
24	22 59 6.6	+59 28 28	109.0984	-0.3462	G109.098-0.346	106.098-0.346	22570+5912	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
25	23 16 9.4	+59 55 23	111.2532	-0.7705	G111.255-0.770	111.253-0.77	23139+5939	44 GHz (I);	ONSALA	88	+H2O +CH3OH I +CH3OH II -OH	SFR	December 2-15, 2009
26	23 57 5.3	+65 25 11	117.3154	3.1424	G117.315+3.142	117.315+3.142	3545+6508	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II -OH	SFR	December 2-15, 2009
27	00 27 7.9	+64 44 02	120.3407	1.9845	G120.341+1.984	120.341+1.985	IRAS 00243+6427	44 GHz (I);	ONSALA	88	-CH3OH I	EVOLVED	December 2-15, 2009
28	00 27 18.5	+64 42 23.5	120.3569	1.9555	G120.356+1.955	120.357+1.956		44 GHz (I);	ONSALA	88	-CH3OH I -CH3OH II	SFR	December 2-15, 2009
29	01 01 8.5	+62 54 44	124.0363	0.0613	G124.036+0.059	124.036+0.061	MSX point source	44 GHz (I);	ONSALA	88	-H2O -CH3OH I	SFR	December 2-15, 2009
30	01 01 9.6	+62 54 08	124.0387	0.0514	G124.036+0.059	124.039+0.051	IRAS 00580+6238	44 GHz (I);	ONSALA	88	-H2O -CH3OH I	SFR	December 2-15, 2009
31	01 08 30.7	+63 07 53	124.8596	0.3235	G124.860+0.323	124.86+0.324	IRAS 01053+6251	44 GHz (I);	ONSALA	88	-CH3OH I -CH3OH II	EVOLVED	December 2-15, 2009
32	01 08 50.1	+63 07 39	124.8963	0.3221	G124.894+0.316	124.896+0.321		44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
33	02 47 36.3	+61 58 35.4	136.1251	2.1176	G136.133+2.119	136.125+2.118		44 GHz (I);	ONSALA	88	-H2O -CH3OH I	SFR_MIXED	December 2-15, 2009
34	03 07 25.5	+58 30 52.2	139.9117	0.1993	G139.912+0.199	139.912+0.199	IRAS 03035+5819	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II -OH	SFR_MIXED	December 2-15, 2009
35	04 40 26.7	+50 28 29.6	155.3309	2.5978	G155.331+2.596	155.332+2.599	MSX point source	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
36	04 40 39	+50 27 44	155.3620	2.6139	G155.359+2.611	155.362+2.614	IRAS 04366+5022	44 GHz (I);	ONSALA	88	-H2O -CH3OH I	SFR	December 2-15, 2009
37	04 56 4.2	+47 22 56.9	159.3523	2.5709	G159.351+2.571	159.351+2.569	MSX point source	44 GHz (I);	ONSALA	88	-H2O -CH3OH I	SFR	December 2-15, 2009
38	04 56 10.6	+47 23 35.9	159.3552	2.5918	G159.355+2.592	159.355+2.592	IRAS 04523+4718	44 GHz (I);	ONSALA	88	-CH3OH I	SFR	December 2-15, 2009
39	04 58 30.4	+47 58 33	159.1427	3.2611	G159.143+3.259	159.143+3.261	MSX point source	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR_MIXED	December 2-15, 2009
40	04 58 45.1	+47 59 32.5	159.1551	3.3036	G159.155+3.304	159.155+3.304		44 GHz (I);	ONSALA	88	-CH3OH I	SFR	December 2-15, 2009
41	05 23 3.8	+33 58 31	173.1588	-1.3052	G173.161-1.304	173.159-1.305	MSX point source	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR_MIXED	December 2-15, 2009
42	05 23 10.1	+33 58 13	173.1752	-1.2901	G173.175-1.290	173.175-1.29	IRAS 05197+3355	44 GHz (I);	ONSALA	88	-CH3OH I	SFR	December 2-15, 2009
43	05 41 49.5	-01 55 17.1	206.5621	-16.3394	G206.562-16.340	206.562-16.339		44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
44	06 03 54.1	+30 14 49	180.8735	4.0923	G180.874+4.091	180.873+4.092	IRAS 06006+3015	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
45	06 09 22	+20 39 27.6	189.8608	0.5069	G189.861+0.507	189.861+0.507	IRAS 06063+2040	44 GHz (I);	ONSALA	88	+H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
46	06 10 51	-06 11 54.1	213.8821	-11.8357	G213.879-11.829	213.882-11.836	IRAS 06084-0611	44 GHz (I);	ONSALA	88	+H2O +CH3OH I -CH3OH II	SFR_MIXED	December 2-15, 2009
47	06 11 23.8	+17 26 29	192.9090	-0.6257	G192.911-0.623	192.909-0.626	IRAS 06084+1727	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
48	06 12 53.6	+17 59 22.1	192.5997	-0.0497	G192.599-0.048	192.599-0.05	IRAS 06099+1800	44 GHz (I);	ONSALA	88	+H2O +CH3OH I +CH3OH II +OH	SFR_MIXED	December 2-15, 2009
49	07 08 38.9	-04 19 08	218.7394	1.8475	G218.739+1.847	218.739+1.848	IRAS 07061-0414	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR_MIXED	December 2-15, 2009
50	07 08 40.1	-04 17 50.6	218.7226	1.8618	G218.723+1.862	218.723+1.862		44 GHz (I);	ONSALA	88	-CH3OH I	UNK	December 2-15, 2009
51	20 17 42.1	+36 45 25.1	74.7610	0.6175	G74.763+0.616	74.761+0.618		44 GHz (I);	ONSALA	88	-H2O -CH3OH I	SFR	December 2-15, 2009
52	20 17 56.7	+36 45 39	74.7915	0.5793	G74.789+0.580	74.792+0.579	MSX point source	44 GHz (I);	ONSALA	88	-H2O -CH3OH I -CH3OH II	SFR	December 2-15, 2009
53	20 20 46.2	+39 35 14.1	77.4386	1.7164	G77.437+1.711	77.439+1.716	MSX point source	44 GHz (I);	ONSALA	88	-CH3OH I	SFR	December 2-15, 2009
54	20 20 48.2	+39 34 43	77.4351	1.7062	G77.437+1.711	77.435+1.706		44 GHz (I);	ONSALA	88	-CH3OH I	SFR	December 2-15, 2009
55	22 32 45.8	+58 28 16.7	105.6267	0.3382	G105.628+0.339	105.627+0.338		44 GHz (I);	ONSALA	88	+H2O +CH3OH I -CH3OH II -OH	SFR	December 2-15, 2009
56	22 56 18.1	+58 32 38.3	108.3766	-1.0358	G108.377-1.036	108.377-1.036		44 GHz (I);	ONSALA	88	-CH3OH I	EVOLVED	December 2-15, 2009

X

DSS colored 2MASS colored WISE colored PACS color (70-160 um) SPIRE color (250-500 um) GLIMPSE 360 SDSS color IRAC color I1,I2,I4 NVSS (1.4GHz) ATLASGAL 870 um ATLASGAL 870 um + Planck Bolocam 1.1 mm UKIDSS K Download UKIDSS K FITS 2MASS K Download 2MASS K FITS