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AVE02 - A Catalog of Star-Forming Regions in the Galaxy

Short title: Avedisova (2002)
Authors: Avedisova, V. S.
Journal: Astronomy Reports, Volume 46, Issue 3, March 2002, pp.193-205
Bibcode: 2002ARep...46..193A

PDF: AVE02.pdf

• Target type: Other
  Transitions: CH3OH_9(I),CH3OH_25-30_GHz(I),CH3OH_36(I),CH3OH_44(I),CH3OH_84(I),CH3OH_95(I),CH3OH_104(I),CH3OH_132(I),CH3OH_6(II),CH3OH_107(II),CH3OH_157(II)
  

• Abstract

  This Catalog of Star-Forming Regions in the Galaxy contains coordinates and fluxes of young objects in the radio and infrared, as well as data on the radial velocities of recombination and molecular lines, for more than three thousand star-forming regions. In addition to photometric and kinematic data, we present information on diffuse and reflecting nebulae, dark and molecular clouds, and other objects related to young stars. The catalog consists of two parts. The main catalog lists star-forming regions in order of Galactic longitude and is supplemented by analogous information for star-forming regions in complexes of dark clouds with large angular sizes that are closest to the Sun. The main catalog is located at http://cdsarc.u-strasbg.fr/viz-bin/Cat . In our preliminary study of the catalog data using a formal classification of the star-forming regions, we subdivided these objects into several classes and characterized them as being populated primarily by massive or low-mass stars at early or late stages of the star-formation process. We also distinguish between relatively nearby and distant complexes.

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ID	Obs. RA	Obs. Dec	l	b	Group id	Other name	Line	Vpeak	FWHM	∫F dv	List	Beam	Detection	Ref.
	(J2000)	(J2000)	(deg.)	(deg.)		Comp	CH3OH (class I)	(km/s)	(km/s)	(Jy*km/s)		(arcsec)	Yes/No
1	18 36 12.5	-07 12 10.1	24.7898	0.0838	G24.790+0.083		44 GHz (I)	114.5	1.8	47.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
2	18 08 56.1	-20 05 53.4	10.3014	-0.1477	G10.322-0.148		44 GHz (I)	13.8	2.3	29.00	AVE02	2	+H2O +CH3OH I +CH3OH II	BAC90
3	18 20 24.1	-16 11 27.2	15.0352	-0.6737	G15.034-0.674		44 GHz (I)	18.9	2.3	25.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
4	18 58 12.7	+01 40 36.5	35.1966	-0.7419	G35.197-0.743		44 GHz (I)	34.2	3.9	8.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
5	18 14 01	-18 53 25.2	11.9366	-0.6158	G11.937-0.616		44 GHz (I)	35.19	0.5	92.00	AVE02	2	+H2O +CH3OH I +CH3OH II	BAC90
	18 14 01	-18 53 25.2	11.9366	-0.6158	G11.937-0.616		44 GHz (I)	35.8	4.1	92.00	AVE02	2	+H2O +CH3OH I +CH3OH II	BAC90
6	18 27 38.1	-11 56 39.5	19.6088	-0.2351	G19.609-0.234		44 GHz (I)	41.43	0.8	23.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
7	18 57 9.1	+01 39 03	35.0524	-0.5178	G35.052-0.518		44 GHz (I)	49.94	1.0	26.00	AVE02	2	+H2O +CH3OH I -CH3OH II	BAC90
8	18 00 30.4	-24 04 16.5	5.8816	-0.3945	G5.885-0.392		44 GHz (I)	8.77	1.4	93.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
	18 00 30.4	-24 04 16.5	5.8816	-0.3945	G5.885-0.392		44 GHz (I)	12.17	1.2	93.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
9	18 46 04	-02 39 21.5	29.9560	-0.0168	G29.956-0.016		44 GHz (I)	98.5	1.3	18.00	AVE02	2	+H2O +CH3OH I +CH3OH II	BAC90
10	05 39 12.9	+35 45 54	173.4808	2.4461	G173.481+2.446		44 GHz (I)	-16.67	0.55	14.70	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
11	20 21 42.1	+37 26 7.5	75.7716	0.3432	G75.773+0.343		44 GHz (I)	-2	2.3	42.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
12	20 38 59.6	+42 19 23.8	81.6738	0.5399	G81.665+0.551		44 GHz (I)	-3.67	0.64	32.00	AVE02	2	+H2O +CH3OH I +CH3OH II	BAC90
13	02 25 53.6	+62 04 10.6	133.7486	1.1979	G133.749+1.198		44 GHz (I)	-38.4	0.7	10.00	AVE02	2	+H2O +CH3OH I +CH3OH II	BAC90
14	23 13 45.4	+61 28 9.7	111.5422	0.7767	G111.542+0.766		44 GHz (I)	-57.35	1.13	52.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BAC90
15	21 43 49.5	+66 06 45.9	105.4689	9.8283	G105.469+9.828		44 GHz (I)	-6.4	1.1	16.00	AVE02	2	+CH3OH I	BAC90
16	17 47 16.8	-28 21 17.5	0.6858	-0.0091	G0.667-0.036		36 GHz (I)	0.421052632			AVE02	2	+H2O +CH3OH I +CH3OH II +OH +SiO	BER92
17	17 49 20.6	-27 34 8.5	1.5942	0.0063	G1.594+0.006		36 GHz (I)	54.2			AVE02	2	+CH3OH I	BER92
18	20 39 0.9	+42 22 37.8	81.7191	0.5695	G81.722+0.572		36 GHz (I)	0.2	0.8		AVE02	2	+CH3OH I +CH3OH II +OH -SiO	BER92
19	17 45 37.9	-29 05 45.7	359.8648	-0.0854	G359.985-0.050		36 GHz (I)	5.7	4.0		AVE02	2	+H2O +CH3OH I +CH3OH II +OH +SiO	BER92
20	19 23 42.6	+14 31 3.3	49.4944	-0.3792	G49.488-0.387		36 GHz (I)	53.0	5		AVE02	2	+H2O +CH3OH I +CH3OH II +OH -SiO	BER92
	19 23 42.6	+14 31 3.3	49.4944	-0.3792	G49.488-0.387		36 GHz (I)	55.3	7.0		AVE02	2	+H2O +CH3OH I +CH3OH II +OH -SiO	BER92
21	17 47 20.8	-28 23 17.2	0.6651	-0.0390	G0.667-0.036		36 GHz (I)	70.0	7		AVE02	2	+H2O +CH3OH I +CH3OH II +OH +SiO	BER92
22	06 41 9.8	+09 29 34.9	203.3157	2.0552	G203.316+2.055		36 GHz (I)	8.0	0.8		AVE02	2	+H2O +CH3OH I +CH3OH II	BER92
23	20 38 55	+42 19 23.5	81.6651	0.5512	G81.665+0.551	West	36 GHz (I)	-2.73	0.42		AVE02	2	+H2O +CH3OH I +CH3OH II	BER92
24	20 39 0.9	+42 21 57.9	81.7103	0.5627	G81.722+0.572		36 GHz (I)	-2.8	3.5		AVE02	2	+CH3OH I +CH3OH II +OH -SiO	BER92
25	02 27 3.4	+61 52 24.6	133.9465	1.0639	G133.948+1.064		36 GHz (I)	-46.2	4.4		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BER92
	02 27 3.4	+61 52 24.6	133.9465	1.0639	G133.948+1.064		36 GHz (I)	-48	6.0		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	BER92
26	20 39 0.9	+42 21 57.9	81.7103	0.5627	G81.722+0.572		36 GHz (I)	-5	5		AVE02	2	+CH3OH I +CH3OH II +OH -SiO	BER92
27	17 50 14.4	-28 54 29.6	0.5465	-0.8511	G0.542-0.855		44 GHz (I)	17.2	6.1		AVE02	40	+H2O +CH3OH I +OH	FOR90
28	18 06 19.1	-21 37 31.9	8.6694	-0.3561	G8.669-0.357		44 GHz (I)	35.2	3.0		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
29	18 00 30.3	-24 04 1.5	5.8850	-0.3921	G5.885-0.392		44 GHz (I)	8.3	1.2		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
30	17 26 42.3	-36 09 16.4	351.7744	-0.5355	G351.775-0.537		44 GHz (I)	-2.4	1.4		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
31	02 27 3.9	+61 52 24.6	133.9475	1.0642	G133.948+1.064		44 GHz (I)	-47.7	4.8		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
32	18 53 18.5	+01 14 58.7	34.2573	0.1537	G34.257+0.153		44 GHz (I)	57.1	4.7		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
33	23 13 45.3	+61 28 10.7	111.5421	0.7770	G111.542+0.766		44 GHz (I)	-57.6	2.1		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
34	18 10 28.6	-19 55 50.7	10.6230	-0.3836	G10.623-0.384		44 GHz (I)	-7.3	2.6		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
35	17 20 53.4	-35 47 1.5	351.4170	0.6450	G351.417+0.645		44 GHz (I)	-7.6	4.6		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
36	17 25 25.3	-36 12 44	351.5817	-0.3530	G351.581-0.353		44 GHz (I)	-95.6	7.5		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	FOR90
37	20 39 0.7	+42 22 50.8	81.7216	0.5722	G81.722+0.572		36 GHz (I)	0.4	0.56		AVE02	60	+CH3OH I +CH3OH II +OH -SiO	HAS89
	20 39 0.7	+42 22 50.8	81.7216	0.5722	G81.722+0.572		36 GHz (I)	-3.3	3.9		AVE02	60	+CH3OH I +CH3OH II +OH -SiO	HAS89
38	20 10 9.1	+31 31 37.4	69.5406	-0.9756	G69.540-0.976		36 GHz (I)	11.0	2.4		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
39	17 45 38.2	-29 05 45.5	359.8654	-0.0863	G359.985-0.050		36 GHz (I)	11.5	7.4		AVE02	60	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS89
	17 45 38.2	-29 05 45.5	359.8654	-0.0863	G359.985-0.050		36 GHz (I)	2.8	9.3		AVE02	60	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS89
40	06 08 54.2	+21 38 36.6	188.9460	0.8900	G188.946+0.887		36 GHz (I)	3.5	2.6		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
41	18 14 39.8	-17 51 58.3	12.9095	-0.2610	G12.908-0.260		36 GHz (I)	36.2	4.6		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
42	19 11 54.3	+09 35 55.4	43.7972	-0.1276	G43.795-0.127		36 GHz (I)	43.0	4.7		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
43	20 01 46.3	+01 17 36.1	42.3337	-14.9812	G42.334-14.981		36 GHz (I)	44.2	7.3		AVE02	60	+CH3OH I	HAS89
44	19 23 53.9	+14 30 37.1	49.5094	-0.4225	G49.509-0.422		36 GHz (I)	55.2	6.8		AVE02	60	+CH3OH I	HAS89
45	18 53 18.6	+01 14 57.7	34.2572	0.1532	G34.257+0.153		36 GHz (I)	57.8	5.1		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
46	19 23 43.8	+14 31 6.4	49.4974	-0.3831	G49.488-0.387		36 GHz (I)	59.8	2.8		AVE02	60	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS89
47	06 41 12.8	+09 29 18.7	203.3253	2.0641	G203.316+2.055		36 GHz (I)	7.3	0.6		AVE02	60	+H2O +CH3OH I +CH3OH II	HAS89
	06 41 12.8	+09 29 18.7	203.3253	2.0641	G203.316+2.055		36 GHz (I)	8.5	5.1		AVE02	60	+H2O +CH3OH I +CH3OH II	HAS89
	06 41 12.8	+09 29 18.7	203.3253	2.0641	G203.316+2.055		36 GHz (I)	7.5	3.6		AVE02	60	+H2O +CH3OH I +CH3OH II	HAS89
48	17 47 20.4	-28 23 7.3	0.6667	-0.0363	G0.667-0.036	I	36 GHz (I)	70.4	6.8		AVE02	60	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS89
	17 47 20.4	-28 23 7.3	0.6667	-0.0363	G0.667-0.036	I	36 GHz (I)	62.6	22.4		AVE02	60	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS89
49	20 38 36.8	+42 37 37.5	81.8726	0.7801	G81.877+0.783	(N)	36 GHz (I)	9.5	2.9		AVE02	60	+CH3OH I +CH3OH II +OH	HAS89
50	18 47 47	-01 54 35.1	30.8157	-0.0580	G30.817-0.057		36 GHz (I)	98.5	5.5		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
51	05 40 53.3	+35 41 48.8	173.7188	2.6980	G173.719+2.698		36 GHz (I)	-16.6	0.9		AVE02	60	+H2O +CH3OH I +CH3OH II -OH	HAS89
52	02 27 4.7	+61 52 25.5	133.9488	1.0651	G133.948+1.064		36 GHz (I)	-46.5	2.1		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
53	23 13 44.8	+61 26 53.7	111.5333	0.7575	G111.542+0.766		36 GHz (I)	-55.9	2.8		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
54	23 13 45.4	+61 28 9.7	111.5422	0.7767	G111.542+0.766		36 GHz (I)	-57.4	3.7		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
55	18 10 28.5	-19 55 49.1	10.6232	-0.3830	G10.623-0.384		36 GHz (I)	-6	1.0		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
56	17 20 53.4	-35 47 1.5	351.4170	0.6450	G351.417+0.645		36 GHz (I)	-8.7	3.8		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
	17 20 53.4	-35 47 1.5	351.4170	0.6450	G351.417+0.645		36 GHz (I)	-4.6	2.1		AVE02	60	+H2O +CH3OH I +CH3OH II +OH	HAS89
57	06 12 56.4	+17 59 53.8	192.5974	-0.0355	G192.599-0.047		44 GHz (I)	11.18	0.57	17.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
58	20 10 9.1	+31 31 37.4	69.5406	-0.9756	G69.540-0.976		44 GHz (I)	11.42	0.49	11.70	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	20 10 9.1	+31 31 37.4	69.5406	-0.9756	G69.540-0.976		44 GHz (I)	12.04	0.28	11.70	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
59	19 10 13.4	+09 06 14.4	43.1668	0.0114	G43.166+0.011		44 GHz (I)	14.0	4.1	43.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	19 10 13.4	+09 06 14.4	43.1668	0.0114	G43.166+0.011		44 GHz (I)	15.57	0.48	43.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
60	17 45 38.2	-29 03 27.7	359.8982	-0.0664	G359.985-0.050		44 GHz (I)	21	14	200.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS90
61	18 14 11.1	-17 55 57.4	12.7968	-0.1928	G12.797-0.193	W33Met	44 GHz (I)	32.64	0.63	76.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
	18 14 11.1	-17 55 57.4	12.7968	-0.1928	G12.797-0.193	W33Met	44 GHz (I)	36.28	1.3	76.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
62	18 06 19.3	-21 37 37.9	8.6684	-0.3576	G8.669-0.357		44 GHz (I)	33.92	1.5	108.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	18 06 19.3	-21 37 37.9	8.6684	-0.3576	G8.669-0.357		44 GHz (I)	35.71	1.3	108.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	18 06 19.3	-21 37 37.9	8.6684	-0.3576	G8.669-0.357		44 GHz (I)	37.73	1.2	108.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	18 06 19.3	-21 37 37.9	8.6684	-0.3576	G8.669-0.357		44 GHz (I)	35.71	1.3	68.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
63	18 14 11.1	-17 55 57.4	12.7968	-0.1928	G12.797-0.193		44 GHz (I)	36.28	1.3	29.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
64	18 06 19.3	-21 37 37.9	8.6684	-0.3576	G8.669-0.357		44 GHz (I)	37.73	1.2	21.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
65	17 45 52	-28 59 26.7	359.9815	-0.0745	G359.985-0.050		44 GHz (I)	44.5	12.5	332.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS90
	17 45 52	-28 59 26.7	359.9815	-0.0745	G359.985-0.050		44 GHz (I)	47.19	0.42	332.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS90
	17 45 52	-28 59 26.7	359.9815	-0.0745	G359.985-0.050		44 GHz (I)	47.19	0.42	20.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS90
66	19 23 43.9	+14 30 39.4	49.4909	-0.3867	G49.488-0.387	e1/e2	44 GHz (I)	48.88	1.17	126.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
	19 23 43.9	+14 30 39.4	49.4909	-0.3867	G49.488-0.387	e1/e2	44 GHz (I)	55.4	7.2	126.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
67	19 23 46.5	+14 29 40.6	49.4815	-0.4037	G49.488-0.387	Met2	44 GHz (I)	52.37	0.60	42.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
	19 23 46.5	+14 29 40.6	49.4815	-0.4037	G49.488-0.387	Met2	44 GHz (I)	54.04	0.61	42.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
	19 23 46.5	+14 29 40.6	49.4815	-0.4037	G49.488-0.387	Met2	44 GHz (I)	56.67	0.37	42.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
68	19 23 45.2	+14 29 45.5	49.4802	-0.3984	G49.488-0.387	Met3	44 GHz (I)	53.95	1.2	29.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
	19 23 45.2	+14 29 45.5	49.4802	-0.3984	G49.488-0.387	Met3	44 GHz (I)	56.63	0.46	29.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
69	19 23 43.9	+14 29 25.4	49.4728	-0.3965	G49.488-0.387	Met1	44 GHz (I)	56.0	1.1	16.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
70	18 53 18.6	+01 14 57.7	34.2572	0.1532	G34.257+0.153		44 GHz (I)	56.4	1.0	36.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	18 53 18.6	+01 14 57.7	34.2572	0.1532	G34.257+0.153		44 GHz (I)	58.26	1.3	36.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
71	17 47 20.4	-28 23 7.3	0.6667	-0.0363	G0.667-0.036		44 GHz (I)	63	20	390.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS90
	17 47 20.4	-28 23 7.3	0.6667	-0.0363	G0.667-0.036		44 GHz (I)	63	20	390.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH +SiO	HAS90
72	19 23 43.2	+14 31 34.4	49.5031	-0.3772	G49.488-0.387	Met4	44 GHz (I)	64.4	2.6	48.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
73	19 23 38.2	+14 30 05	49.4716	-0.3709	G49.488-0.387	Met5	44 GHz (I)	66.72	0.29	14.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH -SiO	HAS90
74	06 41 9.7	+09 29 34.9	203.3155	2.0549	G203.316+2.055		44 GHz (I)	7.24	0.21	107.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
	06 41 9.7	+09 29 34.9	203.3155	2.0549	G203.316+2.055		44 GHz (I)	7.52	0.46	107.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
75	20 38 36.8	+42 37 59.5	81.8775	0.7838	G81.877+0.783	(N)	44 GHz (I)	8.92	0.32	23.10	AVE02	50	+CH3OH I +CH3OH II +OH	HAS90
76	18 47 47	-01 54 35.1	30.8157	-0.0580	G30.817-0.057		44 GHz (I)	95.15	1.4	228.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	18 47 47	-01 54 35.1	30.8157	-0.0580	G30.817-0.057		44 GHz (I)	96.81	0.9	228.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	18 47 47	-01 54 35.1	30.8157	-0.0580	G30.817-0.057		44 GHz (I)	99.19	3	228.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
	18 47 47	-01 54 35.1	30.8157	-0.0580	G30.817-0.057		44 GHz (I)	102.43		228.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
77	05 40 53.3	+35 41 48.8	173.7188	2.6980	G173.719+2.698		44 GHz (I)	-16.38	0.74	61.40	AVE02	50	+H2O +CH3OH I +CH3OH II -OH	HAS90
	05 40 53.3	+35 41 48.8	173.7188	2.6980	G173.719+2.698		44 GHz (I)	-17	0.17	61.40	AVE02	50	+H2O +CH3OH I +CH3OH II -OH	HAS90
78	20 38 54.6	+42 19 23.5	81.6644	0.5521	G81.665+0.551	West	44 GHz (I)	-2.47	0.35	132.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
	20 38 54.6	+42 19 23.5	81.6644	0.5521	G81.665+0.551	West	44 GHz (I)	-1.95	1.6	132.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
	20 38 54.6	+42 19 23.5	81.6644	0.5521	G81.665+0.551	West	44 GHz (I)	-1.5	0.22	132.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
79	20 39 00	+42 19 27.8	81.6755	0.5396	G81.665+0.551		44 GHz (I)	-3.8	2.6	24.00	AVE02	50	+H2O +CH3OH I +CH3OH II	HAS90
80	20 39 0.7	+42 22 50.8	81.7216	0.5722	G81.722+0.572		44 GHz (I)	-4.8	1.9	329.00	AVE02	50	+CH3OH I +CH3OH II +OH -SiO	HAS90
	20 39 0.7	+42 22 50.8	81.7216	0.5722	G81.722+0.572		44 GHz (I)	-1.1	2.6	329.00	AVE02	50	+CH3OH I +CH3OH II +OH -SiO	HAS90
	20 39 0.7	+42 22 50.8	81.7216	0.5722	G81.722+0.572		44 GHz (I)	0.36	0.66	329.00	AVE02	50	+CH3OH I +CH3OH II +OH -SiO	HAS90
81	02 27 4.7	+61 52 25.5	133.9488	1.0651	G133.948+1.064		44 GHz (I)	-46.49	0.8	4.20	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
82	23 13 44.8	+61 26 50.7	111.5330	0.7567	G111.542+0.766		44 GHz (I)	-55.6	5.2	63.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
83	17 20 53.3	-35 47 1.5	351.4168	0.6453	G351.417+0.645		44 GHz (I)	-6.1	5.4	150.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
84	22 19 18.3	+63 18 48.3	106.7972	5.3122	G106.797+5.312		44 GHz (I)	-8.22	0.7	12.00	AVE02	50	+H2O +CH3OH I +CH3OH II +OH	HAS90
85	18 19 12.9	-20 47 13.6	10.8471	-2.5921	G10.843-2.592		36 GHz (I)	14			AVE02	2	+H2O +CH3OH I +CH3OH II	KAL92
86	18 19 12.9	-20 47 13.6	10.8471	-2.5921	G10.843-2.592		44 GHz (I)	13.5	0.8		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL92
87	18 29 24.8	-15 15 48.9	16.8683	-2.1582	G16.868-2.158		44 GHz (I)	18.0	1.1		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL92
	18 29 24.8	-15 15 48.9	16.8683	-2.1582	G16.868-2.158		44 GHz (I)	19.0	3.3		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL92
88	18 29 24.8	-15 15 48.9	16.8683	-2.1582	G16.868-2.158		36 GHz (I)	18.0	1.9		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL92
	18 29 24.8	-15 15 48.9	16.8683	-2.1582	G16.868-2.158		36 GHz (I)	20.4	1.2		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL92
89	21 40 42.4	+58 16 9.7	99.9825	4.1696	G99.982+4.170		44 GHz (I)	-0.5	0.6		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL92
90	20 39 3.5	+42 25 53	81.7670	0.5961	G81.767+0.596	S(3)	36 GHz (I)	0.25	0.54		AVE02	2	+CH3OH I +CH3OH II +OH	KAL94
91	18 04 53.9	-24 26 41.3	6.0499	-1.4493	G6.050-1.449		36 GHz (I)	10.6	0.64		AVE02	2	-H2O +CH3OH I +CH3OH II +OH	KAL94
92	18 08 56.1	-20 05 53.4	10.3014	-0.1477	G10.322-0.148		36 GHz (I)	12.5	7.9		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL94
93	18 30 35.3	-15 14 37.8	17.0169	-2.4002	G17.016-2.399		36 GHz (I)	20.6	3.9		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL94
94	18 14 13.4	-17 55 58.2	12.8009	-0.2009	G12.797-0.193		36 GHz (I)	32.7	1.9		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL94
	18 14 13.4	-17 55 58.2	12.8009	-0.2009	G12.797-0.193		36 GHz (I)	36.9	4.2		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL94
95	18 58 13.1	+01 40 33.5	35.1966	-0.7438	G35.197-0.743		36 GHz (I)	34.2	3.9		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	KAL94
96	18 14 01	-18 53 25.2	11.9366	-0.6158	G11.937-0.616		36 GHz (I)	35.3	2.8		AVE02	2	+H2O +CH3OH I +CH3OH II	KAL94
97	06 08 53.4	+21 38 28.7	188.9464	0.8863	G188.946+0.887		36 GHz (I)	4.1	2.8		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	KAL94
98	19 23 38.2	+14 30 05	49.4716	-0.3709	G49.488-0.387		36 GHz (I)	54.6	2.6		AVE02	2	+H2O +CH3OH I +CH3OH II +OH -SiO	KAL94
99	18 53 18.5	+01 14 57.7	34.2570	0.1536	G34.257+0.153		36 GHz (I)	59.2	3.7		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	KAL94
100	06 41 7.9	+09 35 37	203.2226	2.0943	G203.224+2.098		36 GHz (I)	7.1	2.9		AVE02	2	+CH3OH I -CH3OH II	KAL94
101	18 00 30.4	-24 03 58.5	5.8859	-0.3920	G5.885-0.392		36 GHz (I)	8.6	1.07		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	KAL94
102	20 21 42.1	+37 26 7.5	75.7716	0.3432	G75.773+0.343		36 GHz (I)	-1.4	4.3		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	KAL94
103	05 39 12.9	+35 45 54	173.4808	2.4461	G173.481+2.446		36 GHz (I)	-16.8	2.5		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	KAL94
104	23 13 45.4	+61 28 9.7	111.5422	0.7767	G111.542+0.766		36 GHz (I)	-55.9	4.5		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	KAL94
105	06 12 56.4	+17 59 53.8	192.5974	-0.0355	G192.599-0.047		95 GHz (I)	10.75	2.12	97.00	AVE02	60	+H2O +CH3OH I +CH3OH II	KAL94B
106	19 23 43.9	+14 30 36.4	49.4901	-0.3871	G49.488-0.387		95 GHz (I)	55.67	5.58	300.00	AVE02	60	+H2O +CH3OH I +CH3OH II +OH -SiO	KAL94B
107	06 41 9.7	+09 29 34.9	203.3155	2.0549	G203.316+2.055		95 GHz (I)	7.24	0.83	130.00	AVE02	60	+H2O +CH3OH I +CH3OH II	KAL94B
108	20 38 36.8	+42 37 59.5	81.8775	0.7838	G81.877+0.783	(N)	95 GHz (I)	9.05	1.98	90.00	AVE02	60	+CH3OH I +CH3OH II +OH	KAL94B
109	05 39 12.9	+35 45 54	173.4808	2.4461	G173.481+2.446		95 GHz (I)	-17	1.57	110.00	AVE02	60	+H2O +CH3OH I +CH3OH II +OH	KAL94B
110	20 38 54.6	+42 19 23.5	81.6644	0.5521	G81.665+0.551		95 GHz (I)	-2.54	1.06	290.00	AVE02	60	+H2O +CH3OH I +CH3OH II	KAL94B
111	20 39 3.5	+42 25 53	81.7670	0.5961	G81.767+0.596	S(3)	95 GHz (I)	-4.47	2.38	90.00	AVE02	60	+CH3OH I +CH3OH II +OH	KAL94B
112	23 13 46.4	+61 27 32.7	111.5403	0.7664	G111.542+0.766		95 GHz (I)	-57.55	1.31	220.00	AVE02	60	+H2O +CH3OH I +CH3OH II +OH	KAL94B
113	18 08 56.1	-20 05 53.4	10.3014	-0.1477	G10.322-0.148		36 GHz (I)	1.08	6.80		AVE02	2	+H2O +CH3OH I +CH3OH II	LIE96
114	17 45 38.2	-29 05 45.7	359.8654	-0.0863	G359.985-0.050		36 GHz (I)	10.7	8.20		AVE02	2	+H2O +CH3OH I +CH3OH II +OH +SiO	LIE96
115	20 10 9.1	+31 31 37.4	69.5406	-0.9756	G69.540-0.976		36 GHz (I)	10.9	2.60		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
116	19 10 13.4	+09 06 14.4	43.1668	0.0114	G43.166+0.011		36 GHz (I)	13.1	6.20		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
117	17 45 38.2	-29 03 27.7	359.8982	-0.0664	G359.985-0.050		36 GHz (I)	16.3	0.50		AVE02	2	+H2O +CH3OH I +CH3OH II +OH +SiO	LIE96
118	06 08 54.2	+21 38 36.6	188.9460	0.8900	G188.946+0.887		36 GHz (I)	2.80	1.30		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
119	18 06 19.3	-21 37 37.9	8.6684	-0.3576	G8.669-0.357		36 GHz (I)	35.6	6.80		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
120	18 14 11.1	-17 55 57.4	12.7968	-0.1928	G12.797-0.193		36 GHz (I)	36.3	7.30		AVE02	2	+H2O +CH3OH I +CH3OH II	LIE96
121	18 14 01	-18 53 25.2	11.9366	-0.6158	G11.937-0.616		36 GHz (I)	38.2	0.70		AVE02	2	+H2O +CH3OH I +CH3OH II	LIE96
122	19 11 54.3	+09 35 55.4	43.7972	-0.1276	G43.795-0.127		36 GHz (I)	44.4	4.60		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
123	17 45 52	-28 59 26.7	359.9815	-0.0745	G359.985-0.050		36 GHz (I)	48.0	2.00		AVE02	2	+H2O +CH3OH I +CH3OH II +OH +SiO	LIE96
124	18 57 9.1	+01 39 03	35.0524	-0.5178	G35.052-0.518		36 GHz (I)	49.9	0.50		AVE02	2	+H2O +CH3OH I -CH3OH II	LIE96
125	19 23 43.9	+14 30 30.4	49.4887	-0.3878	G49.488-0.387		36 GHz (I)	55.6	6.30		AVE02	2	+H2O +CH3OH I +CH3OH II +OH -SiO	LIE96
126	18 53 18.6	+01 14 57.7	34.2572	0.1532	G34.257+0.153		36 GHz (I)	58.4	4.80		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
127	19 23 38.2	+14 30 05	49.4716	-0.3709	G49.488-0.387		36 GHz (I)	67.3	6.50		AVE02	2	+H2O +CH3OH I +CH3OH II +OH -SiO	LIE96
128	06 41 8.8	+09 29 27	203.3158	2.0505	G203.316+2.055		36 GHz (I)	7.60	3.10		AVE02	2	+H2O +CH3OH I +CH3OH II	LIE96
129	17 47 20.4	-28 23 7.3	0.6667	-0.0363	G0.667-0.036		36 GHz (I)	70.0	5.00		AVE02	2	+H2O +CH3OH I +CH3OH II +OH +SiO	LIE96
130	17 48 41.4	-28 01 41.3	1.1262	-0.1063	G1.127-0.106		36 GHz (I)	75.0	9.90		AVE02	2	+H2O +CH3OH I +CH3OH II	LIE96
131	20 38 36.8	+42 37 37.5	81.8726	0.7801	G81.877+0.783		36 GHz (I)	8.40	5.00		AVE02	2	+CH3OH I +CH3OH II +OH	LIE96
132	18 00 30.4	-24 03 58.5	5.8859	-0.3920	G5.885-0.392		36 GHz (I)	9.00	0.50		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
133	18 46 04	-02 39 21.5	29.9560	-0.0168	G29.956-0.016		36 GHz (I)	96.8	8.00		AVE02	2	+H2O +CH3OH I +CH3OH II	LIE96
134	18 47 47	-01 54 35.1	30.8157	-0.0580	G30.817-0.057		36 GHz (I)	98.1	4.90		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
135	20 39 3.5	+42 25 53	81.7670	0.5961	G81.767+0.596		36 GHz (I)	-0.17	0.50		AVE02	2	+CH3OH I +CH3OH II +OH	LIE96
136	05 39 12.9	+35 45 54	173.4808	2.4461	G173.481+2.446		36 GHz (I)	-15.9	2.20		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
137	05 40 53.3	+35 41 48.8	173.7188	2.6980	G173.719+2.698		36 GHz (I)	-17.1	1.80		AVE02	2	+H2O +CH3OH I +CH3OH II -OH	LIE96
138	20 21 42.1	+37 26 7.5	75.7716	0.3432	G75.773+0.343		36 GHz (I)	-2.2	2.50		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
139	20 38 54.6	+42 19 23.5	81.6644	0.5521	G81.665+0.551	West	36 GHz (I)	-2.73	0.35		AVE02	2	+H2O +CH3OH I +CH3OH II	LIE96
140	20 38 59	+42 22 48.8	81.7179	0.5760	G81.722+0.572		36 GHz (I)	-3.6	3.20		AVE02	2	+CH3OH I +CH3OH II +OH -SiO	LIE96
141	02 25 53.6	+62 04 10.6	133.7486	1.1979	G133.749+1.198		36 GHz (I)	-39.3	7.50		AVE02	2	+H2O +CH3OH I +CH3OH II	LIE96
142	23 13 45.4	+61 28 9.7	111.5422	0.7767	G111.542+0.766		36 GHz (I)	-55.8	3.80		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
143	18 10 29.1	-19 55 42.6	10.6259	-0.3842	G10.623-0.384		36 GHz (I)	-6.8	5.40		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
144	22 19 18.3	+63 18 48.3	106.7972	5.3122	G106.797+5.312		36 GHz (I)	-7.8	1.30		AVE02	2	+H2O +CH3OH I +CH3OH II +OH	LIE96
145	18 14 11.1	-17 55 57.4	12.7968	-0.1928	G12.797-0.193		25.0 GHz (I)	33.2	0.5		AVE02	40	+H2O +CH3OH I +CH3OH II	MEN86
146	19 23 43.9	+14 29 25.4	49.4728	-0.3965	G49.488-0.387	Met1	25.0 GHz (I)	53.8	0.7		AVE02	40	+H2O +CH3OH I +CH3OH II +OH -SiO	MEN86
147	19 23 46.5	+14 29 40.6	49.4815	-0.4037	G49.488-0.387	Met2	25.0 GHz (I)	56.8	0.7		AVE02	40	+H2O +CH3OH I +CH3OH II +OH -SiO	MEN86
148	19 23 45.2	+14 29 45.5	49.4802	-0.3984	G49.488-0.387	Met3	25.0 GHz (I)	59.3	0.7		AVE02	40	+H2O +CH3OH I +CH3OH II +OH -SiO	MEN86
149	19 23 43.2	+14 31 34.4	49.5031	-0.3772	G49.488-0.387	Met4	25.0 GHz (I)	64.5	0.7		AVE02	40	+H2O +CH3OH I +CH3OH II +OH -SiO	MEN86
150	19 23 38.2	+14 30 05	49.4716	-0.3709	G49.488-0.387	Met5	25.0 GHz (I)	66.7	0.8		AVE02	40	+H2O +CH3OH I +CH3OH II +OH -SiO	MEN86
151	20 38 54.6	+42 19 23.5	81.6644	0.5521	G81.665+0.551	West	25.0 GHz (I)	-2.6	0.5		AVE02	40	+H2O +CH3OH I +CH3OH II	MEN86
152	18 10 29	-19 55 43.6	10.6255	-0.3840	G10.623-0.384		25.0 GHz (I)	-6	0.6		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	MEN86
153	18 10 29.1	-19 55 42.6	10.6259	-0.3842	G10.623-0.384		25.0 GHz (I)	-8	0.8		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	MEN86
154	19 23 42.4	+14 30 45.3	49.4894	-0.3805	G49.488-0.387		23 GHz (I)	59	15		AVE02	40	+H2O +CH3OH I +CH3OH II +OH -SiO	MEN86B
155	19 23 39.7	+14 31 8.1	49.4900	-0.3683	G49.488-0.387		23 GHz (I)	60.3	6.6		AVE02	40	+H2O +CH3OH I +CH3OH II +OH -SiO	MEN86B
156	18 10 28.6	-19 55 50.7	10.6230	-0.3836	G10.623-0.384		23 GHz (I)	-0.8	2.4		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	MEN86B
157	02 27 4.4	+61 52 20.5	133.9488	1.0635	G133.948+1.064		23 GHz (I)	-43.8	2.0		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	MEN86B
	02 27 4.4	+61 52 20.5	133.9488	1.0635	G133.948+1.064		23 GHz (I)	-47.7	9.4		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	MEN86B
158	23 13 45.4	+61 28 9.7	111.5422	0.7767	G111.542+0.766		23 GHz (I)	-58.3	4.4		AVE02	40	+H2O +CH3OH I +CH3OH II +OH	MEN86B
159	18 17 24.9	-17 22 12.3	13.6580	-0.6016	G13.657-0.600		36 GHz (I)	48			AVE02	50	+H2O +CH3OH I +CH3OH II +OH	MOR85
160	18 47 47	-01 54 28.1	30.8175	-0.0571	G30.817-0.057		36 GHz (I)	100	7		AVE02	50	+H2O +CH3OH I +CH3OH II +OH	MOR85
161	19 23 53.7	+14 30 37.1	49.5090	-0.4218	G49.509-0.422		36 GHz (I)	48	1.5		AVE02	50	+CH3OH I	MOR85
	19 23 53.7	+14 30 37.1	49.5090	-0.4218	G49.509-0.422		36 GHz (I)	55	7		AVE02	50	+CH3OH I	MOR85
162	17 47 20.4	-28 21 57.2	0.6833	-0.0261	G0.667-0.036		36 GHz (I)	58	10		AVE02	50	+H2O +CH3OH I +CH3OH II +OH +SiO	MOR85
163	05 40 53.5	+35 41 38.8	173.7215	2.6971	G173.719+2.698	max	95 GHz (I)	-16.5	0.7		AVE02	20	+H2O +CH3OH I +CH3OH II -OH	NAK86
	05 40 53.5	+35 41 38.8	173.7215	2.6971	G173.719+2.698	max	95 GHz (I)	-17.5			AVE02	20	+H2O +CH3OH I +CH3OH II -OH	NAK86
164	20 39 0.1	+42 22 46.4	81.7195	0.5728	G81.722+0.572	DR21(OH)-2	95 GHz (I)	0.07	0.45		AVE02	4	+CH3OH I +CH3OH II +OH -SiO	PLA90
165	20 38 59.2	+42 22 49	81.7184	0.5755	G81.722+0.572	DR21(OH)-1	95 GHz (I)	0.32	0.66		AVE02	4	+CH3OH I +CH3OH II +OH -SiO	PLA90
166	20 38 54.8	+42 19 22.1	81.6645	0.5514	G81.665+0.551	West	95 GHz (I)	-2.52	0.4		AVE02	4	+H2O +CH3OH I +CH3OH II	PLA90
167	20 39 1.8	+42 19 22.4	81.6777	0.5343	G81.665+0.551	DR21-C	95 GHz (I)	-3.5	0.3		AVE02	4	+H2O +CH3OH I +CH3OH II	PLA90
168	20 39 2.2	+42 22 44.4	81.7229	0.5675	G81.722+0.572	DR21(OH)-3	95 GHz (I)	-5.3	0.5		AVE02	4	+CH3OH I +CH3OH II +OH -SiO	PLA90
169	20 39 1.8	+42 22 44.2	81.7221	0.5685	G81.722+0.572	DR21(OH)-4	95 GHz (I)	-6.7	0.4		AVE02	4	+CH3OH I +CH3OH II +OH -SiO	PLA90
170	09 16 37.5	-47 56 9.9	270.2471	0.8276	G270.255+0.835		44 GHz (I)	10.41	1.75	20.70	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
171	18 04 53.9	-24 26 41.3	6.0499	-1.4493	G6.050-1.449		44 GHz (I)	10.55	0.37	37.30	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
	18 04 53.9	-24 26 41.3	6.0499	-1.4493	G6.050-1.449		44 GHz (I)	10.82	0.32	166.00	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
172	18 34 39.5	-08 31 51.9	23.4340	-0.1870	G23.437-0.183		44 GHz (I)	101.21	0.29	13.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	18 34 39.5	-08 31 51.9	23.4340	-0.1870	G23.437-0.183		44 GHz (I)	102.35	1.33	59.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
173	18 04 53.9	-24 26 41.3	6.0499	-1.4493	G6.050-1.449		44 GHz (I)	11.13	0.28	95.30	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
174	17 50 14.7	-28 54 50.6	0.5421	-0.8550	G0.542-0.855		44 GHz (I)	14.80	0.65	22.00	AVE02	2	+H2O +CH3OH I +OH	SLY94
175	17 45 41.3	-29 23 40.5	359.6165	-0.2516	G359.617-0.251		44 GHz (I)	18.12	1.09	20.10	AVE02	2	+H2O +CH3OH I +OH	SLY94
176	18 18 54.7	-16 47 49.7	14.3320	-0.6450	G14.332-0.642		44 GHz (I)	19.08	0.59	42.60	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
177	17 45 41.3	-29 23 40.5	359.6165	-0.2516	G359.617-0.251		44 GHz (I)	19.37	0.36	38.10	AVE02	2	+H2O +CH3OH I +OH	SLY94
178	18 18 54.7	-16 47 49.7	14.3320	-0.6450	G14.332-0.642		44 GHz (I)	20.38	0.65	30.40	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
179	17 45 41.3	-29 23 40.5	359.6165	-0.2516	G359.617-0.251		44 GHz (I)	20.58	1.07	32.50	AVE02	2	+H2O +CH3OH I +OH	SLY94
180	18 18 54.7	-16 47 49.7	14.3320	-0.6450	G14.332-0.642		44 GHz (I)	22.55	0.80	69.30	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
	18 18 54.7	-16 47 49.7	14.3320	-0.6450	G14.332-0.642		44 GHz (I)	23.46	0.45	54.00	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
181	18 11 51.3	-17 31 28.5	12.8887	0.4898	G12.889+0.490		44 GHz (I)	31.44	0.32	7.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
182	18 21 11.4	-14 31 51.7	16.5887	-0.0590	G16.585-0.051		44 GHz (I)	61.17	1.02	9.50	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	18 21 11.4	-14 31 51.7	16.5887	-0.0590	G16.585-0.051		44 GHz (I)	61.18	0.16	2.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
183	18 34 41	-09 00 52.8	23.0075	-0.4151	G23.008-0.411		44 GHz (I)	77.12	0.32	10.30	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
184	09 16 37.5	-47 56 9.9	270.2471	0.8276	G270.255+0.835		44 GHz (I)	8.56	0.23	3.30	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
185	18 47 35	-02 01 06	30.6964	-0.0631	G30.702-0.068		44 GHz (I)	85.43	0.35	5.10	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
	18 47 35	-02 01 06	30.6964	-0.0631	G30.702-0.068		44 GHz (I)	89.50	0.48	14.30	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
186	09 03 34.2	-48 28 4.3	269.1542	-1.1270	G269.153-1.128		44 GHz (I)	9.44	0.31	7.20	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
187	09 16 37.5	-47 56 9.9	270.2471	0.8276	G270.255+0.835		44 GHz (I)	9.71	0.30	11.10	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
188	18 34 39.5	-08 31 51.9	23.4340	-0.1870	G23.437-0.183		44 GHz (I)	96.74	0.69	26.30	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	18 34 39.5	-08 31 51.9	23.4340	-0.1870	G23.437-0.183		44 GHz (I)	97.69	0.43	5.20	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	18 34 39.5	-08 31 51.9	23.4340	-0.1870	G23.437-0.183		44 GHz (I)	99.68	0.38	30.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
189	17 20 15.9	-35 54 58.2	351.2358	0.6736	G351.236+0.674		44 GHz (I)	-0.58	0.26	5.10	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
190	17 29 18	-36 40 9.2	351.6361	-1.2555	G351.633-1.256		44 GHz (I)	-12.52	0.36	5.60	AVE02	2	+CH3OH I -CH3OH II	SLY94
	17 29 18	-36 40 9.2	351.6361	-1.2555	G351.633-1.256		44 GHz (I)	-13.05	1.21	15.40	AVE02	2	+CH3OH I -CH3OH II	SLY94
191	16 56 49	-40 14 20.2	345.0135	1.7899	G345.010+1.792		44 GHz (I)	-13.16	0.41	13.70	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	16 56 49	-40 14 20.2	345.0135	1.7899	G345.010+1.792		44 GHz (I)	-13.31	1.35	10.50	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
192	17 04 23.5	-40 44 10.3	345.5083	0.3488	G345.505+0.348		44 GHz (I)	-14.68	0.45	3.50	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
193	17 29 18	-36 40 9.2	351.6361	-1.2555	G351.633-1.256		44 GHz (I)	-16.21	0.21	3.50	AVE02	2	+CH3OH I -CH3OH II	SLY94
194	17 30 26.6	-34 41 57.2	353.4079	-0.3631	G353.410-0.360		44 GHz (I)	-16.47	0.64	20.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
195	17 04 23.5	-40 44 10.3	345.5083	0.3488	G345.505+0.348		44 GHz (I)	-16.52	0.61	9.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	17 04 23.5	-40 44 10.3	345.5083	0.3488	G345.505+0.348		44 GHz (I)	-17.42	0.35	2.40	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
196	17 30 17.1	-33 13 54.7	354.6150	0.4719	G354.615+0.472		44 GHz (I)	-17.8	0.49	27.20	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
197	17 30 26.6	-34 41 57.2	353.4079	-0.3631	G353.410-0.360		44 GHz (I)	-18.84	0.44	5.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
198	17 26 42.7	-36 09 17.8	351.7748	-0.5368	G351.775-0.537		44 GHz (I)	-2.3	0.42	47.40	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
199	17 20 15.9	-35 54 58.2	351.2358	0.6736	G351.236+0.674		44 GHz (I)	-2.47	0.34	8.50	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
200	17 04 7.8	-42 18 39.2	344.2276	-0.5687	G344.228-0.569		44 GHz (I)	-20.31	0.62	30.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	17 04 7.8	-42 18 39.2	344.2276	-0.5687	G344.228-0.569		44 GHz (I)	-21.13	0.28	3.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
201	17 30 17.1	-33 13 54.7	354.6150	0.4719	G354.615+0.472		44 GHz (I)	-21.29	0.40	4.00	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
202	17 04 7.8	-42 18 39.2	344.2276	-0.5687	G344.228-0.569		44 GHz (I)	-22.44	1.20	9.40	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
203	17 09 33.5	-41 35 30.4	345.4092	-0.9426	G345.410-0.951		44 GHz (I)	-22.86	0.78	9.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
204	17 04 7.8	-42 18 39.2	344.2276	-0.5687	G344.228-0.569		44 GHz (I)	-23.97	0.23	2.50	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
205	16 58 16.4	-42 52 23.3	343.1217	-0.0636	G343.122-0.064		44 GHz (I)	-27.29	0.52	48.30	AVE02	2	+H2O +CH3OH I -CH3OH II +OH	SLY94
206	17 05 9.5	-41 29 4.1	345.0008	-0.2197	G345.001-0.223		44 GHz (I)	-27.88	0.61	42.30	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
207	16 58 16.4	-42 52 23.3	343.1217	-0.0636	G343.122-0.064		44 GHz (I)	-28.66	0.45	4.90	AVE02	2	+H2O +CH3OH I -CH3OH II +OH	SLY94
208	17 05 9.5	-41 29 4.1	345.0008	-0.2197	G345.001-0.223		44 GHz (I)	-28.77	0.58	15.30	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
209	17 20 15.9	-35 54 58.2	351.2358	0.6736	G351.236+0.674		44 GHz (I)	-3.47	0.41	36.20	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
210	16 58 16.4	-42 52 23.3	343.1217	-0.0636	G343.122-0.064		44 GHz (I)	-30.41	1.08	41.10	AVE02	2	+H2O +CH3OH I -CH3OH II +OH	SLY94
	16 58 16.4	-42 52 23.3	343.1217	-0.0636	G343.122-0.064		44 GHz (I)	-31.5	0.66	35.40	AVE02	2	+H2O +CH3OH I -CH3OH II +OH	SLY94
211	16 52 4.8	-46 08 34.4	339.8842	-1.2591	G339.884-1.259		44 GHz (I)	-31.87	0.76	5.50	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
212	16 58 16.4	-42 52 23.3	343.1217	-0.0636	G343.122-0.064		44 GHz (I)	-32.76	0.95	68.30	AVE02	2	+H2O +CH3OH I -CH3OH II +OH	SLY94
213	13 12 33.7	-62 33 24.9	305.3631	0.2151	G305.363+0.213		44 GHz (I)	-33.13	0.56	59.40	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
	13 12 33.7	-62 33 24.9	305.3631	0.2151	G305.363+0.213		44 GHz (I)	-33.69	0.40	31.20	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
	13 12 33.7	-62 33 24.9	305.3631	0.2151	G305.363+0.213		44 GHz (I)	-34.77	0.37	9.10	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
214	12 35 34.3	-63 02 38.7	301.1350	-0.2277	G301.136-0.225		44 GHz (I)	-35.34	0.68	34.70	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
215	15 00 53.2	-58 59 6.4	318.9419	-0.1973	G318.948-0.196		44 GHz (I)	-35.6	0.28	3.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	15 00 53.2	-58 59 6.4	318.9419	-0.1973	G318.948-0.196		44 GHz (I)	-36.1	0.33	8.30	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
216	12 35 34.3	-63 02 38.7	301.1350	-0.2277	G301.136-0.225		44 GHz (I)	-36.36	0.69	28.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
217	14 44 56.2	-59 48 12.5	316.7612	-0.0146	G316.762-0.012		44 GHz (I)	-39.3	0.36	9.70	AVE02	2	+H2O +CH3OH I +OH	SLY94
218	17 20 15.9	-35 54 58.2	351.2358	0.6736	G351.236+0.674		44 GHz (I)	-4.04	0.37	14.90	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
219	17 19 56.9	-35 57 45.5	351.1611	0.6994	G351.161+0.699		44 GHz (I)	-4.51	0.35	12.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
220	17 20 15.9	-35 54 58.2	351.2358	0.6736	G351.236+0.674		44 GHz (I)	-4.52	0.34	7.30	AVE02	2	-H2O +CH3OH I +CH3OH II +OH	SLY94
221	17 20 53.5	-35 47 1.7	351.4170	0.6448	G351.417+0.645		44 GHz (I)	-4.81	0.24	4.20	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
222	13 12 33.7	-62 33 24.9	305.3631	0.2151	G305.363+0.213		44 GHz (I)	-40.33	0.20	3.90	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
223	15 55 48.4	-52 42 48.1	328.8115	0.6370	G328.809+0.633		44 GHz (I)	-40.61	1.15	27.00	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
224	15 57 54.8	-54 02 13.6	328.1994	-0.5780	G328.208-0.585		44 GHz (I)	-40.79	0.58	13.20	AVE02	2	+CH3OH I -CH3OH II	SLY94
225	13 11 9.6	-62 34 40.9	305.2004	0.2068	G305.208+0.206		44 GHz (I)	-40.82	2.16	23.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
226	15 57 58.5	-53 59 23.3	328.2369	-0.5478	G328.237-0.547		44 GHz (I)	-41.11	0.32	3.80	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
227	15 44 48.9	-54 06 48.7	326.6579	0.5712	G326.641+0.611		44 GHz (I)	-41.23	1.35	15.90	AVE02	2	+CH3OH I +CH3OH II	SLY94
228	16 52 18.3	-44 26 52.4	341.2186	-0.2130	G341.218-0.213		44 GHz (I)	-41.86	1.01	7.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
229	16 52 15.8	-44 28 33.1	341.1922	-0.2249	G341.192-0.226		44 GHz (I)	-41.91	0.31	28.80	AVE02	2	+CH3OH I	SLY94
230	12 34 52.5	-61 40 2.1	300.9676	1.1413	G300.969+1.148		44 GHz (I)	-42.21	0.49	19.30	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
231	16 38 49.8	-47 28 18.4	337.3994	-0.4038	G337.404-0.402		44 GHz (I)	-42.28	0.22	5.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
232	13 11 9.6	-62 34 40.9	305.2004	0.2068	G305.208+0.206		44 GHz (I)	-42.34	0.49	37.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
233	15 55 48.4	-52 42 48.1	328.8115	0.6370	G328.809+0.633		44 GHz (I)	-42.43	1.24	48.40	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
234	16 52 18.3	-44 26 52.4	341.2186	-0.2130	G341.218-0.213		44 GHz (I)	-43.05	0.77	19.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
235	16 41 8.3	-47 07 55.9	337.9130	-0.4707	G337.919-0.457		44 GHz (I)	-43.44	0.40	109.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
236	16 00 32.7	-53 12 48.6	329.0314	-0.2061	G329.031-0.205		44 GHz (I)	-43.65	0.68	16.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
237	16 52 18.3	-44 26 52.4	341.2186	-0.2130	G341.218-0.213		44 GHz (I)	-43.77	0.44	11.20	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
238	16 38 49.8	-47 28 18.4	337.3994	-0.4038	G337.404-0.402		44 GHz (I)	-44.17	0.55	22.40	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
239	15 53 6.2	-54 37 6.5	327.2884	-0.5753	G327.291-0.577		44 GHz (I)	-44.31	0.87	22.70	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
240	16 52 18.3	-44 26 52.4	341.2186	-0.2130	G341.218-0.213		44 GHz (I)	-44.51	1.08	16.60	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
241	16 30 59.3	-48 43 47.3	335.5873	-0.2900	G335.585-0.290		44 GHz (I)	-45.43	0.55	87.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
242	15 53 6.2	-54 37 6.5	327.2884	-0.5753	G327.291-0.577		44 GHz (I)	-45.51	0.37	8.40	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
243	16 52 18.3	-44 26 52.4	341.2186	-0.2130	G341.218-0.213		44 GHz (I)	-45.66	0.35	1.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
244	16 21 0.2	-50 35 25.3	333.1272	-0.4294	G333.126-0.434		44 GHz (I)	-45.78	0.67	33.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
245	15 53 6.2	-54 37 6.5	327.2884	-0.5753	G327.291-0.577		44 GHz (I)	-46.49	0.73	19.40	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
246	16 00 32.7	-53 12 48.6	329.0314	-0.2061	G329.031-0.205		44 GHz (I)	-46.66	1.12	39.50	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	16 00 32.7	-53 12 48.6	329.0314	-0.2061	G329.031-0.205		44 GHz (I)	-47.04	0.15	6.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
247	16 21 0.2	-50 35 25.3	333.1272	-0.4294	G333.126-0.434		44 GHz (I)	-47.41	0.46	33.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
248	15 57 58.5	-53 59 23.3	328.2369	-0.5478	G328.237-0.547		44 GHz (I)	-47.5	0.16	1.50	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
249	16 21 0.2	-50 35 25.3	333.1272	-0.4294	G333.126-0.434		44 GHz (I)	-47.69	0.68	33.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	16 21 0.2	-50 35 25.3	333.1272	-0.4294	G333.126-0.434		44 GHz (I)	-48.23	0.81	33.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
250	16 29 45.6	-48 16 16.2	335.7808	0.1729	G335.789+0.174		44 GHz (I)	-48.53	0.82	18.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
251	14 53 42.6	-59 09 0.9	318.0485	0.0849	G318.050+0.085		44 GHz (I)	-48.91	0.49	13.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
252	16 21 0.2	-50 35 25.3	333.1272	-0.4294	G333.126-0.434		44 GHz (I)	-49	0.44	33.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
253	16 22 11.1	-50 06 10.6	333.6050	-0.2177	G333.605-0.215		44 GHz (I)	-49.34	0.61	12.90	AVE02	2	+H2O +CH3OH I +OH	SLY94
254	14 53 42.6	-59 09 0.9	318.0485	0.0849	G318.050+0.085		44 GHz (I)	-49.51	0.50	16.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
255	15 31 46	-56 30 59.1	323.7398	-0.2654	G323.740-0.263		44 GHz (I)	-49.9	0.35	8.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
256	16 21 0.2	-50 35 25.3	333.1272	-0.4294	G333.126-0.434		44 GHz (I)	-49.92	0.85	81.60	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
257	17 12 4.7	-38 30 41.4	348.1764	0.4939	G348.181+0.489		44 GHz (I)	-5.87	0.24	4.90	AVE02	2	+H2O +CH3OH I	SLY94
258	17 19 56.9	-35 57 45.5	351.1611	0.6994	G351.161+0.699		44 GHz (I)	-5.87	0.68	27.40	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
259	16 29 45.6	-48 16 16.2	335.7808	0.1729	G335.789+0.174		44 GHz (I)	-50.03	1.28	17.20	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
260	15 31 46	-56 30 59.1	323.7398	-0.2654	G323.740-0.263		44 GHz (I)	-50.51	0.78	9.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
261	16 21 0.2	-50 35 25.3	333.1272	-0.4294	G333.126-0.434		44 GHz (I)	-51.33	0.48	7.60	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
262	15 34 58	-55 27 27.8	324.7167	0.3400	G324.717+0.340		44 GHz (I)	-51.84	0.41	17.50	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
263	15 18 40.6	-56 38 46.4	322.1667	0.6238	G322.161+0.635		44 GHz (I)	-53.92	0.27	7.80	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
264	15 53 6.2	-54 37 6.5	327.2884	-0.5753	G327.291-0.577		44 GHz (I)	-54.27	0.11	2.00	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
265	15 18 40.6	-56 38 46.4	322.1667	0.6238	G322.161+0.635		44 GHz (I)	-58.5	0.33	8.60	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
266	16 40 31.9	-45 41 53.2	338.9186	0.5571	G338.920+0.557		44 GHz (I)	-59.68	0.73	65.40	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
267	17 19 56.9	-35 57 45.5	351.1611	0.6994	G351.161+0.699		44 GHz (I)	-6.15	0.25	9.70	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
268	17 20 53.5	-35 47 1.7	351.4170	0.6448	G351.417+0.645		44 GHz (I)	-6.32	0.49	17.60	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
269	17 19 56.9	-35 57 45.5	351.1611	0.6994	G351.161+0.699		44 GHz (I)	-6.48	0.35	20.60	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
270	17 12 4.7	-38 30 41.4	348.1764	0.4939	G348.181+0.489		44 GHz (I)	-6.61	0.39	4.70	AVE02	2	+H2O +CH3OH I	SLY94
271	17 26 42.7	-36 09 17.8	351.7748	-0.5368	G351.775-0.537		44 GHz (I)	-6.9	0.41	61.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
272	16 40 31.9	-45 41 53.2	338.9186	0.5571	G338.920+0.557		44 GHz (I)	-60.35	0.38	31.50	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
	16 40 31.9	-45 41 53.2	338.9186	0.5571	G338.920+0.557		44 GHz (I)	-62.36	0.37	30.20	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
	16 40 31.9	-45 41 53.2	338.9186	0.5571	G338.920+0.557		44 GHz (I)	-62.92	0.50	83.30	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
273	15 10 18.8	-58 25 24.8	320.2840	-0.3103	G320.284-0.310		44 GHz (I)	-65.05	0.65	15.00	AVE02	2	+CH3OH I +CH3OH II	SLY94
274	16 12 26.4	-51 46 13	331.3422	-0.3455	G331.342-0.346		44 GHz (I)	-65.38	0.24	7.00	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
	16 12 26.4	-51 46 13	331.3422	-0.3455	G331.342-0.346		44 GHz (I)	-65.69	0.40	9.60	AVE02	2	+CH3OH I +CH3OH II +OH	SLY94
275	15 10 18.8	-58 25 24.8	320.2840	-0.3103	G320.284-0.310		44 GHz (I)	-66.3	0.94	42.70	AVE02	2	+CH3OH I +CH3OH II	SLY94
276	17 20 53.5	-35 47 1.7	351.4170	0.6448	G351.417+0.645		44 GHz (I)	-7.02	0.27	7.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
277	17 19 56.9	-35 57 45.5	351.1611	0.6994	G351.161+0.699		44 GHz (I)	-7.05	0.58	41.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
278	17 12 4.7	-38 30 41.4	348.1764	0.4939	G348.181+0.489		44 GHz (I)	-7.18	0.22	8.80	AVE02	2	+H2O +CH3OH I	SLY94
279	17 26 42.7	-36 09 17.8	351.7748	-0.5368	G351.775-0.537		44 GHz (I)	-7.41	0.39	28.20	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
280	17 19 56.9	-35 57 45.5	351.1611	0.6994	G351.161+0.699		44 GHz (I)	-7.53	0.25	8.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	17 19 56.9	-35 57 45.5	351.1611	0.6994	G351.161+0.699		44 GHz (I)	-7.92	0.33	21.30	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
281	17 20 53.5	-35 47 1.7	351.4170	0.6448	G351.417+0.645		44 GHz (I)	-7.94	0.26	9.70	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
282	17 16 25.9	-37 59 22.8	349.0996	0.1057	G349.092+0.106		44 GHz (I)	-77.98	0.34	8.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
283	11 39 12.5	-63 28 47.4	294.9728	-1.7297	G294.978-1.730		44 GHz (I)	-8.25	0.85	10.40	AVE02	2	+H2O +CH3OH I +CH3OH II	SLY94
284	17 26 42.7	-36 09 17.8	351.7748	-0.5368	G351.775-0.537		44 GHz (I)	-8.26	0.43	20.60	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
285	17 20 53.5	-35 47 1.7	351.4170	0.6448	G351.417+0.645		44 GHz (I)	-8.39	1.40	55.80	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
286	16 10 59.9	-51 50 39.6	331.1289	-0.2476	G331.132-0.244		44 GHz (I)	-84.6	0.38	11.60	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
287	16 19 48.2	-50 15 2.1	333.2306	-0.0535	G333.234-0.061		44 GHz (I)	-85.41	0.33	8.10	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	16 19 48.2	-50 15 2.1	333.2306	-0.0535	G333.234-0.061		44 GHz (I)	-87.15	0.47	59.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	16 19 48.2	-50 15 2.1	333.2306	-0.0535	G333.234-0.061		44 GHz (I)	-87.24	1.33	273.00	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
288	16 10 59.9	-51 50 39.6	331.1289	-0.2476	G331.132-0.244		44 GHz (I)	-87.36	0.43	8.40	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
289	16 34 14.3	-48 06 22.1	336.4112	-0.2594	G336.410-0.257		44 GHz (I)	-87.57	0.72	37.00	AVE02	2	+CH3OH I +CH3OH II	SLY94
290	16 10 59.9	-51 50 39.6	331.1289	-0.2476	G331.132-0.244		44 GHz (I)	-88.37	0.62	24.90	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
	16 10 59.9	-51 50 39.6	331.1289	-0.2476	G331.132-0.244		44 GHz (I)	-91	0.70	66.50	AVE02	2	+H2O +CH3OH I +CH3OH II +OH	SLY94
291	20 39 0.7	+42 22 50.8	81.7216	0.5722	G81.722+0.572		132.8 GHz (I)	0.28	0.86		AVE02	40	+CH3OH I +CH3OH II +OH -SiO	SLY97
292	18 04 53.9	-24 26 41.3	6.0499	-1.4493	G6.050-1.449		132.8 GHz (I)	10.61	2.68		AVE02	40	-H2O +CH3OH I +CH3OH II +OH	SLY97
	18 04 53.9	-24 26 41.3	6.0499	-1.4493	G6.050-1.449		132.8 GHz (I)	10.92	0.77		AVE02	40	-H2O +CH3OH I +CH3OH II +OH	SLY97
293	18 29 24.8	-15 15 48.9	16.8683	-2.1582	G16.868-2.158		132.8 GHz (I)	16.39	12.63		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
	18 29 24.8	-15 15 48.9	16.8683	-2.1582	G16.868-2.158		132.8 GHz (I)	17.69	0.80		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
	18 29 24.8	-15 15 48.9	16.8683	-2.1582	G16.868-2.158		132.8 GHz (I)	18.96	4.81		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
	18 29 24.8	-15 15 48.9	16.8683	-2.1582	G16.868-2.158		132.8 GHz (I)	20.24	1.20		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
294	18 14 11.1	-17 55 57.4	12.7968	-0.1928	G12.797-0.193		132.8 GHz (I)	32.78	1.02		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
	18 14 11.1	-17 55 57.4	12.7968	-0.1928	G12.797-0.193		132.8 GHz (I)	36.76	3.57		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
295	06 41 9.7	+09 29 34.9	203.3155	2.0549	G203.316+2.055		132.8 GHz (I)	7.54	0.84		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
	06 41 9.7	+09 29 34.9	203.3155	2.0549	G203.316+2.055		132.8 GHz (I)	7.94	3.77		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
296	20 39 0.7	+42 22 50.8	81.7216	0.5722	G81.722+0.572		132.8 GHz (I)	-2.34	5.65		AVE02	40	+CH3OH I +CH3OH II +OH -SiO	SLY97
297	20 38 54.6	+42 19 23.5	81.6644	0.5521	G81.665+0.551		132.8 GHz (I)	-2.47	0.62		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
	20 38 54.6	+42 19 23.5	81.6644	0.5521	G81.665+0.551		132.8 GHz (I)	-2.76	4.20		AVE02	40	+H2O +CH3OH I +CH3OH II	SLY97
298	17 47 21.5	-28 24 8.2	0.6544	-0.0486	G0.667-0.036		36 GHz (I)	53.9	7		AVE02	1	+H2O +CH3OH I +CH3OH II +OH +SiO	TUR72
299	17 47 19.8	-28 22 22.3	0.6762	-0.0279	G0.667-0.036	K1	36 GHz (I)	70.3	7		AVE02	1	+H2O +CH3OH I +CH3OH II +OH +SiO	TUR72