AlfalfaGEDB | MS.gene36271

M. sativa cultivar XinJiangDaYe / MS.gene36271

KEGG: K06627
GO: GO:0005575 GO:0005634 GO:0043226 GO:0043227 GO:0043229 GO:0043231 GO:0110165
PFAM: PF00134.26 PF02984.22

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene36271.t1	XP_003597808.2	93.3	431	27	2	1	431	1	429	4.20E-217	763.8

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene36271.t1	Q38819	49.8	458	184	10	10	431	3	450	1.8e-104	380.9

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene36271.t1	G7IME4	93.3	431	27	2	1	431	1	429	3.0e-217	763.8

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene050875	MS.gene36271	0.821245	4.47E-53	-1.69E-46
MS.gene051439	MS.gene36271	0.805888	1.07E-49	-1.69E-46
MS.gene051914	MS.gene36271	0.83101	2.13E-55	-1.69E-46
MS.gene052169	MS.gene36271	0.803819	2.91E-49	-1.69E-46
MS.gene052308	MS.gene36271	0.847015	1.51E-59	-1.69E-46
MS.gene052367	MS.gene36271	0.814658	1.38E-51	-1.69E-46
MS.gene053173	MS.gene36271	0.818904	1.54E-52	-1.69E-46
MS.gene054459	MS.gene36271	0.815852	7.47E-52	-1.69E-46
MS.gene054551	MS.gene36271	0.81001	1.43E-50	-1.69E-46
MS.gene054593	MS.gene36271	0.814246	1.70E-51	-1.69E-46
MS.gene054633	MS.gene36271	0.84957	2.97E-60	-1.69E-46
MS.gene054662	MS.gene36271	0.827761	1.31E-54	-1.69E-46
MS.gene055308	MS.gene36271	0.808917	2.45E-50	-1.69E-46
MS.gene055578	MS.gene36271	0.80603	1.00E-49	-1.69E-46
MS.gene056041	MS.gene36271	0.807323	5.35E-50	-1.69E-46
MS.gene05640	MS.gene36271	0.828241	1.00E-54	-1.69E-46
MS.gene056528	MS.gene36271	0.800615	1.33E-48	-1.69E-46
MS.gene05652	MS.gene36271	0.822767	1.99E-53	-1.69E-46
MS.gene05732	MS.gene36271	0.822095	2.85E-53	-1.69E-46
MS.gene057367	MS.gene36271	0.812234	4.70E-51	-1.69E-46
MS.gene058128	MS.gene36271	0.812292	4.56E-51	-1.69E-46
MS.gene058853	MS.gene36271	0.802947	4.41E-49	-1.69E-46
MS.gene059616	MS.gene36271	0.804366	2.24E-49	-1.69E-46
MS.gene060473	MS.gene36271	0.806846	6.75E-50	-1.69E-46
MS.gene06093	MS.gene36271	0.840953	6.37E-58	-1.69E-46
MS.gene061260	MS.gene36271	0.804982	1.66E-49	-1.69E-46

PPI:

Gene1	Gene2	Type
MS.gene36271	MS.gene036055	PPI
MS.gene36271	MS.gene021632	PPI
MS.gene36271	MS.gene015942	PPI
MS.gene36271	MS.gene89575	PPI
MS.gene36271	MS.gene067144	PPI
MS.gene36271	MS.gene072954	PPI
MS.gene36271	MS.gene014786	PPI
MS.gene36271	MS.gene072963	PPI
MS.gene36271	MS.gene067143	PPI
MS.gene038078	MS.gene36271	PPI
MS.gene36271	MS.gene072956	PPI
MS.gene072952	MS.gene36271	PPI
MS.gene36271	MS.gene23970	PPI
MS.gene36271	MS.gene71482	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene36271.t1	MTR_2g102550	93.271	431	27	2	1	431	1	429	0.0	817
MS.gene36271.t1	MTR_2g102520	67.081	483	95	6	6	431	4	479	0.0	606
MS.gene36271.t1	MTR_3g107970	44.742	485	200	10	2	431	3	474	3.50e-130	384
MS.gene36271.t1	MTR_1g011470	46.774	434	200	7	10	431	8	422	2.70e-117	349
MS.gene36271.t1	MTR_3g088415	53.114	273	127	1	152	424	224	495	1.23e-93	291
MS.gene36271.t1	MTR_1g018680	47.636	275	141	2	152	424	75	348	1.40e-85	266
MS.gene36271.t1	MTR_3g088405	46.324	272	145	1	154	424	229	500	2.04e-85	270
MS.gene36271.t1	MTR_3g088415	55.300	217	97	0	152	368	224	440	2.79e-80	255
MS.gene36271.t1	MTR_3g102510	41.892	296	158	4	144	431	48	337	1.46e-71	229
MS.gene36271.t1	MTR_3g102530	43.214	280	155	3	150	426	66	344	9.39e-71	227
MS.gene36271.t1	MTR_3g102520	42.143	280	158	3	155	431	78	356	1.31e-68	222
MS.gene36271.t1	MTR_3g102560	47.638	254	125	4	173	424	69	316	2.64e-64	209
MS.gene36271.t1	MTR_3g102540	43.922	255	134	4	172	424	13	260	1.83e-61	201
MS.gene36271.t1	MTR_3g088415	58.537	164	68	0	152	315	224	387	6.76e-61	203
MS.gene36271.t1	MTR_5g088980	41.281	281	153	8	152	429	148	419	2.24e-54	186
MS.gene36271.t1	MTR_7g089080	38.509	322	173	10	126	430	158	471	2.97e-51	186
MS.gene36271.t1	MTR_5g023790	40.551	254	141	5	130	383	137	380	2.47e-50	175
MS.gene36271.t1	MTR_5g023790	37.586	290	170	6	130	419	137	415	3.90e-50	176
MS.gene36271.t1	MTR_8g074000	33.041	342	209	8	79	419	97	419	3.94e-47	167
MS.gene36271.t1	MTR_5g023790	42.473	186	103	3	130	315	137	318	7.58e-38	141
MS.gene36271.t1	MTR_3g060770	29.181	281	182	7	147	419	11	282	8.45e-24	100
MS.gene36271.t1	MTR_3g060410	35.106	188	113	5	201	383	135	318	3.83e-22	97.4
MS.gene36271.t1	MTR_3g061680	35.106	188	113	5	201	383	50	233	2.77e-21	93.6
MS.gene36271.t1	MTR_3g060820	32.979	188	117	5	201	383	50	233	8.02e-20	89.4
MS.gene36271.t1	MTR_3g060400	31.250	192	123	5	197	383	52	239	3.93e-19	87.4
MS.gene36271.t1	MTR_3g460990	31.250	192	123	5	197	383	52	239	3.93e-19	87.4
MS.gene36271.t1	MTR_1g032850	34.940	166	98	4	202	363	372	531	9.14e-17	82.8
MS.gene36271.t1	MTR_5g011900	29.252	147	101	2	194	339	95	239	1.77e-12	67.4
MS.gene36271.t1	MTR_5g044040	41.333	75	44	0	223	297	7	81	3.15e-12	63.9
MS.gene36271.t1	MTR_1g009830	78.378	37	8	0	133	169	84	120	1.15e-11	62.0

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene36271.t1	AT1G15570	50.222	450	178	10	18	431	11	450	9.74e-142	412
MS.gene36271.t1	AT1G80370	50.000	466	191	10	1	431	1	459	2.89e-136	399
MS.gene36271.t1	AT5G25380	48.546	447	196	8	2	431	12	441	3.06e-134	393
MS.gene36271.t1	AT5G25380	47.907	430	218	3	2	431	12	435	2.84e-133	390
MS.gene36271.t1	AT5G25380	47.907	430	218	3	2	431	12	435	2.84e-133	390
MS.gene36271.t1	AT5G11300	47.661	449	188	8	3	431	13	434	4.53e-133	390
MS.gene36271.t1	AT5G25380	48.068	414	209	3	2	415	12	419	3.68e-128	377
MS.gene36271.t1	AT5G11300	46.891	386	159	7	3	368	13	372	3.21e-107	323
MS.gene36271.t1	AT1G44110	50.357	280	138	1	152	431	178	456	2.50e-96	297
MS.gene36271.t1	AT1G77390	52.434	267	120	2	151	414	161	423	5.20e-93	288
MS.gene36271.t1	AT5G43080	46.528	288	148	3	149	431	64	350	1.72e-89	276
MS.gene36271.t1	AT5G43080	46.875	288	142	4	149	431	64	345	1.08e-87	271
MS.gene36271.t1	AT1G47210	46.263	281	147	3	154	431	88	367	1.61e-87	271
MS.gene36271.t1	AT1G47230	41.716	338	185	6	98	426	21	355	5.52e-85	265
MS.gene36271.t1	AT1G47230	41.593	339	185	7	98	426	21	356	3.23e-83	260
MS.gene36271.t1	AT1G47220	47.407	270	139	2	154	421	42	310	6.24e-83	258
MS.gene36271.t1	AT5G06150	37.966	295	170	7	134	427	150	432	1.34e-50	177
MS.gene36271.t1	AT1G20610	32.992	391	231	14	42	419	48	420	1.49e-48	171
MS.gene36271.t1	AT4G37490	30.282	426	243	14	47	429	9	423	1.82e-47	168
MS.gene36271.t1	AT2G26760	34.021	388	226	11	46	423	11	378	5.96e-47	166
MS.gene36271.t1	AT3G11520	37.943	282	164	5	146	427	139	409	3.67e-45	162
MS.gene36271.t1	AT1G76310	35.048	311	187	8	120	424	124	425	1.20e-44	161
MS.gene36271.t1	AT3G11520	40.408	245	136	4	146	390	139	373	4.68e-44	158
MS.gene36271.t1	AT1G76310	37.358	265	153	6	120	378	124	381	1.36e-43	157
MS.gene36271.t1	AT2G17620	39.068	279	157	7	153	427	153	422	1.01e-42	155
MS.gene36271.t1	AT4G35620	39.286	252	145	4	168	419	172	415	1.10e-41	153
MS.gene36271.t1	AT1G16330	33.115	305	183	6	90	384	311	604	2.13e-40	153
MS.gene36271.t1	AT4G35620	42.593	216	117	3	168	383	172	380	1.34e-39	146
MS.gene36271.t1	AT1G76310	32.448	339	186	9	120	424	124	453	1.77e-39	147
MS.gene36271.t1	AT1G47210	51.429	105	49	1	154	256	88	192	7.51e-33	123
MS.gene36271.t1	AT5G06150	38.798	183	106	3	134	315	150	327	1.53e-32	126
MS.gene36271.t1	AT1G76310	38.614	202	117	4	120	315	124	324	1.66e-32	126
MS.gene36271.t1	AT1G20590	37.107	159	94	2	227	385	63	215	2.96e-26	107
MS.gene36271.t1	AT1G14750	36.364	165	95	5	197	357	214	372	8.46e-19	88.2
MS.gene36271.t1	AT1G14750	36.364	165	95	5	197	357	382	540	1.29e-18	88.6
MS.gene36271.t1	AT1G14750	36.364	165	95	5	197	357	382	540	1.67e-18	88.6
MS.gene36271.t1	AT1G14750	36.364	165	94	6	197	357	214	371	1.63e-17	84.3
MS.gene36271.t1	AT1G34460	30.097	206	112	5	108	313	208	381	2.08e-17	84.7
MS.gene36271.t1	AT1G34460	30.097	206	112	5	108	313	222	395	2.32e-17	84.7
MS.gene36271.t1	AT1G34460	30.097	206	112	5	108	313	222	395	2.50e-17	84.3
MS.gene36271.t1	AT1G34460	30.097	206	112	5	108	313	222	395	2.50e-17	84.3
MS.gene36271.t1	AT1G34460	30.097	206	112	5	108	313	222	395	2.50e-17	84.3
MS.gene36271.t1	AT1G34460	30.097	206	112	5	108	313	222	395	2.50e-17	84.3
MS.gene36271.t1	AT1G34460	30.097	206	112	5	108	313	222	395	2.60e-17	84.3
MS.gene36271.t1	AT1G34460	29.630	189	109	3	125	313	228	392	7.30e-17	82.8
MS.gene36271.t1	AT1G34460	29.630	189	109	3	125	313	228	392	7.30e-17	82.8

Find 80 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AACATTGTTTCAAGCAGTTT+TGG	0.255031	2.1:+3085091	None:intergenic
TTCGGAATCACTATCTTTCT+TGG	0.272855	2.1:+3093287	None:intergenic
TGAGGTTCCATCCGTTTCTT+TGG	0.292203	2.1:-3093528	MS.gene36271:CDS
TCAATATCAGCATCTATATT+AGG	0.311471	2.1:+3093234	None:intergenic
AGAGACTGCTCTTTCTGAAT+TGG	0.337008	2.1:+3093661	None:intergenic
GGAGTACTTGGCAAATTATC+TGG	0.338660	2.1:-3091404	MS.gene36271:CDS
CGTGCGCGAGTTAATCTAAC+TGG	0.339024	2.1:+3093767	None:intergenic
GAATTAACACTGATGAACTA+TGG	0.348703	2.1:-3091379	MS.gene36271:CDS
CAAATCTGATGCTTTGTAAG+AGG	0.356045	2.1:+3085376	None:intergenic
GGATGTCACTAACATTTATC+AGG	0.361292	2.1:-3093597	MS.gene36271:CDS
TGACTGACAGGTACTAAATA+TGG	0.361866	2.1:-3091750	MS.gene36271:intron
TCTGAATGCGCCCAAGGTTC+CGG	0.365808	2.1:-3093262	MS.gene36271:CDS
TGTACTGTTTCCATGAAGTT+AGG	0.376714	2.1:+3092662	None:intergenic
GCAGAAATCTTCAACATTGT+TGG	0.389732	2.1:+3091881	None:intergenic
AAGGCCTCATCCTAACTTCA+TGG	0.399286	2.1:-3092672	MS.gene36271:CDS
TAGCGTTGAGTTGGAGTACT+TGG	0.415812	2.1:-3091416	MS.gene36271:CDS
TTTGTTTGTGTGTAGCTCAA+TGG	0.418666	2.1:-3085133	MS.gene36271:intron
TTGAAGTCTGTGTCTTTCAA+TGG	0.425367	2.1:+3092351	None:intergenic
ATCAGTATCGCACGCATGGC+TGG	0.428189	2.1:+3092626	None:intergenic
AGGAGAGTTGCCACCATTGA+AGG	0.439636	2.1:-3093723	MS.gene36271:CDS
GTTGAAACATTGAGTTGATC+CGG	0.442711	2.1:+3093551	None:intergenic
CCTTTGATTTCTCAAGCTAA+AGG	0.448884	2.1:-3093449	MS.gene36271:intron
GTTGCTGCTTTAAGTGCAAC+AGG	0.450764	2.1:-3093743	MS.gene36271:CDS
GAGCAGATGGTTCAGATGTC+TGG	0.462944	2.1:+3093474	None:intergenic
GCAGATGCAGCAATCATAGA+AGG	0.465891	2.1:+3091340	None:intergenic
AACATTGAGTTGATCCGGCT+TGG	0.467189	2.1:+3093556	None:intergenic
CTTGGGCGCATTCAGAAGTT+CGG	0.469750	2.1:+3093269	None:intergenic
TGTGCTACATCATCCTTCAA+TGG	0.470617	2.1:+3093710	None:intergenic
AAGAGTGTGAGTTCGAAAGC+TGG	0.475057	2.1:-3093797	MS.gene36271:CDS
TGCATTGTCTTCCAAAGAAA+CGG	0.477476	2.1:+3093517	None:intergenic
ATTAGGAATATCCGGAACCT+TGG	0.479819	2.1:+3093251	None:intergenic
CTGCCGTGTTTCTTGCAAGA+TGG	0.490738	2.1:-3091321	MS.gene36271:CDS
GCATCTATATTAGGAATATC+CGG	0.492431	2.1:+3093243	None:intergenic
TGCGTGCGATACTGATTGAT+TGG	0.495650	2.1:-3092619	MS.gene36271:CDS
TTAGGAATATCCGGAACCTT+GGG	0.499671	2.1:+3093252	None:intergenic
GAGGCATAGTGTTCAAGAGT+TGG	0.504331	2.1:+3085395	None:intergenic
TGGCCACCAATCAGATTTGA+AGG	0.509110	2.1:+3093494	None:intergenic
TTGTGTGTACTTCTTGCGGA+TGG	0.510973	2.1:+3085289	None:intergenic
TAAGAAGAGGGCAGCTCTTG+AGG	0.519194	2.1:-3093618	MS.gene36271:CDS
TCTTGCGGATGGAGGCTAAA+GGG	0.521671	2.1:+3085300	None:intergenic
GTTTCTTGCAAGATGGACAT+TGG	0.525644	2.1:-3091314	MS.gene36271:CDS
AATGCACCTTCAAATCTGAT+TGG	0.526829	2.1:-3093500	MS.gene36271:CDS
GAAAACAAAGCTGACCAAGC+CGG	0.533977	2.1:-3093570	MS.gene36271:CDS
CTTTCTGAATTGGTGCCTTG+CGG	0.536646	2.1:+3093671	None:intergenic
ATCAATCAGTATCGCACGCA+TGG	0.544275	2.1:+3092622	None:intergenic
CGAACTTCTGAATGCGCCCA+AGG	0.547655	2.1:-3093268	MS.gene36271:CDS
ACTGATTGATTGGCTTGTAG+AGG	0.548043	2.1:-3092609	MS.gene36271:intron
TGGATCAGTCAAGGCACCCA+TGG	0.548884	2.1:-3091294	MS.gene36271:CDS
GCACCTTCAAATCTGATTGG+TGG	0.558942	2.1:-3093497	MS.gene36271:CDS
GAAATCAAAGGCTGAGCAGA+TGG	0.560517	2.1:+3093461	None:intergenic
GCAGACACCTAGCGTTGAGT+TGG	0.562475	2.1:-3091425	MS.gene36271:intron
TTCTTGCGGATGGAGGCTAA+AGG	0.569640	2.1:+3085299	None:intergenic
TGTCTTGTGTGTACTTCTTG+CGG	0.570627	2.1:+3085285	None:intergenic
CATGCCTTCCGCGTAAGAAG+AGG	0.575745	2.1:-3093631	MS.gene36271:CDS
ATGCCTTCCGCGTAAGAAGA+GGG	0.579585	2.1:-3093630	MS.gene36271:CDS
CTGCCCTCTTCTTACGCGGA+AGG	0.584831	2.1:+3093627	None:intergenic
CCTTTAGCTTGAGAAATCAA+AGG	0.586000	2.1:+3093449	None:intergenic
AGCAGCACAAGCTTCATACC+AGG	0.588146	2.1:-3091538	MS.gene36271:intron
TGTGAGTTCGAAAGCTGGAG+AGG	0.588789	2.1:-3093792	MS.gene36271:CDS
TGTGTACTTCTTGCGGATGG+AGG	0.588900	2.1:+3085292	None:intergenic
AAGTACTCCAACTCAACGCT+AGG	0.591270	2.1:+3091418	None:intergenic
GTTTCCATGAAGTTAGGATG+AGG	0.594344	2.1:+3092668	None:intergenic
GCATAGAAGCTGCATAGTTG+AGG	0.597397	2.1:+3093207	None:intergenic
TGACAACTTGCGTATTGCTG+AGG	0.601690	2.1:-3093172	MS.gene36271:intron
GGATCAGTCAAGGCACCCAT+GGG	0.607489	2.1:-3091293	MS.gene36271:intron
TTGTCTTCCAAAGAAACGGA+TGG	0.609534	2.1:+3093521	None:intergenic
AGACACAGACTTCAACTGCT+AGG	0.621260	2.1:-3092343	MS.gene36271:CDS
TGAAGATTTCTGCGTCATGA+CGG	0.623881	2.1:-3091871	MS.gene36271:CDS
CAAGAAGTACACACAAGACA+AGG	0.627309	2.1:-3085282	MS.gene36271:intron
GAAAGTCAGAAGCATCCGCA+AGG	0.630629	2.1:-3093686	MS.gene36271:CDS
GATGGACATTGGATCAGTCA+AGG	0.635091	2.1:-3091303	MS.gene36271:CDS
TCAACTCAATGTTTCAACTG+AGG	0.644508	2.1:-3093546	MS.gene36271:CDS
TGTCCATCTTGCAAGAAACA+CGG	0.659587	2.1:+3091318	None:intergenic
GTGCGCGAGTTAATCTAACT+GGG	0.661597	2.1:+3093768	None:intergenic
CAAGTTGTCATATATATCAG+CGG	0.671139	2.1:+3093185	None:intergenic
GCTACATCATCCTTCAATGG+TGG	0.671170	2.1:+3093713	None:intergenic
GGACAACACATACACAAGAG+AGG	0.694746	2.1:-3091850	MS.gene36271:CDS
CAACACATACACAAGAGAGG+AGG	0.700452	2.1:-3091847	MS.gene36271:intron
AGAGCTGCCCTCTTCTTACG+CGG	0.717770	2.1:+3093623	None:intergenic
AATCTATGAGATATACAGTG+AGG	0.733889	2.1:+3092392	None:intergenic

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr2.1	gene	3085087	3093831	3085087	ID=MS.gene36271
chr2.1	mRNA	3085087	3093831	3085087	ID=MS.gene36271.t1;Parent=MS.gene36271
chr2.1	exon	3093450	3093831	3093450	ID=MS.gene36271.t1.exon1;Parent=MS.gene36271.t1
chr2.1	CDS	3093450	3093831	3093450	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3093173	3093330	3093173	ID=MS.gene36271.t1.exon2;Parent=MS.gene36271.t1
chr2.1	CDS	3093173	3093330	3093173	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3092610	3092702	3092610	ID=MS.gene36271.t1.exon3;Parent=MS.gene36271.t1
chr2.1	CDS	3092610	3092702	3092610	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3092319	3092452	3092319	ID=MS.gene36271.t1.exon4;Parent=MS.gene36271.t1
chr2.1	CDS	3092319	3092452	3092319	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3091848	3091923	3091848	ID=MS.gene36271.t1.exon5;Parent=MS.gene36271.t1
chr2.1	CDS	3091848	3091923	3091848	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3091686	3091762	3091686	ID=MS.gene36271.t1.exon6;Parent=MS.gene36271.t1
chr2.1	CDS	3091686	3091762	3091686	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3091539	3091572	3091539	ID=MS.gene36271.t1.exon7;Parent=MS.gene36271.t1
chr2.1	CDS	3091539	3091572	3091539	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3091294	3091443	3091294	ID=MS.gene36271.t1.exon8;Parent=MS.gene36271.t1
chr2.1	CDS	3091294	3091443	3091294	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3085283	3085420	3085283	ID=MS.gene36271.t1.exon9;Parent=MS.gene36271.t1
chr2.1	CDS	3085283	3085420	3085283	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1
chr2.1	exon	3085087	3085140	3085087	ID=MS.gene36271.t1.exon10;Parent=MS.gene36271.t1
chr2.1	CDS	3085087	3085140	3085087	ID=cds.MS.gene36271.t1;Parent=MS.gene36271.t1

Gene Sequence

>MS.gene36271

ATGAAGAAAGATAAGAGTGTGAGTTCGAAAGCTGGAGAGGTCCCAGTTAGATTAACTCGCGCACGAGTTGCTGCTTTAAGTGCAACAGGAGAGTTGCCACCATTGAAGGATGATGTAGCACAAGAAAGTCAGAAGCATCCGCAAGGCACCAATTCAGAAAGAGCAGTCTCTGATGATACATGCCTTCCGCGTAAGAAGAGGGCAGCTCTTGAGGATGTCACTAACATTTATCAGGCTAAGAAAACAAAGCTGACCAAGCCGGATCAACTCAATGTTTCAACTGAGGTTCCATCCGTTTCTTTGGAAGACAATGCACCTTCAAATCTGATTGGTGGCCAGACATCTGAACCATCTGCTCAGCCTTTGATTTCTCAAGCTAAAGGTTTTTCTTCTGCTTTTGTCCAACATTTTTGTAATATATGAGTTTTCTGCATATTATGATATCAAACACTTTCGTTTTATTAGTTGATGTAACTTTTGTGTTGCTATTTTTGGGTTCAGCAGCTTCACAAACTGATGCAGCCAAGAAAGATAGTGATTCCGAACTTCTGAATGCGCCCAAGGTTCCGGATATTCCTAATATAGATGCTGATATTGAAGATCCTCAACTATGCAGCTTCTATGCCGCTGATATATATGACAACTTGCGTATTGCTGAGGTTTGTGTTGTAAATGCCCTGTCATTATTGTGTATACCAATATCCCTTTATGTTGAAATTACAAGAATATACTCAGCATTCAACTGACTCATTTTAACATCCCCAATGGTATTATATACAAAAACAGAAAGGTCCATTCTTATCAATGGCTATATAAACAAAATTTTGAAATTTTGAGATGTTGCAGCCCCTAAGAAAAATTTGCAACTTGATCATTTTCTTAGATACTTGCTATCCCTTTACTGTGATGAACTTTGAGTTTAATTTTTTTCACGTGTCATGTACTCAATAATAACTAGCATAGTACTGTACTAGCATAAAATGTAGTTATGAACTTTATAAAATGCATAACAATCGGTAAAGAGCATATATGAACTGAATCATTGCTTTGATACTTCACCTTTCTGCAACCGTTTCTCTTTGATCTTGCCTTTTATGCCGTGTTGTTTGCCAAACATTTTATTTTTCAGCTGTCAAGAAGGCCTCATCCTAACTTCATGGAAACAGTACAGCGAGATATAACTCCAGCCATGCGTGCGATACTGATTGATTGGCTTGTAGAGGTTTGCATTACTTGACTTTCTATATGAACTAAATTGAGTTTGTGAAGCTGCTCCTTCTGATTCCCCTCTGACTTTGATGTTTAGATGTATATTGAGTTGATGAAATATGAATATTACAATTTACATCGAATTTGCTTGTGTTGAACTTTGTTTTCAGGTTTCTGAGCAATTCAATTTGCAAGCAAACACTCTCTACCTCACTGTATATCTCATAGATTTGTTTCTCTCCAAAAACTCCATTGAAAGACACAGACTTCAACTGCTAGGCATCACTTGCATGCTAATTGCCTCGTAAGTTCTCAAATTCAAGGAACTTGACCGCTCGTGTTCTCATTCATAGTTTCATAATCTCTGGTAGAGCATATGTATTGATGTTCACAATATGAAAAGGAAAATTGTTTATTATTTTTTTTTTCTTGGGAGTAGCTGTATCATTTGCAACATACCAAAAAAATTCCATTATGCTTACGCTGAGAAGAAAATATACCAGAATCCTTGTTACTAATTCAAGAAATATGGATTTATCTTATTCATCCCCTGGCAACATATAACTCTATTTGCTTCTTCCATCTTGTTCTACAATGTAGCAACTAAGATAATGTTTAAACATAATATCATTCAAATTCCTATAGTGTGACATTTGTACTTAACAACATTCTTTTGTCTTCTTTCATATATGATTGAAGGAAGTACGAAGAAATTAATGCCAACAATGTTGAAGATTTCTGCGTCATGACGGACAACACATACACAAGAGAGGAGGTGTGTCTTGCACTTTCAATGATAAATGTTGTGAAACTTTTGTTATTGTTGGATCCTAGATATTCATAAATTATGTGACTGACAGGTACTAAATATGGAGATTCAAGTGTTGAAGTCATCTGCATATCAACTGTTCGCTCCCACAACAAAACATTTTCTCAGGTACTTCTTGGAATTTTTATCTTTTTAATAGTCTTCATTAAAAAGAAAAGGAACTTTTATGTGTTATTTGGAGATCCTCTTGCAATTATCTTAGCACATTCTTGGTTTCTTAGGAGGTTTCTTCGAGCAGCACAAGCTTCATACCAGGTGAAAAGATTGATCCGTGGCAATGCTGTTTACTTGAAGACATGCCAGATTTGTATTGAGTATGACTAATCACTTGCCAACTGAAAAAATTGCAGACACCTAGCGTTGAGTTGGAGTACTTGGCAAATTATCTGGCTGAATTAACACTGATGAACTATGGTTTCTTAAATTTCTTTCCTTCTATGATTGCTGCATCTGCCGTGTTTCTTGCAAGATGGACATTGGATCAGTCAAGGCACCCATGGGTTGGTGTTTATCTTTCATGTTTTCCTTCCATACGAAGTTACATCACTCAAAGGAAACATCATGATCTTCATTTATATGAATACTTCTTTTGCAGAATCCAACTCTTGAACACTATGCCTCTTACAAAGCATCAGATTTGAAAGCCACAGTTCTTGCATTACAAATTTTACAGCTGAATAGCGATGATTGCCATTTACCTGCGATCCGTACAAAATACCGACAAGGCAAGGTAAGGCACAAAGAGAGTTTTTATGTTTCCTCAGAAATCCTGGTCCTATACATTATGATCATGATGAGAATTTTTGTTGCAGTTTAATGCTGTAGCAGTTTTGTCTTCACCAAAACTACCTGAAACAATGTTTTGAAGATGAAGATGAAGATGAAGATGATGGACACGTGAATGCAAGGGACGGGCGGGACCCCTAATTTGTAACTGATATATGATGATCTGTACAAGTCACAGAGGGAGACTTCATCATGTCTAATCTAATCTAATCTTCCCTCCAACCATTCTTAAGTTGTATGTCTATTCTTTGATATCTTTTGTATATACATTTTATGACCTATTTGTTTAGGGTTCTTGCTTAGTTGTCTGATATCTACTAAGCGCCAGAATGAAGCATTTTGCCAAGAATGTCTTGGATTCATTCAGATTCAAATGTTGTAATTGTTTTAGCAGTGAGAATATATAGATGTAGACTAATATAGTTACTTCCTCTGCGAGTTTTATAGTTATTAGTATTAGCTGATCTTCTGTTTCACTGCAATTTTTTTGCAATAATATTTCACTGGCATATTGTTTTCGACACTCATGCATAGATTTTAAACTATCTTCAAACCAAGGAAAAATCTATCAAGTTGAACAGGCAAATATCGCATTTTTTCGAAGGTTGAGTAGCTCGAACCAGTTTAAAGCAAGAGTTAAAACAGTTCGAGATCCCATATTCAAATTCGGACGAAGGAGAAAAACTAATCTAACAACTAAAATACTAACATCGATCGTTGAAGAAAAATATATCACATTTTTCTCAAGTCCACCATAAAATCCTGTTATGTTTATAGGATAAATGTTTATTCAAAAATACCAGAATTTTGGGAGACACATCCCCTTGAAAACAAAAATAATCTTGCTTATATTATCATTTGTCGGGGTATTGTACTCTATTTGGTTTTTCAAAATCATGGCTTAGATGCATTCATATAAAATGACTTTAACTAAAATTGAGATTAAAAATTACATTTTTTTATTAAGAAAAACATTAAAAACTACGTTTAGAGATCACACCATTAAACTAGTGTTTATTGAGTTTTACTTTTTTATAAAAAGATTTCAAAACAAAAATTGATTCGACAATTTTCCCGCAGCCCAATTTAGTGTCGACAAAAAATAATACCAAACTAAGTCTCTAATATTTTAAATTGAGGACAAATTAATCTTTCTAATATAATGAGTTGGGGATTAATTAGTCCTCTGTATTAAAATGTTAAATCAGTCAAATAAAACCGCAGCCCCTATCCCTCCTGTCCTTAATATAAGAAAGTTTTTTTTTAAAAAACAAATTGGTTTTAATTATAAGAAAAAAACATATCTTTTAAGGTGCATTTATTGCTTAAAAGACTTTTTTAACCTTCATTTAATGTTTGTCTTTTTAATATTAATGGATATAATTAATACTTTACAAGTTTTTTGTTTTTCCTCTTATAATAAGAACGAAATAAAGTAATTTGAATATCATTTCTTACTGTCCTCGTGAGCATAGCTCAGTTGGTATGAACATTGCATAAAATATACAAGGTTCGGGTTCGAACCTCAACCACCACAAAAAAAAAAAAAAATCATTTCTTACTATAAAGATCTAAATTGGGCCGGAAAGATAATCTTTACTCCATAACAATAAAGTCAAACAAAGAGTAAAAAAACTCCAGATCTCAAAATCTACATCTCACTTACCATAAATAAGTTCCAATAATCCTACTTACTACTCCTAGTGTTATCAAGAGACTATCCAACATTTTTTCTATAATTTATTGAAATGAATAATTCACATGAGCTTGAAAATGTGACACCTATACATAAATTTGAACCAATCAACTGTATACAAAGTGTTGTAGAAGAAATGTCAGAAAGTAATGTGAGATAGTATAGTACATTTATACATTAGTTACACTTTATTTTATTGAGTCAACTTAAAAAAGTTAACTGAAAAGTCTAGTCCAACTATTTATCTTTCTTTTATTTATTTATTTATTAAATCTGTTTTTTTGTTCTTTTCTTACATTTAAACCAAATAACTATCCCGCTTTCACTCACTCACTCTTTTCTTCATATCATAGCTGTTTTCAACAACAACAACAAAAAAACTCTTTTTTTTTTTTTTCTCTCTTTCTCTTTTTCTCTATGTGACTTTTTATCTTCCTTCAATGGAACTGGTGAAGAAGTTTGCAGCATAGATCTCAGGTCATTTTTCATACACAAAGACACGTTTTTTATTAACTTCATTCTGGGTGGGTTTCTGGGTTATTCTGATTTGGGTTTTTGATAAAATGAGCTTAAAAGAGGAAAAAAAAAAATGGGTTAAGGTTTGAAACTTTAAATTTTTTATACATATTTTAAAATAGGAAACTTGGACAACATTTTAAGGAACAAAAAAAAAATGTAAAAAATTTTATTTCCCATTTTTATGTTGCTGAAATGAAGAGACCATGTATGTTGTTTGTTTTGTCTTTGTTTTATTGTTATTATTTTTGGCAATGTGTGTTCTTTCCAAAATTTGACATCCAAACATTTTTGTTTCATGGTTTAAAGTTTGTCAATTTCATGTTTCATCATTTTTAATTAACATATTAAAAATTCAAGGGTTTCTATTGTTCTATGTGCATTTGGAAACATGGTTTTGTATTGTGATTGCTTCAAACATCAAGGTTATTATTAAAATTGATGAATGCATTAAGGATAGTGTGTGTTTCTTTGATGTTACTATTGTTGGGTTGTTGATCAGCTTAAAAATGTTGTCACTGATTGCAGATAGTAACATAAAAATGGCCCTTTTATATTTAATTTTCTTTGTTAAATTTTACTGTTTTTGGTTCCTTTACATTTTTTGTGTTTAAATTTAGTTATGTATACTTTTGCTTTCAAGTTTCATGATTTTCTCTTGTGTTACAGAATTTAAGCACCAAGATTTAGTATCCAAAGTTCTTTTGGATTTTTGGATCTTGTAGAGATGAGGAAGAGTGTCACTCTGAAAGCTGGAGAGGTTTCAAGTCGATTGACTCGTGCTCGAGCTGTGGCTTTAAGTACAACTGGACAGTTACCACCAATGAAGGAGGTAGCACCAGGAACTCAGGATCAGAAGCAGCCCCTAAGAGCCAATTCAAAAAGAGCAGTTTCAGATGTTACATATCTTCCTCATAAAAAGAGGGCAATTCTTCAAGATGTCACTAACAATTGCAGCGGAAATACAAATAGGAGTTGCTTAAATCCAACTGAAATTCAGGTTGCATATATCCAATATCTGATGCTTCTTGTTTTGGTCTTGAAATGTATTGATGGATTCAGGTTGCATATACAAATGATTCTAAGACTTATCCTGTTACTTTTATATCTGCCAGGCTAAGAAAAGGAAGGTGGCTAAGCCTGCTCAACCTAATGTTTCAAATGAGGTTCCATCAGCCGCTGAGCTACCACCGCTCATAGCTGACTCAAAACCGGTGAGTTCAATGGAAATGCGTCTTAGATCATCCGAAGATGTCAGGTGCTTATATGATTTGGAAGACAATGCACCTCTTAGGATTAGTGTCAACCAGTGTGGCACAGACAATAATCTGCTTCAGAGCCAGACGTCTAGAATATCTGCTTGGCCTTCGAGTTCTCAAAAGAAAGGTTTTCCTCTATTTTTGTAGTACATTGTCTATGCATTGCTTTAGTACTACCATAAAAGAAATCTGTTCAAGAACTTGATAAAAAAAATGACTTTAGTTAGTTGGTGTAACTTAGTTGTGGTTATTTTTGGTCTCAGCTTCACAAATTGTTGCAGCCAAGAGAGGTAACATTTCTGAACTTTTGGATGTGTCAAAGCATCCAGATGTCGCTGACATAGATGCTGATTTTGAAGATCCTCAACTATGCAGCCACTATGCTGCTGATATATATGACCACTTGCGTGTTGCTGAGGTTTGTCTCGTTAATGCCCTGTCATTATTGTCTCTACCAATGTTGCTTTATGGCACATAGTTATGAAATGCATGGTAATCAGTGAATCAAATATTCAACTGAAGCATGATTTAATACTTAGTCTTTCTGTCAACAGTTTCTCTTTGATTTTTCCTTTTATTCTAAGCTGTTTGTCTAACATTTCATTTTTTCAGCTGTCAAGAAGGCCTTATCCTAACTTCATGGAAACAGTACAGCAAGATATCACTCCAAGCATGCGTGCAATACTGGTTGATTGGCTTGTTGAGGTATGCATTATTCGACTTTCTCATAGTCATGTTGTAACCGCATATTCAAACTTCCAAGTTTTGCTGAACAATATGAACTATATTGAGTTTGTGAAGCTGCTTCTTCTGATTTCTTTCTTACACTGATGTATATTTCTTTTGAGCTACTTTTCAAAGTACTAATGAGATAGATATTAATGTTTATTAGACACTATAACCTTGATGTGTATTATATTAGTTGATTAAATATGAATACTGCATTGATTTCCCATGTGTTGAATTCGTGTTCAGGTTTCTGAGGGATACAAATTGCAAGCAAACACTCTTTACCTCGCTGTATATCTCATTGATTGGTTTCTCTCCAAAAATTGTATTGAAAAAGAGAGACTTCAGCTGCTGGGCATTACTTGCATGCTAATTGCCTCGTAAGTTCTCAACTCCAAGGAAGTTGGCCCCTTGTGTTCCATTATGTTTAATAATGCTCATTTGTCTTCTTTCATATGTGATTGAAGAAAATACGAAGAAATTAACGCCCCTCGTATTGAAGACTTCTGCTTCATCACAGATAACACATACACAAAAGAGGAGGTAAGTCTTACTCTTTCAACAATGAATGATTAGTGCTTAAATGATTATTACTAAAGTGCCAAGGAAAGCATACATCGAAACTGAAAGTAGCAGTTTCATATGGATATAACAACACGAGAACTTAGAATCTCAAGCACTACTAATATATCCTCTAGTCATTAGATTTCATTTAGGGTCTTAAAAATGATGCTTAACTATTTATAACAATATATATGCTGCTTTGTAATGTCAGAGTATGTGGTTTGAAACTTCTCATTCTTATCAGAATATTCAATGTATTGATTGACAGGTAGTAAAACTGGAATCTCTAGTGCTGAAGTCCTCTTCATATCAACTATTTGCTCCTACTACCAAAACTTTCCTCAGGTGCTTCTCGTCAACCTTTCTTCTACCGTCCAATAGTCTTTACAAAAATATGTGTAATTTTGAGATCCTCTTGCAATTATCTTAGTACATTCTTGGTTTCGTAGGAGGTTTCTTCGAGCGGCACAAGCTTCCTACAAGGTAAAAAGATCGATCTGGGACAATGCTGATTATTCCATGACATGCCAGATTTGTATTGAGCATTTCTAATCACTTACCAATTGAATAAAACATGCAGAGACCTAGCATTGAGTTGGAGTACTTGACAAATTACCTGGCTGAACTAACACTGTTGAACTATGGTTTCTTAAATTTCCTTCCTTCTATGATTGCTGCATCGGCCTTGTTTCTGGCAAGATGGACATTAGATCAGTCAAGCCACCCATGGGTTGGTGCATTTCTTTCATGTTTTCCTTCCTTATGAAATTACTCAAAGAAAACACAACCTTAATTTATACTTCTGTTTTTAACTTTTTTGCAGAATCCAACTCTTGAACACTATGCCTCTTACAAAGCATCAGATTTGAAAGCTACAGTTCTTGCATTACAAGATCTACAACTGAATAGTAATGATGACTGCCCTTTAGCCTCCATCCGCAAGAAGTACACACAAGACAAGGTATGTCAGAAAGGGAGTTTTTATGTTTTCAAGTCTTGTTTCTATACATATTGATATTTTGTATAAAGTAAACCTATTTACTTTGTAACATAACTTTCAAGATGATCATAATGAGTACTTTTTTTTTTTTGTTTGTGTGTAGCTCAATGGTGTAGCAGCTTTATCTTCACCAAAACTGCTTGAAACAATGTTCTGA

Protein sequence

>MS.gene36271.t1

MKKDKSVSSKAGEVPVRLTRARVAALSATGELPPLKDDVAQESQKHPQGTNSERAVSDDTCLPRKKRAALEDVTNIYQAKKTKLTKPDQLNVSTEVPSVSLEDNAPSNLIGGQTSEPSAQPLISQAKAASQTDAAKKDSDSELLNAPKVPDIPNIDADIEDPQLCSFYAADIYDNLRIAELSRRPHPNFMETVQRDITPAMRAILIDWLVEVSEQFNLQANTLYLTVYLIDLFLSKNSIERHRLQLLGITCMLIASKYEEINANNVEDFCVMTDNTYTREEVLNMEIQVLKSSAYQLFAPTTKHFLRRFLRAAQASYQTPSVELEYLANYLAELTLMNYGFLNFFPSMIAASAVFLARWTLDQSRHPWNPTLEHYASYKASDLKATVLALQDLQLNSNDDCPLASIRKKYTQDKLNGVAALSSPKLLETMF