AlfalfaGEDB | MS.gene071130

M. sativa cultivar XinJiangDaYe / MS.gene071130

KEGG: K12742
GO: GO:0000287 GO:0003674 GO:0003824 GO:0005488 GO:0010333 GO:0016829 GO:0016835 GO:0016838 GO:0043167 GO:0043169 GO:0046872
PFAM: PF01397.24 PF03936.19

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene071130.t1	NP_001363155.1	92.4	485	37	0	2	486	68	552	1.00E-264	922.2

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene071130.t1	Q5UB07	92.2	485	38	0	2	486	68	552	1.2e-266	919.8

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene071130.t1	A0A072UIS6	92.4	485	37	0	2	486	68	552	7.4e-265	922.2

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene050502	MS.gene071130	0.804163	2.47E-49	-1.69E-46
MS.gene052346	MS.gene071130	0.842335	2.75E-58	-1.69E-46
MS.gene053552	MS.gene071130	0.865433	5.93E-65	-1.69E-46
MS.gene055909	MS.gene071130	0.811066	8.43E-51	-1.69E-46
MS.gene055911	MS.gene071130	0.815576	8.61E-52	-1.69E-46

PPI:

Gene1	Gene2	Type

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene071130.t1	MTR_4g045810	92.371	485	37	0	2	486	68	552	0.0	942
MS.gene071130.t1	MTR_2g064425	47.844	487	243	7	2	484	76	555	4.73e-145	428
MS.gene071130.t1	MTR_2g065450	47.797	454	228	5	13	462	90	538	8.61e-143	422
MS.gene071130.t1	MTR_2g064425	45.585	487	239	8	2	484	76	540	2.18e-132	395
MS.gene071130.t1	MTR_8g057020	42.739	482	266	7	6	483	82	557	3.04e-125	377
MS.gene071130.t1	MTR_2g089130	40.781	461	258	4	7	460	60	512	5.03e-113	345
MS.gene071130.t1	MTR_4g081460	38.494	478	284	5	13	483	56	530	3.60e-112	343
MS.gene071130.t1	MTR_2g089120	39.565	460	263	5	8	460	62	513	1.98e-111	341
MS.gene071130.t1	MTR_7g010710	40.693	462	264	6	29	485	69	525	2.15e-110	338
MS.gene071130.t1	MTR_6g008560	36.498	474	296	2	13	482	52	524	1.15e-103	321
MS.gene071130.t1	MTR_6g039440	34.369	483	313	2	3	482	39	520	1.72e-103	320
MS.gene071130.t1	MTR_4g048460	38.105	475	286	5	13	482	57	528	8.30e-103	318
MS.gene071130.t1	MTR_2g082010	37.449	494	291	9	3	485	52	538	1.47e-101	316
MS.gene071130.t1	MTR_2g064425	50.588	340	158	6	2	337	76	409	2.55e-101	311
MS.gene071130.t1	MTR_5g062230	35.307	473	302	2	13	482	49	520	8.59e-99	308
MS.gene071130.t1	MTR_3g464190	35.865	474	299	3	13	482	52	524	1.69e-94	297
MS.gene071130.t1	MTR_8g007515	37.657	478	289	6	14	484	50	525	2.04e-94	297
MS.gene071130.t1	MTR_4g092010	34.959	492	289	11	9	483	54	531	4.85e-94	296
MS.gene071130.t1	MTR_2g081980	37.083	480	290	8	14	484	50	526	9.86e-94	295
MS.gene071130.t1	MTR_5g094620	33.540	483	298	3	3	482	42	504	2.00e-93	293
MS.gene071130.t1	MTR_4g048460	39.512	410	240	5	13	417	57	463	6.11e-91	285
MS.gene071130.t1	MTR_2g064425	47.353	340	154	7	2	337	76	394	8.11e-89	278
MS.gene071130.t1	MTR_5g073200	35.789	475	300	3	13	483	44	517	1.00e-87	279
MS.gene071130.t1	MTR_2g082060	36.307	482	280	11	14	484	57	522	7.93e-87	277
MS.gene071130.t1	MTR_5g073260	35.073	479	297	6	13	482	46	519	8.64e-87	277
MS.gene071130.t1	MTR_6g008560	37.127	369	231	1	114	482	1	368	8.39e-82	259
MS.gene071130.t1	MTR_2g010960	33.200	500	307	12	3	483	2	493	1.41e-77	252
MS.gene071130.t1	MTR_4g092020	33.758	471	300	7	19	483	77	541	2.76e-77	252
MS.gene071130.t1	MTR_3g063170	33.469	490	314	10	3	483	2	488	9.55e-76	247
MS.gene071130.t1	MTR_6g064980	32.857	490	317	10	3	483	2	488	1.08e-75	247
MS.gene071130.t1	MTR_4g019550	34.694	490	281	13	14	484	58	527	2.94e-75	247
MS.gene071130.t1	MTR_3g465090	33.266	493	311	12	3	483	2	488	4.29e-75	245
MS.gene071130.t1	MTR_3g063120	34.409	465	287	10	31	483	6	464	1.16e-74	243
MS.gene071130.t1	MTR_3g063140	32.653	490	318	10	3	483	2	488	3.52e-74	243
MS.gene071130.t1	MTR_3g052120	32.317	492	317	11	3	483	2	488	4.14e-70	232
MS.gene071130.t1	MTR_2g082050	31.950	482	265	9	9	484	4	428	8.15e-68	224
MS.gene071130.t1	MTR_6g065040	35.606	396	238	9	95	483	1	386	2.54e-66	219
MS.gene071130.t1	MTR_5g081730	81.818	110	15	1	111	215	2	111	3.49e-54	179
MS.gene071130.t1	MTR_3g058160	29.385	439	272	13	29	439	66	494	8.81e-42	157
MS.gene071130.t1	MTR_2g064295	29.493	434	278	12	29	439	257	685	9.93e-42	159
MS.gene071130.t1	MTR_2g012870	31.891	439	264	16	23	437	249	676	4.20e-41	157
MS.gene071130.t1	MTR_3g058160	29.385	439	272	13	29	439	257	685	4.47e-41	157
MS.gene071130.t1	MTR_3g058160	29.385	439	272	13	29	439	270	698	5.38e-41	157
MS.gene071130.t1	MTR_3g058160	29.385	439	272	13	29	439	277	705	5.41e-41	157
MS.gene071130.t1	MTR_2g012900	30.088	452	269	14	23	437	249	690	3.61e-38	149
MS.gene071130.t1	MTR_3g058160	27.391	460	275	13	29	439	277	726	1.73e-37	147
MS.gene071130.t1	MTR_3g063160	32.192	292	190	7	3	289	2	290	2.60e-33	128
MS.gene071130.t1	MTR_7g011663	29.050	358	206	12	31	350	349	696	1.71e-26	114
MS.gene071130.t1	MTR_7g050990	38.255	149	82	1	155	303	25	163	1.53e-25	111
MS.gene071130.t1	MTR_5g094530	30.660	212	106	4	127	334	4	178	1.07e-22	95.9
MS.gene071130.t1	MTR_7g094970	27.636	275	158	9	31	272	211	477	2.62e-22	100
MS.gene071130.t1	MTR_5g030050	27.612	268	148	10	31	268	3	254	1.92e-20	92.4
MS.gene071130.t1	MTR_7g011770	26.944	360	211	14	31	350	245	592	1.52e-19	92.4
MS.gene071130.t1	MTR_7g057340	25.180	139	104	0	344	482	1	139	2.89e-11	62.4

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene071130.t1	AT3G25830	42.213	488	264	9	13	486	81	564	2.16e-128	386
MS.gene071130.t1	AT3G25820	42.213	488	264	9	13	486	81	564	2.16e-128	386
MS.gene071130.t1	AT3G25810	43.579	475	243	9	29	486	101	567	4.31e-126	380
MS.gene071130.t1	AT2G24210	41.104	489	265	10	13	486	80	560	4.88e-123	372
MS.gene071130.t1	AT4G16730	39.381	485	279	6	14	486	28	509	2.33e-122	368
MS.gene071130.t1	AT4G16730	39.700	466	268	5	31	486	1	463	3.30e-120	361
MS.gene071130.t1	AT4G16740	41.379	493	264	9	7	486	54	534	1.29e-119	362
MS.gene071130.t1	AT3G25820	43.931	346	180	7	13	348	81	422	1.93e-91	285
MS.gene071130.t1	AT4G16740	44.675	338	168	6	7	332	54	384	6.54e-86	270
MS.gene071130.t1	AT5G23960	35.570	447	269	7	24	462	58	493	2.05e-83	268
MS.gene071130.t1	AT1G61680	33.333	459	295	5	29	482	94	546	4.36e-82	265
MS.gene071130.t1	AT5G23960	34.468	470	287	9	24	483	58	516	1.81e-81	263
MS.gene071130.t1	AT1G70080	34.753	446	275	6	27	462	118	557	1.31e-79	259
MS.gene071130.t1	AT1G61680	32.680	459	291	6	29	482	94	539	1.36e-78	256
MS.gene071130.t1	AT3G29410	31.291	457	309	4	29	483	13	466	9.15e-77	249
MS.gene071130.t1	AT3G29410	31.291	457	309	4	29	483	118	571	1.41e-75	249
MS.gene071130.t1	AT5G44630	33.630	449	283	7	22	462	63	504	1.93e-71	237
MS.gene071130.t1	AT1G31950	31.148	427	287	3	29	451	118	541	2.57e-71	238
MS.gene071130.t1	AT1G31950	31.148	427	287	3	29	451	119	542	2.71e-71	238
MS.gene071130.t1	AT4G16740	42.722	316	162	6	7	310	54	362	3.45e-71	231
MS.gene071130.t1	AT4G16740	42.722	316	162	6	7	310	54	362	3.45e-71	231
MS.gene071130.t1	AT3G14490	30.364	494	327	8	4	485	82	570	4.52e-70	234
MS.gene071130.t1	AT3G25820	43.706	286	147	7	13	288	81	362	1.54e-69	227
MS.gene071130.t1	AT3G25820	43.706	286	147	7	13	288	81	362	1.54e-69	227
MS.gene071130.t1	AT4G15870	33.411	428	267	7	38	462	132	544	7.52e-69	231
MS.gene071130.t1	AT3G14520	29.873	472	314	6	8	467	88	554	2.79e-68	229
MS.gene071130.t1	AT3G14540	30.238	463	306	6	1	451	79	536	3.38e-68	229
MS.gene071130.t1	AT1G33750	30.989	455	308	4	31	483	121	571	8.36e-67	226
MS.gene071130.t1	AT4G20230	31.042	451	302	6	38	483	126	572	8.47e-66	223
MS.gene071130.t1	AT4G20230	31.042	451	302	6	38	483	138	584	1.03e-65	223
MS.gene071130.t1	AT1G48800	33.333	462	276	12	25	468	114	561	6.20e-63	215
MS.gene071130.t1	AT4G20200	30.704	469	310	7	23	483	111	572	1.31e-61	212
MS.gene071130.t1	AT4G13300	29.876	482	321	9	13	483	46	521	7.88e-61	209
MS.gene071130.t1	AT1G31950	30.357	392	266	3	29	416	119	507	1.12e-60	207
MS.gene071130.t1	AT3G29190	30.022	453	310	5	23	471	108	557	1.33e-60	209
MS.gene071130.t1	AT3G32030	27.181	493	346	5	1	483	82	571	3.95e-60	208
MS.gene071130.t1	AT4G20210	32.237	456	288	12	38	482	122	567	1.28e-58	204
MS.gene071130.t1	AT3G14540	29.439	428	285	6	1	416	79	501	4.52e-58	200
MS.gene071130.t1	AT4G13280	29.018	448	308	6	41	483	79	521	9.79e-57	197
MS.gene071130.t1	AT1G66020	29.614	466	319	6	23	483	105	566	9.39e-56	196
MS.gene071130.t1	AT1G48820	32.426	441	242	13	38	468	124	518	3.33e-55	194
MS.gene071130.t1	AT2G23230	29.783	460	310	7	13	462	90	546	7.24e-54	191
MS.gene071130.t1	AT3G29110	30.303	429	292	5	38	462	119	544	4.77e-53	188
MS.gene071130.t1	AT2G23230	30.065	459	305	8	13	462	90	541	5.79e-53	188
MS.gene071130.t1	AT4G13280	28.348	448	281	8	41	483	79	491	1.73e-47	172
MS.gene071130.t1	AT5G48110	33.106	293	185	5	174	458	2	291	7.11e-44	158
MS.gene071130.t1	AT1G66020	34.146	287	180	6	23	304	105	387	1.18e-37	143
MS.gene071130.t1	AT1G79460	31.649	376	230	12	29	381	275	646	1.22e-37	147
MS.gene071130.t1	AT1G61120	27.991	468	284	16	23	458	280	726	6.52e-36	142
MS.gene071130.t1	AT4G02780	32.222	270	142	10	31	267	334	595	1.87e-23	104

Find 85 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
GATGACATTTATGATGTTTA+TGG	0.162881	4.3:+52125016	MS.gene071130:CDS
ATGAAACTGCCTTAAGATTT+AGG	0.186680	4.3:+52122885	MS.gene071130:CDS
TTGAGGTAGTCATCAAATTT+TGG	0.199877	4.3:-52126087	None:intergenic
TTATGAAGGAGAACAAATTT+TGG	0.222041	4.3:+52123978	MS.gene071130:CDS
CACAATGTTGAAATTCAATT+TGG	0.223651	4.3:-52124190	None:intergenic
GGCTAATGGAATGTTTCTTT+TGG	0.253920	4.3:+52124909	MS.gene071130:CDS
ATCATAAATGTCATCAATTA+AGG	0.255486	4.3:-52125008	None:intergenic
TTAACATTCCTTTGATATCT+TGG	0.275349	4.3:-52123930	None:intergenic
GGAAGTAAGAAGAATGATTA+AGG	0.279467	4.3:+52122715	MS.gene071130:CDS
TTTAGGCTCCTTCGACAATA+TGG	0.303451	4.3:+52122902	MS.gene071130:CDS
GTATATGAAGATATTCTTCT+TGG	0.341174	4.3:+52125310	MS.gene071130:CDS
TAATGCAATTCAAATTCTTC+CGG	0.348756	4.3:+52125286	MS.gene071130:CDS
TGCAGTGGTTCAAACAATAT+TGG	0.363548	4.3:+52122851	MS.gene071130:CDS
TACCTTCACTAAGTTCTTTG+AGG	0.366233	4.3:-52124029	None:intergenic
ATATGCTACATGAATGAAAA+TGG	0.368865	4.3:+52126434	MS.gene071130:CDS
AAAGGAGGGGCTTGAGTACT+TGG	0.380341	4.3:+52126182	MS.gene071130:CDS
AGATAGGAGAAGCCTTTGAT+AGG	0.389550	4.3:+52122810	MS.gene071130:CDS
TGATCAAGTGAATCATTCAT+TGG	0.390845	4.3:+52124068	MS.gene071130:CDS
ACCATCGAGTTTCAAGACTT+TGG	0.414873	4.3:-52124113	None:intergenic
TATGACACACTTAAAGAAAC+AGG	0.415257	4.3:+52125362	MS.gene071130:CDS
GGTAATTAGAGAGGAAACTT+TGG	0.415262	4.3:-52124987	None:intergenic
CACGACCAAAGCTTAACCTT+GGG	0.417065	4.3:-52124883	None:intergenic
ACATATGAAGGTGGTGGAAG+GGG	0.417594	4.3:+52124849	MS.gene071130:intron
GGTTAAGCTTTGGTCGTGAT+AGG	0.419053	4.3:+52124888	MS.gene071130:CDS
CTTTGGTCGTGATAGGCTAA+TGG	0.425070	4.3:+52124895	MS.gene071130:CDS
TATCAATTCGAAAAGGAGAT+AGG	0.437146	4.3:+52122794	MS.gene071130:CDS
GACGGTCTCTGCAACAATAT+AGG	0.442085	4.3:-52126213	None:intergenic
TCACTAAACTGAGGCTCAAA+TGG	0.444620	4.3:-52124947	None:intergenic
TGTGCAATCAACTCTTCAAC+AGG	0.451044	4.3:+52124209	MS.gene071130:CDS
ATGAAGGTGGTGGAAGGGGA+TGG	0.461912	4.3:+52124853	MS.gene071130:intron
CAATGATTTGGCTACTTCAT+CGG	0.474012	4.3:+52126254	MS.gene071130:CDS
TCGAAGGAGCCTAAATCTTA+AGG	0.477296	4.3:-52122894	None:intergenic
CTAGCCCCAAGGTTAAGCTT+TGG	0.484468	4.3:+52124878	MS.gene071130:CDS
TGAAGGTGGTGGAAGGGGAT+GGG	0.505139	4.3:+52124854	MS.gene071130:intron
AATGCATGGGTGTCTGTCTC+CGG	0.505741	4.3:+52126111	MS.gene071130:CDS
GCATCATTTCTATCTTATGA+AGG	0.509979	4.3:+52123964	MS.gene071130:CDS
CTTCACTAAGTTCTTTGAGG+TGG	0.519302	4.3:-52124026	None:intergenic
TACATATGAAGGTGGTGGAA+GGG	0.538647	4.3:+52124848	MS.gene071130:intron
TCACGACCAAAGCTTAACCT+TGG	0.543926	4.3:-52124884	None:intergenic
AAGAATATCTTCATATACTC+CGG	0.545115	4.3:-52125305	None:intergenic
TCTCAGTTATCAATTCGAAA+AGG	0.545405	4.3:+52122787	MS.gene071130:CDS
TTACATATGAAGGTGGTGGA+AGG	0.555487	4.3:+52124847	MS.gene071130:intron
ATCAATTAAGGTAATTAGAG+AGG	0.557226	4.3:-52124996	None:intergenic
TTGTAGGCGGAGTTAGAAAG+AGG	0.558058	4.3:+52126392	MS.gene071130:intron
CTCGATACGTGGATAGGAGT+AGG	0.559477	4.3:+52122681	MS.gene071130:CDS
TATGGTTATGATGTTTCACC+AGG	0.562009	4.3:+52122920	MS.gene071130:CDS
TAGGAGTAGGAGGATGCAAG+AGG	0.567410	4.3:+52122694	MS.gene071130:CDS
CTTTGGACTCTACGATGTAG+TGG	0.570277	4.3:-52124096	None:intergenic
TCAGTTTAGTGATATGCGCA+AGG	0.571438	4.3:+52124958	MS.gene071130:CDS
ATGACTACCTCAACAATGCA+TGG	0.572804	4.3:+52126097	MS.gene071130:CDS
AATGATTCACTTGATCAAAG+AGG	0.573638	4.3:-52124062	None:intergenic
TCCAAAGTCTTGAAACTCGA+TGG	0.575055	4.3:+52124112	MS.gene071130:CDS
CATTTCTACAAGAAGCAAGA+TGG	0.579905	4.3:+52126046	MS.gene071130:CDS
AATCGTAACATAACAAAGGA+GGG	0.583261	4.3:+52126168	MS.gene071130:CDS
CAGTTTAGTGATATGCGCAA+GGG	0.586945	4.3:+52124959	MS.gene071130:CDS
AGGATGCTCGATACGTGGAT+AGG	0.588378	4.3:+52122675	MS.gene071130:intron
ATCGATACTGTGAAACACTT+AGG	0.593154	4.3:+52122764	MS.gene071130:CDS
GCGGAGTTAGAAAGAGGTGA+AGG	0.597815	4.3:+52126398	MS.gene071130:CDS
CATCATAACCATATTGTCGA+AGG	0.601484	4.3:-52122910	None:intergenic
TCATACCGCTTTGACAAGGT+AGG	0.603491	4.3:-52125399	None:intergenic
ATCGTAACATAACAAAGGAG+GGG	0.606500	4.3:+52126169	MS.gene071130:CDS
GCTAAATCGTAACATAACAA+AGG	0.606945	4.3:+52126164	MS.gene071130:CDS
TTATGATGTTTATGGCACCT+TGG	0.611011	4.3:+52125024	MS.gene071130:CDS
AAATCGTAACATAACAAAGG+AGG	0.612370	4.3:+52126167	MS.gene071130:CDS
CATACCGCTTTGACAAGGTA+GGG	0.613885	4.3:-52125398	None:intergenic
TGTCTTGTCCAAGATATCAA+AGG	0.617651	4.3:+52123922	MS.gene071130:CDS
TTTCTAGGATGCTCGATACG+TGG	0.619384	4.3:+52122670	MS.gene071130:intron
AGGGGATGGGACTAGCCCCA+AGG	0.624304	4.3:+52124867	MS.gene071130:CDS
CACCTCAAAGAACTTAGTGA+AGG	0.629751	4.3:+52124027	MS.gene071130:CDS
GAATGAAAATGGTGTTAGTG+AGG	0.637998	4.3:+52126445	MS.gene071130:CDS
TCTTCCCTACCTTGTCAAAG+CGG	0.642377	4.3:+52125394	MS.gene071130:CDS
TGCAGTGAGAAATTCTAGCA+AGG	0.643300	4.3:-52126580	None:intergenic
AGGATCTTAAAGAAACGTCA+AGG	0.646273	4.3:+52124229	MS.gene071130:CDS
ATGCCTTAAAATCTCCGTTG+TGG	0.655650	4.3:-52123900	None:intergenic
TTGGTCATACCGCTTTGACA+AGG	0.662027	4.3:-52125403	None:intergenic
GATACGTGGATAGGAGTAGG+AGG	0.665547	4.3:+52122684	MS.gene071130:CDS
GTGGATGCTAGTGAAAGCAT+TGG	0.666886	4.3:-52124007	None:intergenic
CAGACACCCATGCATTGTTG+AGG	0.669111	4.3:-52126104	None:intergenic
TGAAAATGGTGTTAGTGAGG+AGG	0.675695	4.3:+52126448	MS.gene071130:CDS
TGACTACCTCAACAATGCAT+GGG	0.680426	4.3:+52126098	MS.gene071130:CDS
ATGGGTGAGTAAAACTACAC+CGG	0.689202	4.3:-52126130	None:intergenic
ACGACCAAAGCTTAACCTTG+GGG	0.696222	4.3:-52124882	None:intergenic
TTGCGCATATCACTAAACTG+AGG	0.729129	4.3:-52124956	None:intergenic
GAGATGTTTAAGGACCACAA+CGG	0.742734	4.3:+52123886	MS.gene071130:CDS
AGGAATGTTAAGTCTCTACG+AGG	0.767381	4.3:+52123942	MS.gene071130:CDS

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr4.3	gene	52118191	52126603	52118191	ID=MS.gene071130
chr4.3	mRNA	52118191	52126603	52118191	ID=MS.gene071130.t1;Parent=MS.gene071130
chr4.3	exon	52118191	52118196	52118191	ID=MS.gene071130.t1.exon1;Parent=MS.gene071130.t1
chr4.3	CDS	52118191	52118196	52118191	ID=cds.MS.gene071130.t1;Parent=MS.gene071130.t1
chr4.3	exon	52122677	52122941	52122677	ID=MS.gene071130.t1.exon2;Parent=MS.gene071130.t1
chr4.3	CDS	52122677	52122941	52122677	ID=cds.MS.gene071130.t1;Parent=MS.gene071130.t1
chr4.3	exon	52123878	52124250	52123878	ID=MS.gene071130.t1.exon3;Parent=MS.gene071130.t1
chr4.3	CDS	52123878	52124250	52123878	ID=cds.MS.gene071130.t1;Parent=MS.gene071130.t1
chr4.3	exon	52124859	52125080	52124859	ID=MS.gene071130.t1.exon4;Parent=MS.gene071130.t1
chr4.3	CDS	52124859	52125080	52124859	ID=cds.MS.gene071130.t1;Parent=MS.gene071130.t1
chr4.3	exon	52125277	52125415	52125277	ID=MS.gene071130.t1.exon5;Parent=MS.gene071130.t1
chr4.3	CDS	52125277	52125415	52125277	ID=cds.MS.gene071130.t1;Parent=MS.gene071130.t1
chr4.3	exon	52126027	52126275	52126027	ID=MS.gene071130.t1.exon6;Parent=MS.gene071130.t1
chr4.3	CDS	52126027	52126275	52126027	ID=cds.MS.gene071130.t1;Parent=MS.gene071130.t1
chr4.3	exon	52126398	52126603	52126398	ID=MS.gene071130.t1.exon7;Parent=MS.gene071130.t1
chr4.3	CDS	52126398	52126603	52126398	ID=cds.MS.gene071130.t1;Parent=MS.gene071130.t1

Gene Sequence

>MS.gene071130

ATGGAGGTGATGATGGTTTAGAAATTGGAGTTGTTGGGTTTAAGGGTGAGGTGAAAGAGTTTAGGTGTGGTGAAGAGTATATGCAACGCTGCCTACTTAGCACGGTTGAGCAATTCTTGGAAATAGATGGAATTAATTGTTTTCCATTTACTATGCAACTCATTAGGCTAGAAAATAGGGCAGATTGCAACTGAATTTGACTTAGGCTAGTAAGTAGGGTAGATTTCCAAAGCTTCACATATTAAGCACAGAAAGTTTAAAAAAGGGCTAATGCATCACGTTTTACCACACAGATTGGTTATTGTATTTGAATTAATAACTTATGCTTCCAAACAAAAAAAAATTGAAATTGAAATTGGCATGTATTTGGCGTTAACTATCAGAAATAAATTGAAATTGAAAATAATATTGGAAAAATAATATAGAGCCTAAAAAAGTGGAAAGTCATCAACAACGTAACTCATTTACCGCACATGAAGAAATTGAAGTTGAAAATAATATTGGAAAAATAATATAGAGCCTAAAAAAGTGGAAAGCCGCATAGCTCTCATTTACTGCACATGTATTGGAAGTGTTGCAACAAACTTTCAAAACAATTTGAATTTCAAATTTCACAATTAGAAGGAGGAAAAAATTAGGGTTGCTTAGGAAGCATTAATTGCATGGAATTAGAGGGAAAAATTAGGTTTAGTGATAAGCAAGACCTAATAAGCTTTAAGAGTAAGTGATAGTTCCTCCCACGAAAAGACCATTTTTAACATGAAACAAATGTATTTTGTTTTTTGGAAAGAAACATGAAACTTAGAATAAGATCATACATTTCTGGACTATGACATATACCTAAGAAACATAGTTTTACCTTTTTCGTATTTTCCCCATGCATGAAGCGACGTCCTTGGCATGGCAGGCCCCTCAATATGACAATGCTATTTCCTTGCAGCAGATACACATTTTTTTTAGGAATCATGTGGATGAATTGTTAGCTTGATTAGCGACCACGCATTCAGATTTTTTTTCCTCCATCAATTACACGGATAGATTCGAGACTTATTTGGAGTTTGGAGAGTGAGCTTTATAGAAACCAACTTTATCGATCAAGAGTTGGACGTAGTTAATATTCGTTGTTAGGACATTCTTATTCGACCGTGGTGTAACATTAGTCTGACCAAAAATTGTTTCATCTAAGAATTGAATTAGATTCTTCCGAACGATTCGCTCACTCATTTATCAGTTATCACTCGAGTTTAATTGTTTGGTTTCTCTCCATTTTTTAAATAAAATAGAAATATTCAATATTATAGTTTTGAAATAAATAAATACATAAACGTACATATTTTTAGAATTGAAGACAATAATTTATACACCAAAACTTTGATAATTGAATAAATGGAAGTGATGGAAAGTGGAGAGAATCTTAACTCATTCGGCCTCATTCCGTTTTAAAAATATATGCATTTATATAATTTATTTACTTCAAAACTATAGTAATAGATAGATATTTCCATTTTATTTTGGAAATAGGGAGGATCTCAATCCTGGGTGAGTCAAGGATCCCAAACCTTGTTGGGTCCAGCATAGAATTGGTTAACAATAAATAATAAACTATGTGATTAATATGTTATTAATTATATACATATTGTAATTCATAACTAAAATCCATGATATGAATTATCATTTTCTTGAGTTTTTGTTTCTTAAGAGAAGAGCTTCTTGTGATTCTGAATTTGTTCGAGAGATAGTAAAGTCTAACTATGTTTGTTCTAGTTAGAATTTAAACTTAAATTCTCCAAACAAATTCATTATTAACTTAAACTCATTACACATTTGATCAAACTAATCAATGAAAAGTTTGGCGTAGCTGAAATATTCGCTAGGACCTTGTTGTTGGTTCAACATAGAAATGATTCACAATAAATAAAAACAACAAATGTATTTAGTCAAACTTTAAACAAAATCTGAGAGAGTAATTCATAATTAATCAGATAAAACAAAATTTTGATTTTCATAGACCACCATGAAATTAAATAAATAAATTATTAATCTATACTAAAATTGTACGAAATGGTTTTATTTTGGTACAATAGAGGACATAGTCCAAAGTCAAGATTAATAAGCTAAAAAAATATGTATTGGCATGCAAGTCTCAAAGACGTCATTAAAGAGAAGCTCACTAAAAAGAATTTTCAACACAAGAATATTTTTAGGCATGCAAGTCTTAGAGATGTTCATGTAATGTTATTTACAAGAACATTTTTGTTGAAGACTTCTCCTAGTGATTTTTAGATATTATCTTTGATGAGAGTGTATGTAAAAGTGTGAGTAGCAAGCTATCTTTGCATGTGATTAAATAAAACATAGAATAAAATCAATTAATTACATTCAAAATTTTAGTAGATTAAGAGTTTAATTGGGACACAAAAATTAGAATATGATATAGAGTAGGAACCAAAATAAAAAATATATAGTATGAATAATTGAAGGGTGATGTTTTTAGCTATGGTATATTAACACTCAAAAGTTACAATATTTTATCCTAGTTTATCAATCTCTTTTCTTTCTAATTTGCGATCTATAATCTCTCATCTCAATTCCATTAACAAATGAACAAAAATCATTGTCGAATGATTTATTTATTTAATAGTCATACAAACCTTTTTAAAGATATAATAGTCAAATCGCATGTTGAATTTCCCTTTGCATGATAAGTTTGATTTTGTGCTCGAAGACTTTTGGCACAAATTGATCAAAATTTATGTTGAAGGTTAAAAATCAACATTCAAGTACTATTGTTTCATCTCTTTGATTGCTTGAAATGTTTTCTAGAAAACAATTGCCTGGTCATCTTTTTTTTTTTTTTTTTTTTTACAATAATTGTCTGGTAATCTAAAATAGCAAAGAAAGAAAGAAAGAAAATTGAAATTGATACTGTAAATACTACAAGAGTTGTATCTATCTTCGATACTATCACAGCCACTTATGTGTTTCTAACAACTCCATAGTTGTATTTTACCTAAATTCCATACTAAAATTATTTAATATTTTTCTTTTCTTTTTGTTTGGTACATACATGCTTTTATTAATGGTGACAGAGAAAAATGTTACTGGTTTTTTTACCTTGAAGAACAACTTCTTTTTTTGTCACCATTAATGAAAATGCTACCTCTAAATAAAATTAATAAAGTGACTATGATTTTTACCACTAAATAAACATAAAAAAGTTGAGTTCAGTTCCTGACGGAAATAATTACTAAACATGTTTTACTAATGTCCAGTAATATTAAAACAAATTTACATTATAAGATTGAATCTTTTATTTATTTATTTTTTTAGTACGAAGATTGATTCTTTTAAAAGTTGGAATATTAAAACAAATTAAATTACGTATACCTACAATATATGTTCATGGTTGTTTCAATTTTTTAAATTAAAATGACACAAATTTGAAGGTGCGTCTAATATAAACATCTCGATCTTTAATGATGAACTTTTACAACTTTTGATAAAAATTAAATTTTATCCTTTAAAATAAAATAAAAATTAAATTTTATAATAATAAAAAATAAAGAAAATCCTTAATTTTTTTTGAGCGAAGATAAACTTACTGCATTTCTTTCTTAAACAGAGAGTACAAGCTAGTAGAAACATCATAAAAGACATGAAGGCTATGATTAGATAGAGCAGCTCTAGCATCCTTAATATTTTCTTTACAAAAAAAAAAAAAAAAAAAAACTTAATATTTTAAAACTTACTAAAAGTAGTAAGCGTCGTATTAAAAACGTAACTAATCAAACGTGGGCAGGACCGTAAGTGTCAGGGAATGTCATGGACAACCAAACTTGAGATGATATTTAAGAATTTACCAAATGATGTTTTCTAAAGTATGAATATTGACAAATAACTCTTTACTGCATAAAATGATCGTTAATTTATCAATTTATGAAGCAAGACACCGGTAGATCTTAATTTGTGAGTTGTATTCCTTTTGTGACTCCACTAAAAGAATAATTGTACTAGCTCCACTAAAAAAATGACACATCATCTATACAAAACCAAAGCCACAAGTATGGCTATATAAATGTCAGCACCCTAACACCTACGAGAAATAATGCAAAGAACTTTTCCCTTATTCTCACTTGCAAAAAACTCTTCCATAATAACATAAGTATCCTTATACAATTCATCCAATGTTGTTGAACTCTTCCTTTAACTCACTTCCTAGTTTCTTCAAATCTCAAGAACTAGGAAGAACTAATAATCTCAGCCATAGAAATGGTTCTCCACTTCTATGTTACGCTACTAATACAAATGTTTCTCAAAAAAGAAAATCAGCCAATTACCAACCCAATATTTGGAATTACGATATCTTACAATCCTTGAAACACGATTATGCGGTAATTCATTTTCTTTTTTGTCAAATAGTTTAGTGGCTAAAAATTCATATTTTCAATGTTACTTACTCGCAATTTATATTTTGTATTATTTCTAGGATGCTCGATACGTGGATAGGAGTAGGAGGATGCAAGAGGAAGTAAGAAGAATGATTAAGGATGAAAATGTAAAGATATTAGAGTTAATCGATACTGTGAAACACTTAGGTCTCAGTTATCAATTCGAAAAGGAGATAGGAGAAGCCTTTGATAGGTTTTTATCTTTTGAAAAATGCAGTGGTTCAAACAATATTGGCAGAAGTCTTCATGAAACTGCCTTAAGATTTAGGCTCCTTCGACAATATGGTTATGATGTTTCACCAGGTGCACATGCATACGTACATGCATCAATTTTAGTTTATAAAAAATGTGCATTATTCTTACCATATTAGTTGGAAAAAAAAATTAGAAATGTAAATTATTTTTTTCAAAAATGTTGTATTTTTCGATGTGTTAATTACCTAAAAAATTACAAATTTATAATTATTATATATGAATAATATAATTAGCAAATTTCATGATATATATTTTCACTGGATAGATATCTATCGATAGATTTTTTATATGATAATTAGCAAGTTTCAATAACGTTCAAATGACCATGATGGAACTGTTGGAAAAGGTTAAATTTACTTCTTTGTGGTGGCTAAAGGCTAATAATGCCACTTTTGCATTTGGTACTCAAAGATGGTGATCGAACACGTTACAATGTCTGGGTATCAACTGACCTTTATTTCTGGTTTTATACACTGACAAATTGTAATTTTGGAGTGACCTTTTGAGTACACCTTGTACTAAAGAGGACTCACTGCCGTTGTTTATATAATCCATTTTTGATTCTTAAAAAAAAAAAAAGTTTCATGATATATATTATATATTTTCAAGTTATTACAACGAGTTTTTTTATATGATATAGTATAGTTTCAATCTAACCGTTAATTTTATAAAATATCTATCGAGTGAAATGTTATAAACCATTATAACCTTACCTAAATATTGTACCATTGTAGTATATGATAAACAGGTGCATCTAATATGAACCACAAAAAAAAAGATTTTAAAAGTAGACCCTCACAATTTTATTAGAACTCAATTTTGAAGATTAGAACATAATTTCCATTTTCAGTTTCAGAAATCTATGTTAAACAATCTCTAAACTATTGAATTACATCAAGACTAACGTTGTATGATAAATATGATGAAGATGTTTTTCTATATGATTAGGACCACAATGATGAAGATCTTTTTTCGTATATACAGATATTTTTGAGATGTTTAAGGACCACAACGGAGATTTTAAGGCATGTCTTGTCCAAGATATCAAAGGAATGTTAAGTCTCTACGAGGCATCATTTCTATCTTATGAAGGAGAACAAATTTTGGACGAAGCCAATGCTTTCACTAGCATCCACCTCAAAGAACTTAGTGAAGGTAGAAGCAGTATCCTCTTTGATCAAGTGAATCATTCATTGGAGCTTCCACTACATCGTAGAGTCCAAAGTCTTGAAACTCGATGGTATATTGATTCATATGAAAAAAGGAAGGACGCAAACAAGGTCTTGCTCGAAGCAGCCAAATTGAATTTCAACATTGTGCAATCAACTCTTCAACAGGATCTTAAAGAAACGTCAAGGTAAAGATTTCGAGTTGAGAATGATTTCATTTTGTTGGGTCGTAAAGAAAGTTTAGTTGATCATCATCAAATTAGATCTTGGGAGTTGAATAATATCTTAATTCAAAACCTTAAGACATTATAGTTTTGAGTTTTTCCATTTATATAGTGTCCAACATCCAATTTTTCCATCTAATATAAGACCCTTTTACTCACATAACATATTTTCACTTGTGTGGTTATTTAAAGCCTAATGTGATGCTCCTCGGGTCCCATCATGTCCCAATGGAGTTATGGTTTGGGAATAAAGTCGTGATCGGGAGCCACGATTCACCTCAAATTTGTAAATGAAATAATAAGTGCAATAATTAGTAAATACAATAAAAAATTGTATTGATTTAATTTTTTTTAACAACAAAAGTCTCAAATGATATACAACAAGCGTCTCATCCATATGTTTTTTTTAGCATATCAAATAAAAACTCATACATTATCCTTTTTTTCTACCCTATTATACCAATTGTATAGCTTATAAAAAAAGATATAATTTATAAAATTTGGGTTTAATTTCATTTTTAGACTTTTTTTTTTAATAAGAAAGAATTCATATTTTTCTTTTACATATGAAGGTGGTGGAAGGGGATGGGACTAGCCCCAAGGTTAAGCTTTGGTCGTGATAGGCTAATGGAATGTTTCTTTTGGGCTGCTGGAATGACACCATTTGAGCCTCAGTTTAGTGATATGCGCAAGGGTTTAACCAAAGTTTCCTCTCTAATTACCTTAATTGATGACATTTATGATGTTTATGGCACCTTGGAAGAATTAGAGCTTTTTACAACTGCGGTAGAAAGGTAAATAAATTTTACTCCCTCCAGTCTTTTTTATAAGAGAAAGTTTGGTCAACAAAAGTTTATGTATCTGGAATGAATTATAAATAAGACCGGGAGTATCACACTATTTGCAAAAAGTCAAAGTAGTGTGAAGTATTTAGAGAGAAAATTGTTGTTAATTACATAGTTTACTAATAGAAAATTATGTTTATTTCAGTTGGGATATTAATGCAATTCAAATTCTTCCGGAGTATATGAAGATATTCTTCTTGGCACTTTACAACACTGTCAATGATTTCACATATGACACACTTAAAGAAACAGGACATGACATTCTTCCCTACCTTGTCAAAGCGGTATGACCAAACTCACATAAAAACCACGTTCACAAAATGGTTAGAACATGTTTAAAACATGTCTTAGGGAAAGAGATTTTGAGCAAAACTAAGTGTTGTTAAAAAAAATAAAAATTTAAAACATGAGCAAGATTTATATATTCACACAGCTAAATAATTTAGATTTAGGTACACATGGTTGACATAAAGTACTCCCCCGGTTATATTTATAAGAAAAAAGCAATTTTTTAGGTATATTGAATAATTCATGTATTTAGCTTATAATTATGATTGGATAAATTAGTTATTCAATGAACTCAAAAAGTTGTTTTTTGCTTATAAATGTGATTGGAGAGAGTAGAAAAGTAAATAATTTTTTTTATATTCATACCCATCAAATTTTAATGGGGCGCAAGTTCGAAGTCACAATTTCCACTTCTTAACAGTTAATTACGTATTATAAACATTAAATTTTATTAATTTTTTCTAGCCAAGACTTGCATGGTTTTTTTAACTGGTTTTTAGCATATATCTCAAATCAGATGAGCTGCACAAATCCATCAAATTTTTCATTTGGTGTTTGTTTCTAAGTTATACTAATATATAGACATGGTTTTTCCAATAAATTACAGTGGTCTGATTTGTTGAAAGCATTTCTACAAGAAGCAAGATGGTGTCACAACAAACACATGCCAAAATTTGATGACTACCTCAACAATGCATGGGTGTCTGTCTCCGGTGTAGTTTTACTCACCCATTCCTATTTTTTGCTAAATCGTAACATAACAAAGGAGGGGCTTGAGTACTTGGAAAATTGTCCTATATTGTTGCAGAGACCGTCCATAATTTTTCGACTTTGCAATGATTTGGCTACTTCATCGGTAAGTAATTTGTGCCTTACCTTAACCATACATGCATATTATCTTACACCATTGTTATAAATAAAAATTAACTTTTTAGATTCATTCAATAAATGATGTATGTGATCTATATAACTTTGTAGGCGGAGTTAGAAAGAGGTGAAGGAGCTAATTCAATTATATGCTACATGAATGAAAATGGTGTTAGTGAGGAGGTTGCTTACAAACACATCCAAAAATTGCTTAATGAAACTTGGAAGAAGATGAACAAAGATCGAGTTATCAATTCACCTGCCTCAAAATATTTTTCAGAGACAATAATCAACCTTGCTAGAATTTCTCACTGCAC

Protein sequence

>MS.gene071130.t1

MEDARYVDRSRRMQEEVRRMIKDENVKILELIDTVKHLGLSYQFEKEIGEAFDRFLSFEKCSGSNNIGRSLHETALRFRLLRQYGYDVSPDIFEMFKDHNGDFKACLVQDIKGMLSLYEASFLSYEGEQILDEANAFTSIHLKELSEGRSSILFDQVNHSLELPLHRRVQSLETRWYIDSYEKRKDANKVLLEAAKLNFNIVQSTLQQDLKETSRWWKGMGLAPRLSFGRDRLMECFFWAAGMTPFEPQFSDMRKGLTKVSSLITLIDDIYDVYGTLEELELFTTAVESWDINAIQILPEYMKIFFLALYNTVNDFTYDTLKETGHDILPYLVKAWSDLLKAFLQEARWCHNKHMPKFDDYLNNAWVSVSGVVLLTHSYFLLNRNITKEGLEYLENCPILLQRPSIIFRLCNDLATSSAELERGEGANSIICYMNENGVSEEVAYKHIQKLLNETWKKMNKDRVINSPASKYFSETIINLARISHC