AlfalfaGEDB | MS.gene32687

M. sativa cultivar XinJiangDaYe / MS.gene32687

KEGG: K11643
GO: GO:0000166 GO:0003674 GO:0005488 GO:0005524 GO:0008144 GO:0017076 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0043167 GO:0043168 GO:0097159 GO:0097367 GO:1901265 GO:1901363
PFAM: PF00176.26 PF00385.27 PF00628.32

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32687.t1	RHN70583.1	98.2	570	9	1	1	570	1	569	0.00E+00	1127.1

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32687.t1	Q9S775	75.3	572	120	8	1	570	1	553	2.5e-242	839.3

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32687.t1	A0A396J1I5	98.2	570	9	1	1	570	1	569	0.0e+00	1127.1

TFs/TRs:

Gene ID	Type	Classification
MS.gene32687.t1	TR	PHD

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene051795	MS.gene32687	0.852642	4.04E-61	-1.69E-46
MS.gene051826	MS.gene32687	0.86124	1.18E-63	-1.69E-46
MS.gene056302	MS.gene32687	0.802074	6.67E-49	-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.gene32687.t1	MTR_3g106210	97.387	574	13	2	1	574	1	572	0.0	1167
MS.gene32687.t1	MTR_3g106210	97.387	574	13	2	1	574	1	572	0.0	1167
MS.gene32687.t1	MTR_3g106210	97.387	574	13	2	1	574	1	572	0.0	1165
MS.gene32687.t1	MTR_3g106210	97.387	574	13	2	1	574	1	572	0.0	1165
MS.gene32687.t1	MTR_1g013190	75.916	573	128	5	1	570	1	566	0.0	877
MS.gene32687.t1	MTR_4g096930	41.372	481	241	9	107	572	553	1007	1.01e-105	350
MS.gene32687.t1	MTR_5g090090	43.624	447	214	8	136	565	455	880	4.20e-103	340
MS.gene32687.t1	MTR_5g090090	43.624	447	214	8	136	565	455	880	2.04e-102	339
MS.gene32687.t1	MTR_3g053910	41.611	447	223	7	136	565	438	863	4.21e-101	336
MS.gene32687.t1	MTR_3g053910	41.611	447	223	7	136	565	409	834	4.23e-101	336
MS.gene32687.t1	MTR_4g118845	41.581	291	143	6	288	574	186	453	2.73e-60	216
MS.gene32687.t1	MTR_2g020000	41.379	290	145	4	288	574	189	456	6.74e-60	215
MS.gene32687.t1	MTR_4g118845	41.319	288	144	4	290	574	1	266	7.59e-60	214
MS.gene32687.t1	MTR_1g105050	40.127	314	146	6	263	555	341	633	3.66e-59	213
MS.gene32687.t1	MTR_5g005840	40.328	305	140	6	272	555	337	620	1.11e-57	209
MS.gene32687.t1	MTR_5g020000	37.540	309	157	6	257	549	152	440	3.23e-53	194
MS.gene32687.t1	MTR_7g090960	39.649	285	146	5	281	555	570	838	7.77e-53	195
MS.gene32687.t1	MTR_7g090960	39.649	285	146	5	281	555	489	757	7.92e-53	195
MS.gene32687.t1	MTR_4g118720	38.782	312	147	7	282	574	997	1283	6.83e-50	187
MS.gene32687.t1	MTR_1g053955	39.085	284	142	4	284	557	515	777	1.17e-48	183
MS.gene32687.t1	MTR_7g078090	36.332	289	145	3	282	552	986	1253	9.06e-44	168
MS.gene32687.t1	MTR_8g030550	34.948	289	148	3	282	552	979	1245	1.84e-42	164
MS.gene32687.t1	MTR_8g030550	35.294	289	147	3	282	552	979	1245	2.12e-42	164
MS.gene32687.t1	MTR_8g030550	35.294	289	147	3	282	552	979	1245	2.13e-42	164
MS.gene32687.t1	MTR_1g035330	37.226	274	145	6	290	553	195	451	3.72e-41	159
MS.gene32687.t1	MTR_7g039320	37.885	227	127	3	288	512	37	251	6.25e-41	159
MS.gene32687.t1	MTR_7g039320	37.885	227	127	3	288	512	37	251	7.32e-41	159
MS.gene32687.t1	MTR_7g045505	37.838	259	133	5	316	558	16	262	2.71e-40	157
MS.gene32687.t1	MTR_7g045505	37.838	259	133	5	316	558	16	262	3.00e-40	157
MS.gene32687.t1	MTR_1g069755	30.675	326	179	7	274	557	366	686	7.53e-36	144
MS.gene32687.t1	MTR_4g035100	32.292	288	148	6	289	553	1449	1712	4.26e-32	133
MS.gene32687.t1	MTR_4g035100	32.292	288	148	6	289	553	1449	1712	4.46e-32	132
MS.gene32687.t1	MTR_4g078495	31.615	291	147	9	293	556	134	399	4.51e-28	120
MS.gene32687.t1	MTR_4g078460	31.615	291	147	9	293	556	420	685	7.66e-28	119
MS.gene32687.t1	MTR_4g078460	31.615	291	147	9	293	556	420	685	9.92e-28	119
MS.gene32687.t1	MTR_8g094070	30.945	307	144	10	290	556	385	663	1.90e-26	115
MS.gene32687.t1	MTR_8g094070	30.945	307	144	10	290	556	385	663	2.46e-26	114
MS.gene32687.t1	MTR_5g004720	28.276	290	164	6	290	553	184	455	9.47e-26	112
MS.gene32687.t1	MTR_1g080420	27.907	301	171	8	290	556	582	870	1.55e-21	100
MS.gene32687.t1	MTR_1g080420	28.188	298	168	8	290	553	713	998	2.16e-21	99.8
MS.gene32687.t1	MTR_7g101465	26.087	483	270	19	53	501	48	477	2.43e-21	99.4
MS.gene32687.t1	MTR_4g124090	26.596	282	167	9	290	556	174	430	1.28e-16	84.0
MS.gene32687.t1	MTR_2g084630	23.885	314	149	7	312	559	400	689	4.35e-16	82.4
MS.gene32687.t1	MTR_7g089190	25.155	322	182	11	266	555	199	493	4.97e-16	82.0
MS.gene32687.t1	MTR_2g084630	23.885	314	149	7	312	559	406	695	5.12e-16	82.4
MS.gene32687.t1	MTR_2g437480	26.087	299	181	9	287	555	508	796	1.71e-15	80.5
MS.gene32687.t1	MTR_8g037345	25.989	354	203	13	233	549	309	640	3.96e-15	79.3
MS.gene32687.t1	MTR_1g044120	24.567	289	151	8	312	558	536	799	1.37e-14	77.8

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32687.t1	AT2G25170	75.350	572	120	8	1	570	1	553	0.0	849
MS.gene32687.t1	AT2G25170	75.350	572	120	8	1	570	1	553	0.0	849
MS.gene32687.t1	AT2G25170	75.350	572	120	8	1	570	18	570	0.0	848
MS.gene32687.t1	AT2G25170	75.350	572	120	8	1	570	27	579	0.0	847
MS.gene32687.t1	AT4G31900	60.825	485	145	11	98	575	43	489	0.0	569
MS.gene32687.t1	AT4G31900	60.825	485	145	11	98	575	43	489	0.0	568
MS.gene32687.t1	AT4G31900	63.590	390	108	6	187	575	92	448	5.08e-162	493
MS.gene32687.t1	AT2G13370	42.058	447	221	7	136	565	463	888	9.72e-100	332
MS.gene32687.t1	AT2G13370	42.058	447	221	7	136	565	463	888	9.72e-100	332
MS.gene32687.t1	AT2G13370	42.058	447	221	7	136	565	463	888	9.72e-100	332
MS.gene32687.t1	AT5G44800	42.472	445	221	10	136	575	552	966	1.39e-98	329
MS.gene32687.t1	AT5G18620	42.268	291	142	4	288	575	192	459	7.21e-62	221
MS.gene32687.t1	AT5G18620	42.268	291	142	4	288	575	192	459	7.54e-62	221
MS.gene32687.t1	AT3G06400	42.069	290	143	4	288	574	187	454	8.50e-61	218
MS.gene32687.t1	AT3G06400	42.069	290	143	4	288	574	187	454	8.54e-61	218
MS.gene32687.t1	AT3G06400	42.069	290	143	4	288	574	187	454	8.91e-61	218
MS.gene32687.t1	AT3G06010	40.187	321	150	6	256	555	361	660	1.32e-59	214
MS.gene32687.t1	AT5G19310	42.509	287	130	4	282	555	114	378	1.31e-58	209
MS.gene32687.t1	AT5G19310	42.509	287	130	4	282	555	378	642	6.07e-58	209
MS.gene32687.t1	AT3G57300	38.462	286	150	5	280	555	577	846	1.63e-51	191
MS.gene32687.t1	AT3G57300	38.462	286	150	5	280	555	577	846	1.63e-51	191
MS.gene32687.t1	AT3G57300	38.462	286	150	5	280	555	577	846	1.93e-51	191
MS.gene32687.t1	AT5G66750	38.000	300	151	7	277	561	190	469	5.69e-51	187
MS.gene32687.t1	AT3G57300	36.721	305	162	6	280	555	577	879	9.92e-50	186
MS.gene32687.t1	AT3G12810	38.384	297	150	4	284	569	526	800	5.98e-49	184
MS.gene32687.t1	AT3G12810	38.384	297	150	4	284	569	530	804	7.14e-49	183
MS.gene32687.t1	AT2G28290	38.782	312	147	6	282	574	746	1032	7.75e-49	184
MS.gene32687.t1	AT2G28290	38.782	312	147	6	282	574	747	1033	8.43e-49	183
MS.gene32687.t1	AT2G28290	38.782	312	147	6	282	574	746	1032	8.50e-49	183
MS.gene32687.t1	AT2G28290	38.782	312	147	6	282	574	746	1032	8.50e-49	183
MS.gene32687.t1	AT2G28290	38.782	312	147	6	282	574	746	1032	8.68e-49	183
MS.gene32687.t1	AT2G28290	38.782	312	147	6	282	574	747	1033	8.76e-49	183
MS.gene32687.t1	AT2G44980	36.156	307	167	6	268	558	29	322	3.41e-44	169
MS.gene32687.t1	AT2G46020	33.846	325	174	3	246	552	939	1240	3.77e-43	166
MS.gene32687.t1	AT2G46020	33.846	325	174	3	246	552	939	1240	3.77e-43	166
MS.gene32687.t1	AT2G46020	33.846	325	174	3	246	552	939	1240	3.77e-43	166
MS.gene32687.t1	AT2G02090	36.949	295	153	7	290	574	213	484	7.46e-43	164
MS.gene32687.t1	AT2G46020	34.154	325	172	4	246	552	939	1239	7.66e-43	166
MS.gene32687.t1	AT2G46020	34.154	325	172	4	246	552	939	1239	7.66e-43	166
MS.gene32687.t1	AT2G46020	34.154	325	172	4	246	552	939	1239	7.66e-43	166
MS.gene32687.t1	AT2G44980	35.714	308	168	7	268	558	29	323	6.01e-42	162
MS.gene32687.t1	AT2G44980	35.410	305	164	8	268	558	29	314	2.72e-40	157
MS.gene32687.t1	AT3G54280	33.101	287	145	7	290	553	1482	1744	7.30e-33	135
MS.gene32687.t1	AT3G54280	33.101	287	145	7	290	553	1451	1713	9.30e-33	135
MS.gene32687.t1	AT2G18760	32.558	301	163	7	290	557	444	737	1.85e-32	134
MS.gene32687.t1	AT2G18760	32.558	301	163	7	290	557	385	678	2.52e-32	133
MS.gene32687.t1	AT2G18760	32.558	301	163	7	290	557	385	678	2.52e-32	133
MS.gene32687.t1	AT2G18760	32.558	301	163	7	290	557	385	678	2.52e-32	133
MS.gene32687.t1	AT2G18760	32.558	301	163	7	290	557	385	678	2.52e-32	133
MS.gene32687.t1	AT2G18760	32.558	301	163	7	290	557	385	678	2.52e-32	133
MS.gene32687.t1	AT2G18760	32.558	301	163	7	290	557	385	678	2.52e-32	133
MS.gene32687.t1	AT1G03750	31.271	291	148	7	293	556	142	407	7.97e-31	128
MS.gene32687.t1	AT5G63950	31.579	304	144	10	290	556	377	653	1.07e-29	125
MS.gene32687.t1	AT5G63950	31.507	292	143	10	290	556	377	636	2.05e-26	115
MS.gene32687.t1	AT3G19210	26.351	296	170	7	290	557	180	455	5.43e-24	107
MS.gene32687.t1	AT3G19210	26.552	290	165	7	290	551	180	449	9.40e-24	106
MS.gene32687.t1	AT3G19210	26.014	296	171	7	290	557	180	455	9.50e-24	106
MS.gene32687.t1	AT1G48310	27.219	338	195	11	232	556	129	428	1.68e-20	96.3
MS.gene32687.t1	AT1G48310	27.219	338	195	11	232	556	129	428	1.74e-20	95.9
MS.gene32687.t1	AT1G48310	27.219	338	195	11	232	556	134	433	1.98e-20	95.9
MS.gene32687.t1	AT1G48310	27.219	338	195	11	232	556	129	428	2.73e-20	94.7
MS.gene32687.t1	AT1G08600	28.387	310	158	11	290	556	719	1007	5.07e-20	95.1
MS.gene32687.t1	AT1G08600	28.387	310	158	11	290	556	719	1007	5.07e-20	95.1
MS.gene32687.t1	AT1G08600	28.387	310	158	11	290	556	719	1007	5.07e-20	95.1
MS.gene32687.t1	AT1G08600	27.090	299	155	8	290	556	719	986	1.92e-19	93.6
MS.gene32687.t1	AT5G22750	24.342	304	157	8	312	559	416	702	7.24e-17	85.1
MS.gene32687.t1	AT2G21450	32.000	200	123	5	290	485	265	455	8.84e-17	84.7
MS.gene32687.t1	AT2G21450	32.000	200	123	5	290	485	272	462	9.13e-17	84.7
MS.gene32687.t1	AT2G21450	32.000	200	123	5	290	485	174	364	9.72e-17	84.3
MS.gene32687.t1	AT1G02670	27.519	258	142	9	252	491	59	289	1.54e-15	80.5
MS.gene32687.t1	AT1G02670	27.519	258	142	9	252	491	86	316	1.65e-15	80.1
MS.gene32687.t1	AT1G02670	27.519	258	142	9	252	491	59	289	1.78e-15	80.1
MS.gene32687.t1	AT1G02670	27.519	258	142	9	252	491	86	316	2.17e-15	80.1
MS.gene32687.t1	AT1G02670	27.519	258	142	9	252	491	86	316	2.42e-15	79.7
MS.gene32687.t1	AT1G11100	22.368	304	150	8	312	555	567	844	2.94e-15	80.1
MS.gene32687.t1	AT1G11100	22.368	304	150	8	312	555	424	701	3.14e-15	79.7
MS.gene32687.t1	AT2G16390	27.801	241	162	5	265	503	325	555	4.61e-15	79.3
MS.gene32687.t1	AT2G16390	27.801	241	162	5	265	503	328	558	4.87e-15	79.0
MS.gene32687.t1	AT1G02670	27.490	251	137	9	252	484	97	320	5.98e-14	75.5
MS.gene32687.t1	AT1G02670	27.490	251	137	9	252	484	86	309	9.05e-14	74.7
MS.gene32687.t1	AT3G16600	23.735	257	176	5	290	526	53	309	1.88e-13	73.9
MS.gene32687.t1	AT3G24340	25.402	311	178	13	289	557	576	874	3.01e-13	73.6
MS.gene32687.t1	AT5G43530	23.368	291	157	10	312	559	684	951	3.10e-13	73.6
MS.gene32687.t1	AT3G20010	24.324	259	147	7	343	555	417	672	1.29e-12	71.2
MS.gene32687.t1	AT3G20010	24.324	259	147	7	343	555	417	672	1.29e-12	71.2
MS.gene32687.t1	AT3G20010	24.324	259	147	7	343	555	417	672	1.29e-12	71.2
MS.gene32687.t1	AT3G20010	24.335	263	150	7	339	555	122	381	1.40e-12	71.2
MS.gene32687.t1	AT3G20010	24.324	259	147	7	343	555	417	672	1.48e-12	71.2
MS.gene32687.t1	AT3G20010	24.324	259	147	7	343	555	417	672	1.48e-12	71.2
MS.gene32687.t1	AT3G20010	24.324	259	147	7	343	555	417	672	1.48e-12	71.2
MS.gene32687.t1	AT3G20010	24.335	263	150	7	339	555	147	406	1.53e-12	70.9
MS.gene32687.t1	AT5G05130	25.333	225	133	4	337	552	355	553	6.42e-12	68.9
MS.gene32687.t1	AT1G50410	22.925	253	152	7	343	552	346	598	1.27e-11	68.2
MS.gene32687.t1	AT1G50410	22.925	253	152	7	343	552	346	598	1.62e-11	67.8
MS.gene32687.t1	AT1G50410	22.925	253	152	7	343	552	346	598	1.62e-11	67.8
MS.gene32687.t1	AT1G50410	22.925	253	152	7	343	552	346	598	1.62e-11	67.8

Find 0 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
24279	gene	1385	9724	1385	ID=MS.gene32687
24279	mRNA	1385	9724	1385	ID=MS.gene32687.t1;Parent=MS.gene32687
24279	exon	9578	9724	9578	ID=MS.gene32687.t1.exon1;Parent=MS.gene32687.t1
24279	CDS	9578	9724	9578	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	7918	8055	7918	ID=MS.gene32687.t1.exon2;Parent=MS.gene32687.t1
24279	CDS	7918	8055	7918	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	7665	7831	7665	ID=MS.gene32687.t1.exon3;Parent=MS.gene32687.t1
24279	CDS	7665	7831	7665	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	7222	7383	7222	ID=MS.gene32687.t1.exon4;Parent=MS.gene32687.t1
24279	CDS	7222	7383	7222	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	6166	6413	6166	ID=MS.gene32687.t1.exon5;Parent=MS.gene32687.t1
24279	CDS	6166	6413	6166	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	5969	6064	5969	ID=MS.gene32687.t1.exon6;Parent=MS.gene32687.t1
24279	CDS	5969	6064	5969	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	5362	5504	5362	ID=MS.gene32687.t1.exon7;Parent=MS.gene32687.t1
24279	CDS	5362	5504	5362	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	5082	5288	5082	ID=MS.gene32687.t1.exon8;Parent=MS.gene32687.t1
24279	CDS	5082	5288	5082	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	4849	4956	4849	ID=MS.gene32687.t1.exon9;Parent=MS.gene32687.t1
24279	CDS	4849	4956	4849	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	3731	3781	3731	ID=MS.gene32687.t1.exon10;Parent=MS.gene32687.t1
24279	CDS	3731	3781	3731	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	3524	3623	3524	ID=MS.gene32687.t1.exon11;Parent=MS.gene32687.t1
24279	CDS	3524	3623	3524	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1
24279	exon	1385	1548	1385	ID=MS.gene32687.t1.exon12;Parent=MS.gene32687.t1
24279	CDS	1385	1548	1385	ID=cds.MS.gene32687.t1;Parent=MS.gene32687.t1

Gene Sequence

>MS.gene32687

ATGAGTAGCTTGGTTGAAAGACTTCGTGTACGATCATCGGATCGCAAGCCAATTTATAATCTTGATGAGTCAGATGATGAAGATTTTTTGCTTAAAAAACCTGGGACAAGTCAGGAAAAGTTTGAGAGGATTGATAGAAGTGATGCGGTACGATACTTGGTTCCCTTTTATGTTTAAATGCCTTTTCATTTGAGCTTGTTATACTTATTTTTCTTGAATCTTGCTTAGGTATTTGTGTTCGGTGCATTGTTCAGTGCCTCATATGGTCACTGATAGTTATAATTTTTGCGTGACACGATAAACTCGTATAAACTTGTTTGAGGCTTTGAGCTGTTCTGTGTATAGGAAATTCTAGTTCAATTTGAGTTTTGCCTGGTAAAATTTAAAGATATGAATATTCCTGACTTTATATTGATTGGTAAAAAGTGTAGTGGTGCACAGTTTTCCCTTAAACACTGGAATTTGGTATGGAAGTATAATAATACAAGTGATATGAATTGACCAAGGTTTTTAAAGGCAAAAGAATCCGGCCCTATGGAGCTTTGATGCCTTTTGTTGAGCGGCACAAATAACTAACAAGCGCATGTCTCTATGAATGTAGTTGTTAATATTCGAAAAAGAAGAAAGCAGTAAAATATTTTGGTTTTTAACATTATTCACATTTAATTAGAACACTCAAATAGGCAAGCAAGTTCAACATTCATATTTCATATTAAAAATAAACATTGGTGTTTCACCTTCAATTTACATCCCATGAGTTTCTTGCTCCGAAGAGTCCCAAAAACTCTTTTATAATTTTCTACATATTTTATCACTTTCAAGATTACAGTTAGCAAGTTAAATGCCCAGGCTGTTGGTTTTTAACAGCTATCATTATCGTGTTGATGGAGTTAGATGTGTGTGCCTCACTAATGGGGCAGTGCCTCAACTGGAAAGAGGTTCTTCTCCTTTCTAGCTTATTGCCTGTGCCGTAGGAGTGCCTTTGACGACACTGTTCCCAGCATGTTTTACACTGTAGATTTTACCCATTCTGAGAGACTCAGATGACATGGGATAGTCTTCTTAGCTTCTTTTTAGTCATCTGGTTACGACTATTTATGAATTCAGAAGTTTCTTTGTTCGATGCTAGAGGACGTCGGCAAACCTTGTTCACTAGATATATTTTTCTTGTTTATTCTGATTTTTTTCCTTCCTTTTTTTGGTTTCTATGATGAAAATGTTATCCTAGGTAGTAAACGGAGTTATTTTTTGGTACATACATACTAGGAATATTGATATGCATTTTTTCTCATTTATAATCAGTTTTGTTTGGTAAACCAATGAACTTTATTGTAACGAAAAGAGGATTACCAACAGTTTTTGTAGCACAAGTTGTGCTTAATCCATAAACAAAATCACACACGGGATTCCTGCCCCGTGTACCATATTCCAGACAACACAACAATGTAAATCAGCAGACCCAAATAAACTGCCCCCACACAACAAATTTCCCCAAGAGCCAAGTTTTACTGGACCCAAGACATATATGGTGTAAACCTTTATGACATTGTTTGATATAGTTGGCATCTTTGCATATATTTGGTGTCCTTGCTTTACACTAGTTAATGTTTTATACTCAATACTCATTTTTCATCACTTCATTTTTTGATCTTTCTATCTTTTTATTTAGAAAGAGGATTTATGTCAAGCATGTGGTGAAAGTGGAGATCTCCTGAGTTGTGCAACCTGCAACTATGCTTACCATTCCAGGTGTTTACTTCCACCACTTAAAGGTCCTGCTCCTGACAACTGGAGGTGCCCTGAATGCGTGAGTGTTTATGCTTCTATAACAATTTATAATATATTTTTGCTTGAGTGACGACTATATTTTAAATTTTTGTTTTGTTTTTGCAGGTTACCCCCCTTATTGATATTGATAAGTTATTAGACTGTGAGATGCGCCCTACTGTAGAGGGTGATGGTGGCGGTGACAGTGACGCCGCAAAATCTGGGTCAAAGCAAATTTTTGTTAAACAATATCTTGTTAAGTGGAAGGGACTATCATATCTGCACTGTACATGGTAAATTCGTTGGATCCTATCACTTATTGTGTTCTGCCTTTCCATAGGGTTTATTACACCTTCAATTCTTATGTATTAATTTGTAATCCTCGTATTTTTCATCTACTTTTGTATCACTTTAGATTGTAGTTTTCAACAATATCATCTTCATTTCTTTTTGCTTTTGAATGTTCTTATTTTGGTTTTTTATTTAAGTTTTATTATCTAGTTTTTTTTTTTTTTTTAAAATTATTTTGGGTATTGTCAATTTACCTCCTACCTTTTCCCCCCCCTCCCTTTAGGGTGCCAGAGAAAGAGTTTCTGAAAGCTTTCAAGAGTCATCCTCGCCTGAAGACCAAAGTGAACAACTTCCACCGTCAAATGGCATCCTCCAATACGTCAGATGAAGACTTTGTTGCCATTCGTCCTGAATGGACCACCGTTGATCGAATAATTGCTTGCAGGTTCAACTGTGTGACAATTTATTTTCCTCTTCTATATGCAAAATAAAATGAGATGATTCTGTTCCCGTTATCTGGATAAAGTCTGTAACTGGAATATTTTAAATTTTCCAGCATTTGAGTGACAAAATGTTTCTCAGGATTTCGGGTAGTGTAGATGTGTTAGCCGTTAGGTCATGTCAAGTCAAAACTCTCTCATTCTTGACATTAGGTTGACATCAGGTGTTTGCAAGCATCTGGCACTTGCACCCTTGATAATTTTTTGGGAAATGCAAAACTTAGCTCCAAACGTTCAATGATGTGATATTATGTTGATAAACACGTATAGCGACCAAGACATTTCTAGCTATGCAGTTTAATAGTGGATGGTAACTTATGTTTTAAATAACACAATGTACGTTAAAATGTAGTTCTGTGATGAATCGTTAAATATTTTTTACACTGTTTGAAATGGTAGACTTGATCCACTTCATTAGAACTTTCAATCCAATTGGATTGATAAAAATGGAGGGGTGATTTGTAGACTAGATCCATTTTATCAGAACTTCCAATTCAGTTGGATTGATGAAATTTATTAAAAGGTGTAAATAAGACTTGAACATGTTGTAAGTTAGTCCTGTCACGGTCTATGTGTGTGTGTGTTTAACTCTGTTTTTCTTCTAGTCATCCCCACTCATATTGTCATCAGTCATATTTGGTTGTGCAACCTAATGGCTTAGAAAGCTTGCTTAATTGGTTTGTTCTAATATTTCCAATAACATTGCTGACAAATGCATGCATTTTCATGGAATCTGTTGTTTGAATGGCACAGGGGTGATAACGATGAGAGGGAATATCTGGTGAAGTGGAAAGAGCTTCCATATGATGAATGTTATTGGGAATCTGAGTCTGATATTTCTGCATTTCAGCCGGAAATAGAAAGATTCAATAGATTTCGTTCTAGATCGAGCAAACTTGCTTTCATTAAGCAAAAAAGCCGTGTTAATGATGACAATGAATTGAAGAAACAGCAGAAAGAATTTCATCAGTATGAACATAGCCCCGAGTTTCTTTCAGGTGGTATTTTTTGTAACTGCCCTATTCTTCTGGCAGCATTATGCTTTTATTTTTCAGATCTGGATGATCTCGATTGGCTGATATAAAATTTCATATTGGTGAAGGTTCTCTACACCCATATCAGCTTGAAGGCTTGAACTTCTTACGATTCTCTTGGTCCAAGCAAACACATGTTATACTTGCTGATGAAATGGGACTTGGTACTTTTTCTCTCTTATTCTCTACCCACATATTCCCTTGTTTTTGGGAAGATAAAAGTTTAATGGGATGGTAGGATACTCCATTCCCAAGGAAAGGGTATATCACATGCAACAGTGTGGGCTTCTATTGTTTCTTAATAACTATTCAATCAAAGTATTGTTGCAAGCAGAACCAAGTGCATTGAGCTAATGCTTTATACCAAATTTGTCATAATTGGACCGAAGGCCGAACTGGTGAGACCTCTGGGTCATGGTTCAATTGGTTCAACCAGTTGAACCAGATGTGTAATAAATAAATACACAAAAAAGCAAAAACAAACACTTGTTGAATCAACCGCAATTGAACCGTGATTCAGTGTTCAACCCAGTTCCACCCGGTTCTAGGGACCAAGAACCAATTACTAATTTGTAGTTTCTAGAGAATTACAGTATTGCACCATGATGAATTAGTTTTACACCTGCAGGAAAAACTATACAAAGTATTGCTTTCTTAGCATCCCTTTTTGAAGAGGGTGTCTCTGCACATCCACATTTGGTGGTTGCTCCACTTTCAACACTGCGAAACTGGGAACGTGAATTTGCAACATGGGCCCCTCAAATGAATGTTGTATGTATATGGAGATTGTCAGTAATATTTCATTTTGATATATACTCTTTTAATTGTATGTTTGTTATTGCAGATTATGTATGTTGGATCTGCCCAAGCTCGTAGTGTTATCAGAGAATATGAATTTTACTTTCCCAAGAAACTGAAGAAGAACAAGAAAAAGAAATCTATAGTTAGTGAAAGTAAGCATGACAGGATTAAGTTTGATGTCCTTTTGACATCATATGAGATGATCAACTTAGACACAACGTCATTAAAACCTATAAAATGGGAGTGCATGGTAAGATACGCTTACTGTTACATTACGAGACAAGAAATATTAGTTTTCCAGTTACCTCTATTACTTCTATTCACATTTTTGGTTTCTCCATTATGCTGATGGTCTACACCTACATGTATATGTAGATAGTTGATGAAGGTCACCGCCTCAAAAATAAGGATTCAAAATTATTTTCTTCATTGAAGCAATATTCTACCAGACATCGTGTGCTCTTGACTGGAACTCCTCTTCAGGTCCAATTTGAATCATGTCATACTGGTTTAGTGTGAACTCGTGTCCTAATTTTCTATTATTGGTTAATTGAACTGTGTTTTTGTTTTGTTACTTTTGCTGGCTGGTTGTTCTCGACAGATTGTTCTGTGCACACTGACTAATACTAAGAGTTCCATTTTCTAAATTTGGGTCATACAATTTTTATTGCATTTCTGATTTTTGAATTGGCCATAAATTCCTACATAAAGGAAGTTGCTATTCCCCACCCCCTTATTGCTCAATTTTCAGAAAACCCCACCGGAAGATGGATTCTAGTAGGTCTTGGGAGTAAAAAAACACGCTCGGGGTGGTGTGGGGGGTGGTGGGTGGGTGGGGTGAGTCGCGTCCAAACATAAAAGCATGTCTATGTTTTTTTATGTATTTAACTAGTCTTTTGTTACCTTGAATTTAGCATGAATGGCCATCGTAATATGTTGTTGGCTTAACAGGTATACCGTCACTCCAATATATGTGTGTACATTAGTTTTGCACACATACTATCATCATTATGTCACTAATATAAGGTCAAAGGACCTGTAAAAGAGTAAATATATATCGAGGCGAAGCTCTCAAAAGATCCAGCTTTTTCATCGTAAGATGCACAGTGAGACCAACCTTCATTTATTAATCTGCAATAAAACTAATTAAGTTAACTGAAAGTCAATTCCACTACCTTTAATCAGCAATAAAACTAATTGTTAAAAGAATATTTGAAGTTAGATTATGTTATCAAATGAAGATTGAACATACTGTGAGTCTTGACTTGAATTTATGGTTTGTATTTCTGCATGTCTACAGCAACAAAGTTGTACAATTTTGCATTTTTGATTAGTTAATTTGTTTTAAATATGAATTTTACAACTCTACTCATCTAAATAGAAGGGTTGTATTTTTTGAATTTCTTGTATAAGTTTAGTAATTTACAGATGCTTACTTGTCTTTTACACGTCATAATATACATACTTTTAATTTAAAGAATGGCTGCATATATTGAATTTATCTGTGGGAGATGTAATGTACTAATGATAGCTTGTCTTATGCATTACAGAACAACTTGGATGAACTTTTTATGCTTATGCATTTCCTTGATGCGGGGAAGGTTAGTGCGTGGAATGTGCTATAAGATTAACCATGATTTTAAGTTATTGAATAATTTTCTCTTCATTATCACAAGTATCTATTGACTTTATATTTGACTGCTGCCAGTTTGCAAGTTTAGAGGAATTCCAAGAAGAATTCAAGGATATCAATCAAGAGGAACAGATTTCAAGGCTTCATAAAATGCTGGCCCCGCATCTTCTGCGAAGTATGCATTACAATCTTGAATATCTGTAGCAAATACTATTACTATTGGAACTCAAGTATTTTATTCTAATGAAAGGGCACTTCTTTTATTGGAAAAAGTACACAAAGTCAAGTTCTTAAATCAAGTGGTGATATACTAAAATACATAAAAAAACTAAATATATAATCAACTACTCCCTCCGTTTTTTATCTTTTGATGTTTTAGCTCTTGGCACAAGTCTTAAGGAGTAATTAAATTATATAAATATTTGTATGTTATAGACTAAAATGTCCTTATTTATGATTAAATTCACATGTGATAAACCAAAGGTCCCAACTCCTTTAATAGTTTTATGGTGTGTTTTTCAACAAGGGTAAACTTGGGAAAAAATATTGAATATACTAAAACATCAAAAGGAAAAAATGAAGGGAGTACTATCAATAATAAAAACTAATAAAACTATCAATAATAATAATTACTAAATTATTTCAACAATAACTACCTGCTTGGTTAAACAGAGAGAAGGGGAGGAGAAGGGAGGGTTTGCAAAATGCTGTGTCTAGTTGGACAAGGGGATGGATTTTAATAGAGGGAAGTTTAAAATTATATTTTTCAATAATGAAGACAACATTAAATATAAGGGTATTTAAGTCTAAACTGAAACAAGTATTCCCTCCTCTCCAAATCCCCCTCCACTTTTGATTTTGCTCCCCTCCCCTCCGTTCCCCTCCCCCCAAACAGATGGTAAGCGGCACAATTTCTCTTGATTTTGGTTGCCTGGATTATCATTGACTAATCTCATTATTCCACTGAGCCTACGGGTGGAAGTTGTTTCTTATGGCATTTGCATGTTGCTTATACATATTCATTCATTCATTGCTTGAACAATGGTGAATATAAACTTGGTTTTGTGGTGTTTAGGCCCAATACCTAAGATGGTACCAGCGTCTATCCTACATTTGTTGTTGGGCTGTACTCATTCTCCATATTCCAGGCCCATGTGCATTAGGGGTATATTTGAAATCTGTCTCGTGGCTATTCCTGTAGTCTGTTATCTTCGTTACAACAGTACAACACCTTTCGTGTGCTGGGTTGTGGGGCATAAGACCATTAGCCACAGTAATGTGATGTTTACAGGACAAAGCAAGATAGGATGAAAAAATAAATAGGGACAAGGGGTCATATAATCAGTGGCACTAGGGTCATATAATCTAAGTTTAGCGATCTTTGGAATCACTAAAGGATGAGAAAGTAAAATTCTTTCTAGTCATATGAGAGAATGAGTGTCAGAGATCATACAGAATACATATACCAGGTAGAATAGCTACAAAACGAAGATTTCGATTTAGAGTAAGGAACCCCCTTGAAACTAACATAACTGCCAAGTTCAACTTATACTATAAGAGAAACTATCAGGAAAGATTTAGAGGTTAACGAGTTGGATCCAAATATGGTTTTATGATAGAACACTATGGCGTAATTTGATCCATGTAGCCGACCCTACTTGGTGGGATAAGACATGGTTGTTGTTGTTGTATATGTGTTTATAGCTTTAATATATAAGTACACTTCTTTCCTACTAGTAGGATTTTATGATCCGTGCTACGATTCATTCTTTACGATCTTTCAACCTCTTTCAATCTTGCGCAGACTCTCGATTTTTAAAACATTGTTAAACCAGCTTTAGTGTTAATATATAGGCTAACCTGAATATATACTCATTTTTATATTAATATTATTTTTGGAAGGTCACGGGTTCAAGTCCTGGAAACAGCCTCTTGTGTAAAAAACAGGGTAAGGCTGCGTACAATACACCAAATGGTGGGACCCCTTCCCGGACCCTGCGTATGCGGGAGCTTTAGTGCACCGGGTTGCCCCTTTTCTATTTTTGGTCAGAACAGTAGACTCTTGATTTCACTTATCTTCTGATTAGCATATATTTGGTATAGAAATGAGTATTGCTGGATAGCGGTTTAATTTTTTAAATTCTCTGCAGGAGTGAAGAAAGATGTCATGAAGGAACTACCTCCTAAAAAGGAACTTATTCTACGAGTGGATTTGAGCAGCAAACAGAAAGAATATTATAAGGCAATTTTGACCCGTAATTATCAGATATTAACTCGCCGTGGTGGTGCACAGGCAAGATTCATGCTTCAGTGA

Protein sequence

>MS.gene32687.t1

MSSLVERLRVRSSDRKPIYNLDESDDEDFLLKKPGTSQEKFERIDRSDAKEDLCQACGESGDLLSCATCNYAYHSRCLLPPLKGPAPDNWRCPECVTPLIDIDKLLDCEMRPTVEGDGGGDSDAAKSGSKQIFVKQYLVKWKGLSYLHCTWVPEKEFLKAFKSHPRLKTKVNNFHRQMASSNTSDEDFVAIRPEWTTVDRIIACRGDNDEREYLVKWKELPYDECYWESESDISAFQPEIERFNRFRSRSSKLAFIKQKSRVNDDNELKKQQKEFHQYEHSPEFLSGGSLHPYQLEGLNFLRFSWSKQTHVILADEMGLGKTIQSIAFLASLFEEGVSAHPHLVVAPLSTLRNWEREFATWAPQMNVIMYVGSAQARSVIREYEFYFPKKLKKNKKKKSIVSESKHDRIKFDVLLTSYEMINLDTTSLKPIKWECMIVDEGHRLKNKDSKLFSSLKQYSTRHRVLLTGTPLQNNLDELFMLMHFLDAGKFASLEEFQEEFKDINQEEQISRLHKMLAPHLLRRVKKDVMKELPPKKELILRVDLSSKQKEYYKAILTRNYQILTRRGGAQARFMLQ