AlfalfaGEDB | MS.gene060101

M. sativa cultivar XinJiangDaYe / MS.gene060101

KEGG: -
GO: GO:0003674 GO:0003824 GO:0005488 GO:0005515 GO:0005575 GO:0005634 GO:0008168 GO:0008170 GO:0008276 GO:0008757 GO:0016278 GO:0016279 GO:0016740 GO:0016741 GO:0018024 GO:0042054 GO:0043226 GO:0043227 GO:0043229 GO:0043231 GO:0110165 GO:0140096
PFAM: PF00856.31

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060101.t1	XP_024641127.1	96.2	339	12	1	1	338	1	339	2.30E-194	688

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060101.t1	Q945S8	61.7	363	112	7	1	336	1	363	3.4e-122	439.5

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060101.t1	G7KMG0	96.2	339	12	1	1	338	1	339	1.6e-194	688.0

TFs/TRs:

Gene ID	Type	Classification
MS.gene060101.t1	TR	SET

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene060101	MS.gene065825	0.804092	2.55E-49	-1.69E-46
MS.gene060101	MS.gene07147	0.814696	1.35E-51	-1.69E-46
MS.gene060101	MS.gene071985	0.803789	2.95E-49	-1.69E-46
MS.gene060101	MS.gene07719	0.800162	1.64E-48	-1.69E-46
MS.gene060101	MS.gene07733	0.801444	8.98E-49	-1.69E-46
MS.gene060101	MS.gene21551	0.802313	5.95E-49	-1.69E-46
MS.gene060101	MS.gene22964	0.808141	3.58E-50	-1.69E-46
MS.gene060101	MS.gene28606	0.815013	1.15E-51	-1.69E-46
MS.gene060101	MS.gene35135	0.800471	1.42E-48	-1.69E-46
MS.gene060101	MS.gene35438	0.812445	4.22E-51	-1.69E-46
MS.gene060101	MS.gene54544	0.81854	1.86E-52	-1.69E-46
MS.gene060101	MS.gene62558	0.804895	1.73E-49	-1.69E-46
MS.gene060101	MS.gene63327	0.816085	6.63E-52	-1.69E-46
MS.gene060101	MS.gene64670	0.807553	4.78E-50	-1.69E-46
MS.gene060101	MS.gene67738	0.806236	9.08E-50	-1.69E-46
MS.gene060101	MS.gene84300	0.808884	2.49E-50	-1.69E-46
MS.gene060101	MS.gene89096	0.800612	1.33E-48	-1.69E-46
MS.gene060101	MS.gene89419	0.815261	1.01E-51	-1.69E-46

PPI:

Gene1	Gene2	Type
MS.gene21793	MS.gene060101	PPI
MS.gene058069	MS.gene060101	PPI
MS.gene024821	MS.gene060101	PPI
MS.gene40494	MS.gene060101	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060101.t1	MTR_6g059310	96.165	339	12	1	1	338	1	339	0.0	679
MS.gene060101.t1	MTR_6g059310	93.410	349	12	2	1	338	1	349	0.0	671
MS.gene060101.t1	MTR_0071s0100	49.356	233	111	3	28	259	132	358	1.72e-73	232
MS.gene060101.t1	MTR_1g098000	44.000	200	108	3	57	252	38	237	2.81e-43	155
MS.gene060101.t1	MTR_1g098370	43.500	200	109	3	57	252	41	240	1.17e-42	154
MS.gene060101.t1	MTR_3g088625	39.301	229	132	6	28	251	1134	1360	3.29e-41	154
MS.gene060101.t1	MTR_3g088625	39.301	229	132	6	28	251	1240	1466	4.04e-41	154
MS.gene060101.t1	MTR_8g078490	35.714	182	101	3	84	249	1071	1252	8.10e-26	108
MS.gene060101.t1	MTR_4g132610	34.615	182	103	3	84	249	865	1046	1.54e-25	108
MS.gene060101.t1	MTR_8g078505	34.857	175	101	2	84	245	359	533	1.77e-25	107
MS.gene060101.t1	MTR_5g018850	35.165	182	102	3	84	249	1325	1506	3.38e-25	107
MS.gene060101.t1	MTR_7g021365	38.129	139	81	2	111	246	905	1041	2.28e-20	92.8
MS.gene060101.t1	MTR_1g012910	34.000	150	93	2	106	249	358	507	1.21e-19	90.1
MS.gene060101.t1	MTR_1g012910	34.000	150	93	2	106	249	521	670	1.33e-19	90.1
MS.gene060101.t1	MTR_7g117355	38.776	147	75	4	115	247	816	961	6.71e-19	88.2
MS.gene060101.t1	MTR_2g036060	34.848	132	86	0	111	242	1032	1163	1.12e-18	87.8
MS.gene060101.t1	MTR_2g036060	34.848	132	86	0	111	242	1057	1188	1.27e-18	87.4
MS.gene060101.t1	MTR_5g013420	30.303	198	104	6	86	249	891	1088	1.60e-18	87.4
MS.gene060101.t1	MTR_1g012890	32.414	145	92	2	111	249	223	367	2.46e-18	85.1
MS.gene060101.t1	MTR_5g013420	30.412	194	101	6	86	245	891	1084	4.25e-18	85.9
MS.gene060101.t1	MTR_4g010830	29.798	198	105	6	86	249	782	979	4.43e-18	85.9
MS.gene060101.t1	MTR_3g091310	37.692	130	76	3	122	247	932	1060	1.09e-17	84.7
MS.gene060101.t1	MTR_3g091310	37.692	130	76	3	122	247	838	966	1.38e-17	84.3
MS.gene060101.t1	MTR_7g088370	29.348	184	106	5	86	246	519	701	2.10e-17	83.6
MS.gene060101.t1	MTR_1g008230	36.923	130	77	3	122	247	625	753	6.83e-16	79.0
MS.gene060101.t1	MTR_1g008230	36.923	130	77	3	122	247	903	1031	7.50e-16	79.3
MS.gene060101.t1	MTR_8g027725	35.385	130	79	3	122	247	818	946	1.35e-15	78.2
MS.gene060101.t1	MTR_8g027725	35.385	130	79	3	122	247	803	931	1.44e-15	78.2
MS.gene060101.t1	MTR_3g011440	27.551	196	99	4	86	247	461	647	2.09e-15	77.4
MS.gene060101.t1	MTR_5g016870	31.395	172	105	5	66	229	664	830	4.21e-15	76.6
MS.gene060101.t1	MTR_1g086980	32.847	137	87	3	100	236	471	602	1.35e-14	75.1
MS.gene060101.t1	MTR_1g086980	32.847	137	87	3	100	236	620	751	1.46e-14	75.1
MS.gene060101.t1	MTR_1g086980	32.847	137	87	3	100	236	671	802	1.61e-14	75.1
MS.gene060101.t1	MTR_1g086980	32.847	137	87	3	100	236	599	730	1.63e-14	75.1
MS.gene060101.t1	MTR_1g086980	32.847	137	87	3	100	236	661	792	1.64e-14	75.1
MS.gene060101.t1	MTR_1g086980	32.847	137	87	3	100	236	651	782	1.75e-14	74.7
MS.gene060101.t1	MTR_8g042750	27.094	203	110	5	86	250	486	688	3.39e-14	73.9
MS.gene060101.t1	MTR_7g055660	33.058	121	79	2	111	231	582	700	2.09e-13	71.6
MS.gene060101.t1	MTR_4g010550	29.032	186	106	7	86	249	282	463	2.34e-13	70.9
MS.gene060101.t1	MTR_6g027690	26.667	210	119	8	66	255	228	422	3.57e-12	67.4
MS.gene060101.t1	MTR_7g450730	26.728	217	118	11	64	249	298	504	8.17e-11	63.5

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060101.t1	AT2G44150	63.636	363	105	7	1	336	1	363	2.33e-144	412
MS.gene060101.t1	AT3G59960	57.100	331	119	7	1	310	1	329	6.52e-107	316
MS.gene060101.t1	AT3G59960	66.795	259	82	3	1	257	1	257	7.60e-105	309
MS.gene060101.t1	AT3G59960	66.795	259	82	3	1	257	1	257	7.60e-105	309
MS.gene060101.t1	AT3G59960	66.795	259	82	3	1	257	1	257	7.60e-105	309
MS.gene060101.t1	AT4G30860	47.012	251	123	4	10	256	227	471	6.19e-73	234
MS.gene060101.t1	AT1G76710	39.834	241	139	5	33	268	7	246	3.95e-45	161
MS.gene060101.t1	AT1G76710	39.834	241	139	5	33	268	7	246	3.95e-45	161
MS.gene060101.t1	AT1G76710	39.834	241	139	5	33	268	7	246	4.39e-45	161
MS.gene060101.t1	AT1G76710	39.834	241	139	5	33	268	7	246	4.94e-45	161
MS.gene060101.t1	AT1G77300	40.741	216	123	5	43	253	955	1170	4.43e-42	156
MS.gene060101.t1	AT1G77300	40.741	216	123	5	43	253	955	1170	4.44e-42	156
MS.gene060101.t1	AT2G23740	34.973	183	98	4	84	246	1190	1371	4.82e-23	100
MS.gene060101.t1	AT2G23740	34.973	183	98	4	84	246	1197	1378	4.87e-23	100
MS.gene060101.t1	AT2G23740	34.973	183	98	4	84	246	1197	1378	4.87e-23	100
MS.gene060101.t1	AT2G23740	34.973	183	98	4	84	246	1197	1378	4.87e-23	100
MS.gene060101.t1	AT5G42400	39.683	126	76	0	124	249	1262	1387	7.08e-21	94.4
MS.gene060101.t1	AT5G42400	39.683	126	76	0	124	249	1262	1387	7.08e-21	94.4
MS.gene060101.t1	AT5G42400	39.683	126	76	0	124	249	1262	1387	7.08e-21	94.4
MS.gene060101.t1	AT5G42400	39.683	126	76	0	124	249	1262	1387	7.08e-21	94.4
MS.gene060101.t1	AT5G42400	39.683	126	76	0	124	249	1262	1387	7.08e-21	94.4
MS.gene060101.t1	AT5G42400	39.683	126	76	0	124	249	1262	1387	7.08e-21	94.4
MS.gene060101.t1	AT5G42400	39.683	126	76	0	124	249	1262	1387	7.08e-21	94.4
MS.gene060101.t1	AT5G42400	39.683	126	76	0	124	249	1262	1387	7.08e-21	94.4
MS.gene060101.t1	AT2G35160	33.523	176	101	4	86	249	586	757	4.66e-20	91.7
MS.gene060101.t1	AT2G35160	33.523	176	101	4	86	249	622	793	5.57e-20	91.7
MS.gene060101.t1	AT2G35160	33.523	176	101	4	86	249	622	793	5.57e-20	91.7
MS.gene060101.t1	AT2G35160	33.523	176	101	4	86	249	622	793	5.57e-20	91.7
MS.gene060101.t1	AT2G35160	33.523	176	101	4	86	249	622	793	5.57e-20	91.7
MS.gene060101.t1	AT1G05830	36.691	139	83	2	111	246	919	1055	1.75e-18	87.0
MS.gene060101.t1	AT1G05830	36.691	139	83	2	111	246	919	1055	1.75e-18	87.0
MS.gene060101.t1	AT1G05830	36.691	139	83	2	111	246	919	1055	1.75e-18	87.0
MS.gene060101.t1	AT1G05830	36.691	139	83	2	111	246	919	1055	1.75e-18	87.0
MS.gene060101.t1	AT2G31650	37.410	139	82	2	111	246	898	1034	2.23e-18	87.0
MS.gene060101.t1	AT2G22740	31.818	198	94	7	90	249	595	789	1.21e-17	84.3
MS.gene060101.t1	AT2G22740	31.818	198	94	7	90	249	595	789	1.21e-17	84.3
MS.gene060101.t1	AT4G27910	38.462	130	75	3	122	247	896	1024	1.86e-17	84.0
MS.gene060101.t1	AT1G02580	32.796	186	104	5	66	235	486	666	3.48e-16	80.1
MS.gene060101.t1	AT3G61740	38.168	131	75	4	122	247	886	1015	7.33e-16	79.3
MS.gene060101.t1	AT3G61740	38.168	131	75	4	122	247	850	979	9.29e-16	79.0
MS.gene060101.t1	AT5G53430	36.923	130	77	3	122	247	912	1040	1.21e-15	78.6
MS.gene060101.t1	AT5G13960	26.568	271	144	8	34	249	219	489	5.33e-15	76.3
MS.gene060101.t1	AT5G13960	27.306	271	142	8	34	249	353	623	8.82e-15	75.9
MS.gene060101.t1	AT4G02020	31.373	153	96	4	100	252	696	839	9.89e-15	75.9
MS.gene060101.t1	AT1G17770	28.283	198	103	6	86	246	494	689	1.69e-14	75.1
MS.gene060101.t1	AT3G03750	29.189	185	106	6	90	253	170	350	2.18e-14	73.6
MS.gene060101.t1	AT5G04940	27.434	226	108	7	80	250	446	670	3.14e-14	73.9
MS.gene060101.t1	AT5G04940	27.434	226	108	7	80	250	446	670	3.14e-14	73.9
MS.gene060101.t1	AT2G23380	36.111	108	67	2	122	229	763	868	2.95e-12	68.2
MS.gene060101.t1	AT2G23380	36.111	108	67	2	122	229	536	641	2.98e-12	68.2
MS.gene060101.t1	AT2G24740	27.551	196	97	6	95	250	565	755	1.81e-11	65.9
MS.gene060101.t1	AT2G23740	34.454	119	65	2	84	190	1197	1314	5.17e-11	64.3
MS.gene060101.t1	AT2G23740	34.454	119	65	2	84	190	1197	1314	5.17e-11	64.3

Find 59 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAGGATACTGCGCTTTATA+TGG	0.211128	6.2:-69318431	None:intergenic
GCAGATTTGGGATTATTAAA+TGG	0.252262	6.2:+69324945	MS.gene060101:intron
CATAGCAGGTTTGTTCAATT+TGG	0.254145	6.2:+69320295	MS.gene060101:intron
ACCTGATATGCCACTAATTT+AGG	0.266226	6.2:-69320385	None:intergenic
CATTTCTGCATCTCAGTATT+CGG	0.269242	6.2:-69319664	None:intergenic
TTCAATGCCCATCATGAAAA+AGG	0.289802	6.2:+69318010	None:intergenic
GCCTAAATTAGTGGCATATC+AGG	0.320135	6.2:+69320384	MS.gene060101:CDS
CTTCTGTCTAGCTGTTCTTC+AGG	0.341155	6.2:+69318976	MS.gene060101:CDS
CAGTATTCGGGCAGCAACTA+TGG	0.356191	6.2:-69319651	None:intergenic
GTGATAGATGCGACAAATAA+AGG	0.361111	6.2:+69319607	MS.gene060101:CDS
AAACAAGCTTACCAGTTTGC+AGG	0.362468	6.2:-69324597	None:intergenic
TCCATCTTTAGGATAATAGA+TGG	0.401604	6.2:+69319817	MS.gene060101:intron
TGTTCAGTGTAGGCGTAAGC+TGG	0.410254	6.2:+69320345	MS.gene060101:CDS
ATGTGAAATCAATCGAGATA+TGG	0.429587	6.2:+69319585	MS.gene060101:CDS
AAACATGCGAACAGAGGCTT+TGG	0.435383	6.2:+69319527	MS.gene060101:CDS
ATGACATGTCAAAAGAAGAA+TGG	0.445126	6.2:+69325317	MS.gene060101:CDS
CGAATACTGAGATGCAGAAA+TGG	0.448001	6.2:+69319665	MS.gene060101:CDS
ACCTACCAAGCCTAAATTAG+TGG	0.455934	6.2:+69320375	MS.gene060101:CDS
GGCAAGAGAAAGAGTGATGA+TGG	0.457143	6.2:+69318694	MS.gene060101:CDS
CAGAATGGAGACCTGCAAAC+TGG	0.457320	6.2:+69324586	MS.gene060101:CDS
TAGACTGAGAAATGTGGATC+TGG	0.471672	6.2:+69319334	MS.gene060101:intron
AGATATATATCTCACTAAGA+AGG	0.474007	6.2:+69318672	MS.gene060101:intron
AAGGATACTGCGCTTTATAT+GGG	0.477321	6.2:-69318430	None:intergenic
TGACATGTCAAAAGAAGAAT+GGG	0.478376	6.2:+69325318	MS.gene060101:CDS
ATTTCTGCATCTCAGTATTC+GGG	0.478549	6.2:-69319663	None:intergenic
TCTGGACAGGTTTATCAGAA+TGG	0.486271	6.2:+69324571	MS.gene060101:intron
ACGAAGCTGATGAACAATCT+TGG	0.488292	6.2:+69318351	MS.gene060101:CDS
TGTTCTTCAGGCTGCAAATG+TGG	0.494922	6.2:+69318988	MS.gene060101:CDS
TGCAAGTCGTGATATAAAGA+AGG	0.505376	6.2:+69319861	MS.gene060101:CDS
ATATGCCACTAATTTAGGCT+TGG	0.510433	6.2:-69320380	None:intergenic
AATTGAGTAAGCAATTTGAA+TGG	0.521092	6.2:-69324754	None:intergenic
TTTCAGATCATGTTTGAGGA+TGG	0.537141	6.2:+69325280	MS.gene060101:intron
GTTCTTCAGGCTGCAAATGT+GGG	0.537608	6.2:+69318989	MS.gene060101:CDS
GATATATATCTCACTAAGAA+GGG	0.539250	6.2:+69318673	MS.gene060101:intron
GTAATTGAATATGTCGGAGA+AGG	0.545438	6.2:+69319394	MS.gene060101:CDS
GCAGATGAAGATATAAAGCA+TGG	0.559769	6.2:+69319364	MS.gene060101:CDS
ATAGATGGTGAAACTAGAAT+CGG	0.561402	6.2:+69319832	MS.gene060101:CDS
GCCACTAATTTAGGCTTGGT+AGG	0.568833	6.2:-69320376	None:intergenic
GTTATTATGATAAAACAACT+TGG	0.570866	6.2:+69324788	MS.gene060101:CDS
TCTGATTCTACTGCTGTATG+TGG	0.586087	6.2:+69318739	MS.gene060101:CDS
GAGTTTGTAATTGAATATGT+CGG	0.587237	6.2:+69319388	MS.gene060101:CDS
GTTCAGTGTAGGCGTAAGCT+GGG	0.595432	6.2:+69320346	MS.gene060101:CDS
CAGATGAAGATATAAAGCAT+GGG	0.595965	6.2:+69319365	MS.gene060101:CDS
ACTGTGGTGCTGTTCAGTGT+AGG	0.609909	6.2:+69320335	MS.gene060101:CDS
CTTTGGAATATGAAAGATCG+TGG	0.610205	6.2:+69319544	MS.gene060101:CDS
GCAAGTCGTGATATAAAGAA+GGG	0.610253	6.2:+69319862	MS.gene060101:CDS
TTTGGAATATGAAAGATCGT+GGG	0.627929	6.2:+69319545	MS.gene060101:CDS
ATGATAAAACATGCGAACAG+AGG	0.637191	6.2:+69319521	MS.gene060101:CDS
TAAAACAACTTGGAAATGTG+AGG	0.644254	6.2:+69324798	MS.gene060101:CDS
GTGGTAGAGATTGCCACTGT+GGG	0.651295	6.2:+69318758	MS.gene060101:CDS
TGAATATTCTCGAAAACACA+AGG	0.669513	6.2:+69324973	MS.gene060101:CDS
GAAATGTGGATCTGGAATTG+TGG	0.670067	6.2:+69319342	MS.gene060101:CDS
AGATGAAGATATAAAGCATG+GGG	0.676792	6.2:+69319366	MS.gene060101:CDS
TGTGGTAGAGATTGCCACTG+TGG	0.693149	6.2:+69318757	MS.gene060101:CDS
TTGGAATATGAAAGATCGTG+GGG	0.693630	6.2:+69319546	MS.gene060101:CDS
GCAGATCAAGATTGCCACTG+TGG	0.694777	6.2:+69320319	MS.gene060101:CDS
ACTTAGTTACTTACCCACAG+TGG	0.732787	6.2:-69318771	None:intergenic
TACACTGAACAGCACCACAG+TGG	0.733510	6.2:-69320333	None:intergenic
TGCTTGTAGACTGAGAAATG+TGG	0.734376	6.2:+69319328	MS.gene060101:intron

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr6.2	gene	69318014	69325357	69318014	ID=MS.gene060101
chr6.2	mRNA	69318014	69325357	69318014	ID=MS.gene060101.t1;Parent=MS.gene060101
chr6.2	exon	69318014	69318031	69318014	ID=MS.gene060101.t1.exon1;Parent=MS.gene060101.t1
chr6.2	CDS	69318014	69318031	69318014	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69318318	69318444	69318318	ID=MS.gene060101.t1.exon2;Parent=MS.gene060101.t1
chr6.2	CDS	69318318	69318444	69318318	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69318674	69318779	69318674	ID=MS.gene060101.t1.exon3;Parent=MS.gene060101.t1
chr6.2	CDS	69318674	69318779	69318674	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69318972	69319071	69318972	ID=MS.gene060101.t1.exon4;Parent=MS.gene060101.t1
chr6.2	CDS	69318972	69319071	69318972	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69319337	69319415	69319337	ID=MS.gene060101.t1.exon5;Parent=MS.gene060101.t1
chr6.2	CDS	69319337	69319415	69319337	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69319515	69319686	69319515	ID=MS.gene060101.t1.exon6;Parent=MS.gene060101.t1
chr6.2	CDS	69319515	69319686	69319515	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69319828	69319908	69319828	ID=MS.gene060101.t1.exon7;Parent=MS.gene060101.t1
chr6.2	CDS	69319828	69319908	69319828	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69320303	69320405	69320303	ID=MS.gene060101.t1.exon8;Parent=MS.gene060101.t1
chr6.2	CDS	69320303	69320405	69320303	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69324580	69324607	69324580	ID=MS.gene060101.t1.exon9;Parent=MS.gene060101.t1
chr6.2	CDS	69324580	69324607	69324580	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69324735	69324819	69324735	ID=MS.gene060101.t1.exon10;Parent=MS.gene060101.t1
chr6.2	CDS	69324735	69324819	69324735	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69324949	69324994	69324949	ID=MS.gene060101.t1.exon11;Parent=MS.gene060101.t1
chr6.2	CDS	69324949	69324994	69324949	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1
chr6.2	exon	69325286	69325357	69325286	ID=MS.gene060101.t1.exon12;Parent=MS.gene060101.t1
chr6.2	CDS	69325286	69325357	69325286	ID=cds.MS.gene060101.t1;Parent=MS.gene060101.t1

Gene Sequence

>MS.gene060101

ATGCCCATCATGAAAAAGGTTGTTTCATGTTTTCTTTCATTAGTCCTTCTATTCAGTTCCTTATATTCTATTTATGTTTCAATATTGAATTTTTCTTTGATCCCTCTGTTGTATTCTGTTAAGTTGGTCTTTTTAAATTTAAGACGGTGTTTCCAAAGAAACACTGTACTCTGGTTCTGATAGGTTTCACTATATGTATGTGCTTATGGCAATTTCTATCAGGCATTAGTCAATGAAAAATTTACCTTTTTAGATTTTACTTTTGGTTTGCTAAGGGAGTTTCCTTTGATTCTCTGTTTATCAGAATTCTGAGCAGAATCGTTTTGAAGCTGTATTCACGAAGCTGATGAACAATCTTGGTGAAACTGTTGACTTTGAACTTCCAGATTCGATTAAAAACAGGACAACGCAGTACACCCATATAAAGCGCAGTATCCTTTATTAGTGTTGGTCAGATTGTTCACAGTAACTGTTTATCTCCGATGTTTACAGTATTGCCCTTGCTTGATGAATGTCTTTATCTACTTTAACAGAGCTTACATGCAATCTTCAGTTGTTTTTAGTTTCCTCATTTTTTCTGTATTTAGCCCTGTTACACAGTTTGTCTGTTTATACTTATATTTCAGATAATCTTTTTGTTGATTCTTATTAAAATTTAAGATATATATCTCACTAAGAAGGGCAAGAGAAAGAGTGATGATGGTATATTCTGTTCTTGCGCATCTTCTGATTCTACTGCTGTATGTGGTAGAGATTGCCACTGTGGGTAAGTAACTAAGTATTTGCTTTACACTTTTCATGTGTTGGCAAGCATTTCTAGCACATGCGCCTACTCCATTTTAACTATGAATCTGCCTATTTTATGAATCACGAACATATCCTATTTTATGTGTGTGATTCAATGGGAATGGGATATGCATCGTTCATTATTTGTTTCTTATGCTCACTGTCCCTGTAGGATGCTTCTGTCTAGCTGTTCTTCAGGCTGCAAATGTGGGATCTCATGTCTCAACAAAGCTTTTCAGCACCGTCCTATTAAAAAGATGAAATTAATCAAGGTATAACCTTCTGAATCAGGATTATTTTTGGGAATTTGTTATACTGTCGTTTTCGTTCATCATGTTTTATTACTGTTTTCAAGTATTTTTTTTTTGTATGCTCAACACTACGAAAAACTATAATATATGATTTTCTTATTGCAAGTTGGTCTTTGTCATTGCAAATTTAGATTTTAGAGAAACTTTATTTAGGCAATGTTTGCTTGTATCTGCTTATTCATAATGTCCACATTTGACATAATGAGTTGTAATATATTGCTTGTAGACTGAGAAATGTGGATCTGGAATTGTGGCAGATGAAGATATAAAGCATGGGGAGTTTGTAATTGAATATGTCGGAGAAGGTGATGTGGTTAATTGTTTTTATGTTCAACATTTATAGAACGATAATCCTATTTTATTTTAGACCTACTTTTGATTGTTGTTGTTACCTCTTTCTACAGTTATCGATGATAAAACATGCGAACAGAGGCTTTGGAATATGAAAGATCGTGGGGAAACAAACTTCTACTTATGTGAAATCAATCGAGATATGGTGATAGATGCGACAAATAAAGGAAACAAGTCAAGATACATCAACCATAGTTGCTGCCCGAATACTGAGATGCAGAAATGGTTTACTTTCTAATTGTTTTATTCACATGGTCTTTTAGTATTACTTTTAATTTCAACCGACATTATTTGATAGATGATTAGTTAGGCACATCATCTAATAAGTTTTTCTTTCTTTCTTTCTTTCTTGTTTTCCATCTTTAGGATAATAGATGGTGAAACTAGAATCGGCATATTTGCAAGTCGTGATATAAAGAAGGGCGAACATCTGACTTACGACTACCAGTATGAGTACTTTCTTTGATTACACTCTTTAAGGCCTTGTTTGGGTAAATAGATTAATTAAGCAGTTACAACCTAAGTGCTCATCATATAAGTACTTATGTATGAGTTATTTTTATAACAAAAGAAAATAAAGTCGAATTGTTTTCGTATAAGCTATCCTAGAGAGCTTATAAAATTAAGCTGAAAATAGCTAATGAACATGTCATAAGCCATTTTTGTAAGTTCTCTCTAACAGTATCATCAATGTTTATTTTATCAGTAGATAAGCTTAAATAAGTTAATCCAAACAGGCCATAAGTTGAACTCTCTTCTAATGAAAGTTTGGTGTCTGGAATGATATTTGTATGACTCTGTTGTAGTGATGGTGGATTCTAAGTTTCTAACGGCATAGCAGGTTTGTTCAATTTGGTGCAGATCAAGATTGCCACTGTGGTGCTGTTCAGTGTAGGCGTAAGCTGGGTGCGCGACCTACCAAGCCTAAATTAGTGGCATATCAGGTGGCTTCATCTTCTCATAAATAGAGTAGATTCTAATTCTCCATGTCTTTTCAATAATATCAAATTTCTGTTATTTCAAAGCTCTGTTGTGAGCTAGTGCTTTTGAACAGGTTGAATAACTGTACATTTCAAAGTTTCATTAGACTATTGATTAGGGTATTTCCTCCTATGTTGAATGATTTGTTCAGTATAGTCGACGATGGTTGGAAATATTATAAGATTTTAAAGTGAGATTGCTGAAGTTAGTGACGTCTGATGAGAAAATAAAAACCTATACTCTAAAATATAAATATATGTTCATAGCTGGTAGTTTTGAAATTCTTTTAAAGATGAGATTTCTAGTGTCTCTGTTTCATTAGATTACTATTGTGACTTGTACTAACAATCATAGATACAATTATTGATTGTGCATTGATTTGGAAAATCCTTATTTGGATTGTGAAGGGAGGGAAGTTTATTGGCTATTGCTTACTACTTATTTCAAAATCCATCTTTCCGGAATGTGTTTGTGTTTTGCATGCGTATCAATTCCTTTATTTTTTCCGGAGAGTTATTAGTGACTATTTGTGTTGGCGTTATGTACGGAGTTTCACGAATTCTGAGACGCCTCGGAATTCATAAAATTCTTAGAATGCTTTTTACTCTTTTTTCCCTAGTTGAAAATGTGCTTAATGGGTGAATAATATAATATGTTTGTAACAGTAGTGTAGGATTTATAATTTTTTATAATTGGTGCTAAATTACCTAAAGTAGACGATAAATGATCCAAAAGTATCAAAATATAAATATCTGTTAGACTTACAGTTCAGAGGTCGAGCCTTGTCACGATGGTAGGTTATTATTGCGTTGTGACCTTGAGAAGTCACAAGTTTTATTTGCTAGGTTTCTGCCTTGTGAACATGAGTTCCATGAAGACCAGCTCTTTGCTTGCAGGGAAAGGGTTCTGTACATCACTGTTGAACCCCTCACAGTGGTGGGAACCTATGTTTTGATCAAAGCATGTTGAAGTTATAGTGTTTAATCTTTCTACAACACAACATTAATCTTTCTATTTATACTAAAACTAGGCGATCTTAATTAAAAAGGGAAACAAATCATAATATATATGGTAACATAAAAGCTTATTCTTAGATGACGAAACTACACAATAGAACATTTAAGTTTTGATGAAAACATGTTGAGGTTGTAGGGTCCTTTAGGTATAGTTGGAGGAAAAGGAATGCTCTGTTATTATATAACAGCATTAATTTTTTTATTTATACTAAAACTAGTCTCTATCTTAGTTAAATAGGGGAACAAATCATATAATATATTTTTCATATACCCTAATAGTCCCCCTCAAGCTAAAACATACTATTTGGGAAAATGATGAAGCTAGAGGTTACATTAATTTTAAAAGTTAAGCTAGGACAAAAGACAAGATAAACTGCAGCTATGAGACAATTGGGTTAAATTCCAGCTGAAATAGCTGGATTTGAGTGCTTCTTGGATAACCAAAGCAAGACTATTTCTCTTGCATAGTGTCAAATTGCTTTTGAGATCGTCGAGGCCCAATTGCATTTGCAGCAATTGGGGCCAAACAACTGGGCGAAAATTGGTAGTGCGGAGGCTGTCGGAAGATCGATATGAATGTTGAATAAAAGTTATATTAAGGATTTGAGACATGTGTGGAAGCAAGAGGCAGAAATTCCAAGGAAAGAACTTTAGAGAGAGGGTAACTTCAATTTATGCTCGACCAGTGAGTATAAAATATCGTGGAGATATTGATATTGTTAAACTAAGTATTAGATTTCCGAGAATTTGTCTACAAAAGAATGATAAGAGGGTTAGCGATAATACGAATTTGAAGATAGGGTTTAGTCGTGTAGGTACAAAGGAAGAAAAGGGAACATAATTAATTATATATTGAAAAAATGTGAATGATATGTTGGATGTTATTACGACAAAAGACAAGGCACTGACTTATTTCTATTAAAATTTAATTCCAAATCTGAATTAAAAATAATTAAGGAAACCGATCTTTAACGGTTATTTAATAAAATCTAAATTAATCCACGACTTGTCGAGATCTCTTTTATGGCACCCACATTAATCCGCATTTCAAATGACAAATCGGGAGCACGAAGAAGTGTGTTGAGAGGTTCACATCGAATAGAGATATGACCTAGATTGTCAATTACTAATCGCGAGCATGAGGGAGTGTGTTGAGAAGCCCACATCAAATAAAGATAGGACTTGATAGTGCTTCTAAGGCTTGCACTTAAGTTTTTGAGCCTTCAAGGCCAAATGTCGACTTATACGACCTGTCGAGATCCTTTTTATGGCACCGTCATTTGTCCACATTTCACATGACGAATCGGGAGCATGAAGAAGTGTGTTGAGAGCCCACATCGAATAGAGATATGACCTAGATTGTCTAATTACCAACTGCGAGCATGAGGGAGTGTGTTGAGAGGCCCACATCAAATGGAGATAGGACTTGATAGTGCTTTTAAGGCTTGCACATAAGTTTTTGAGCCTTCAAGGCCAAAAGTCGACATATACGACCTGTCGAGATCCCTTTTATGGCACCCACATTAGTCTGCATTTCAAATGACGAATCAGGAGCATGAAAAAATGTGTTGAGAGACCCACATCAAATAGAGATATGACCTAGATTGTCAAATTACCAATCGCGAGCATGAGGAAGTGTGTTGAGAGGCCCACATCATATAGAGATAGGACTTAGATAGTGCTTATAAGGCTTGCACTTAAATTTTTGAGCCTTCATAGCCAAAGGTCGACATTTCCATTTATTGGCGGAGCTTGTGCTTCTTGAGTCAGTAACACTGGTATTTGAACCAAAATGACGCAACTGCCTACTTAGAATTTGGGCTTAGGGCTTAACTAAACCACAAAAGTCCAGCTTGTAAAGTGAAAATTTCCAAACCTTATAAGCACTACTTATGCCGTATCTCTAGTCGATGTGGGACTCTACACTCAACACGATATAAATATTATAAGATATTTTTCATATATCATAATTATTTCTAAAATTAATTACTCTACTGTAATTGTATCTCGTATTTCCTGAAAAAAAAAGTTTACGATACTTTTTTAATGTTGCTCAAACTGCATGCGAATGTTATCGCAGATGTCGGGATTATGGCAGCCCACCATAAATCTACCATATAAATGCAGTGTTGCGGGCTACGGCGAAACAGGGCTGATTAATAGGCACCGAGGCTGGAGCGAATTCACCATGCCGCCGGATCATGGCGGACATTTAAAAACACAGGTGCATGTTGCACAATTACCGGGGCCAGCCCTGCTAATAACCTAATTATAAAGAATGGGGGTGCTCATTGAAACACTTGATCTGGAGCACTGATTAGCTTTGATACATTTGCAAAGACCAACTCCTAATAACCTGCGTTATTAGGTAATGGTCCATGAACGATTTTATATCTCCATCGATTACAAAATCTAGGGTGCTGATTAGCTTTGATGTTTAGCAGAATGATTTTAAGATAGCTCAGGAGGACACCTGAGATAATTAGCATTCCCCTGGTTGTGACAGCTTAGGTTGTACTTGCAGGCAAGAACTCTGCTCTTGGACATCATGTAGAAAGCGTAGTAAAGGAATAGCTTAGCTAGAGCTCATGATAGCTCGGAATTGCTTGGCTAGAGCTCATGATAGCTCCTGTTGTCCTTACCACAGTGAATAGTCTCCCTTGTAACTAACTCATGGCATCTGTAGACAGCTGTCAAACTGCCTGTAACAAACTGACAGCTGTCAGTTAATTAGTCGTCTAGAACGATCGGTAAATAGATTGATGCTCTCTATGTAAAATGCAGAAAATTGATACAAAGCGATTCAGAGAATAGAGTTCAAGACTCTAATAAAGCATGATTGTTGGATTTTAGATTTTATTTTTTAATATCAGGATGATTACTGGTTTGAAAATATGTAAAGGTAAAATAACAATTAGACTGATTCTCTAGAGAATAGATACGAAGATGCACACTATTCCTTTCTGAAAGGAATGACTGTTACTTTATTTGATTGAATGAACTTTCCCTTTCTGATGATGTACAGTCACTGTTATTGAATTTAGTTATGTACTGCATATATATTACTAATGTATAATTATCTACGTTTCGGACTAATTGTGGGTTGCTTTCGTCTGGACAGGTTTATCAGAATGGAGACCTGCAAACTGGTAAGCTTGTTTCTTTATTTTGTTAGTTATATATAAACTATTTGATTTATCTGCTGCTATCATTTCCTTCTTTTTGTTGTCTTCTACAATACGAAAGTTTCATTTTTCTGTTGTATTGATTTTACAGGTAGTTCTCGGGTTGTTGACCATTCAAATTGCTTACTCAATTGCATCGATGAAGTTATTATGATAAAACAACTTGGAAATGTGAGGTATATTAAAATTTTCTACTTTTGAATTGTCATACTATCCTTGTGAAGTTTGTGATACTATCCTTAATTTCATATGTTATAATTGAAGTTAAGTTTAATCGTTTTCTAATTTATTTTATAATGCTGCAGATTTGGGATTATTAAATGGTTCGATGAATATTCTCGAAAACACAAGGTCAGAGATTAGAGTTTTAATGGACCTACATTGTCATTGTAAATTAGTTAGTTAGTTTTACACTAACATCCAATTGAAAGTCTCCATCTGTCCATGTCACACCAGTACTACTAATTTTAAAAAGCTGTTATGAAAGTGGAACTGTGTGGCAAAATAATAGATTTTTATTGGATGTCAGTGAAACTAATTTTTCACAGTGACAGTTCCTTTAAATTCTAGAGATTTTTTAGTCGGGTTTTGACCCTTAAAATGAAAATTGTGATTAAATATGATATGCATTTACTTTTTCAGATCATGTTTGAGGATGGTTGTGTTGAAATCTATGACATGTCAAAAGAAGAATGGGAACTAGTGAGATTGTGA

Protein sequence

>MS.gene060101.t1

MPIMKKNSEQNRFEAVFTKLMNNLGETVDFELPDSIKNRTTQYTHIKRNIYLTKKGKRKSDDGIFCSCASSDSTAVCGRDCHCGMLLSSCSSGCKCGISCLNKAFQHRPIKKMKLIKTEKCGSGIVADEDIKHGEFVIEYVGEVIDDKTCEQRLWNMKDRGETNFYLCEINRDMVIDATNKGNKSRYINHSCCPNTEMQKWIIDGETRIGIFASRDIKKGEHLTYDYQFVQFGADQDCHCGAVQCRRKLGARPTKPKLVAYQVYQNGDLQTGSSRVVDHSNCLLNCIDEVIMIKQLGNVRFGIIKWFDEYSRKHKIMFEDGCVEIYDMSKEEWELVRL