AlfalfaGEDB | MS.gene73611

M. sativa cultivar XinJiangDaYe / MS.gene73611

KEGG: -
GO: GO:0000160 GO:0003674 GO:0003676 GO:0003677 GO:0005488 GO:0007165 GO:0008150 GO:0009987 GO:0035556 GO:0050789 GO:0050794 GO:0065007 GO:0097159 GO:1901363
PFAM: PF00072.27

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene73611.t1	AES78253.1	87.1	603	76	1	17	619	2	602	2.70E-286	994.2

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene73611.t1	Q5N6V8	35.3	278	139	5	8	250	10	281	6.2e-37	157.1

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene73611.t1	G7L033	87.1	603	76	1	17	619	2	602	2.0e-286	994.2

TFs/TRs:

Gene ID	Type	Classification
MS.gene73611.t1	TR	Others

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR

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.gene73611.t1	MTR_7g026400	88.060	603	70	1	17	619	2	602	0.0	1029
MS.gene73611.t1	MTR_0450s0040	52.094	382	141	6	1	381	1	341	1.83e-119	358
MS.gene73611.t1	MTR_6g088950	58.170	153	51	3	34	173	23	175	1.75e-48	169
MS.gene73611.t1	MTR_2g034960	39.241	237	132	4	6	230	31	267	4.42e-45	169
MS.gene73611.t1	MTR_4g121020	27.273	506	275	12	6	437	33	519	5.41e-45	170
MS.gene73611.t1	MTR_4g121020	27.273	506	275	12	6	437	33	519	6.13e-45	170
MS.gene73611.t1	MTR_1g013170	36.290	248	128	3	8	232	9	249	3.93e-43	162
MS.gene73611.t1	MTR_1g032570	33.210	271	156	5	6	252	13	282	3.24e-42	161
MS.gene73611.t1	MTR_3g086100	32.867	286	170	5	6	269	15	300	4.22e-42	160
MS.gene73611.t1	MTR_8g079940	34.211	266	157	5	1	248	22	287	2.37e-41	157
MS.gene73611.t1	MTR_7g117705	35.484	248	130	4	8	232	9	249	3.71e-41	155
MS.gene73611.t1	MTR_3g106220	33.846	325	173	8	8	293	12	333	1.00e-40	157
MS.gene73611.t1	MTR_6g045327	34.025	241	129	2	5	236	15	234	3.98e-38	145
MS.gene73611.t1	MTR_4g021790	34.498	229	130	3	6	230	12	224	5.36e-38	142
MS.gene73611.t1	MTR_4g021760	34.553	246	147	5	8	251	15	248	6.37e-38	143
MS.gene73611.t1	MTR_1g013180	36.179	246	127	3	8	230	160	398	1.59e-37	148
MS.gene73611.t1	MTR_3g102600	34.498	229	104	2	8	236	12	194	2.61e-37	139
MS.gene73611.t1	MTR_2g450070	33.840	263	143	5	8	241	22	282	2.85e-37	147
MS.gene73611.t1	MTR_2g450070	33.840	263	143	5	8	241	22	282	4.99e-37	147
MS.gene73611.t1	MTR_4g021845	33.333	222	128	3	6	223	12	217	7.07e-37	137
MS.gene73611.t1	MTR_3g102590	36.036	222	105	3	8	228	12	197	1.94e-36	137
MS.gene73611.t1	MTR_4g131600	33.463	257	147	3	8	240	24	280	2.65e-36	144
MS.gene73611.t1	MTR_4g021855	33.624	229	132	3	6	230	12	224	5.88e-36	137
MS.gene73611.t1	MTR_4g131580	33.197	244	150	2	8	238	21	264	2.52e-35	141
MS.gene73611.t1	MTR_4g131570	31.298	262	164	3	8	253	21	282	1.56e-33	135
MS.gene73611.t1	MTR_3g102590	35.484	217	103	3	8	223	12	192	1.85e-33	127
MS.gene73611.t1	MTR_3g102600	33.486	218	99	2	8	225	12	183	7.54e-33	125
MS.gene73611.t1	MTR_3g102600	33.684	190	80	2	47	236	2	145	2.38e-32	123
MS.gene73611.t1	MTR_1g032570	33.649	211	115	5	66	252	4	213	1.29e-29	124
MS.gene73611.t1	MTR_3g086100	31.878	229	134	5	63	269	1	229	4.17e-29	121
MS.gene73611.t1	MTR_4g121020	26.097	433	227	12	79	437	2	415	4.42e-28	119
MS.gene73611.t1	MTR_3g102600	32.402	179	75	2	47	225	2	134	2.58e-27	107
MS.gene73611.t1	MTR_0054s0010	57.831	83	35	0	66	148	1	83	1.93e-26	106
MS.gene73611.t1	MTR_8g105600	31.148	244	136	5	6	229	11	242	2.93e-25	110
MS.gene73611.t1	MTR_6g089050	60.938	64	25	0	85	148	31	94	2.24e-19	85.9
MS.gene73611.t1	MTR_8g093040	28.947	228	127	6	7	230	17	213	2.76e-19	88.6
MS.gene73611.t1	MTR_4g064730	42.857	112	48	4	151	252	101	206	1.59e-18	87.4
MS.gene73611.t1	MTR_7g089010	49.296	71	36	0	163	233	80	150	4.34e-18	85.9
MS.gene73611.t1	MTR_4g023980	29.139	151	88	3	54	200	39	174	5.13e-18	82.4
MS.gene73611.t1	MTR_6g089040	59.615	52	21	0	33	84	5	56	2.03e-14	68.6
MS.gene73611.t1	MTR_4g078810	59.259	54	22	0	173	226	157	210	3.74e-14	75.5
MS.gene73611.t1	MTR_5g014040	53.333	60	28	0	173	232	310	369	7.03e-14	75.1
MS.gene73611.t1	MTR_4g098870	50.794	63	31	0	173	235	309	371	7.67e-14	75.1
MS.gene73611.t1	MTR_3g037390	28.188	149	104	1	6	151	22	170	8.33e-14	74.7
MS.gene73611.t1	MTR_2g090675	42.222	90	51	1	137	226	125	213	8.40e-14	74.3
MS.gene73611.t1	MTR_4g098870	50.794	63	31	0	173	235	329	391	8.41e-14	74.7
MS.gene73611.t1	MTR_4g098870	50.794	63	31	0	173	235	309	371	8.76e-14	74.7
MS.gene73611.t1	MTR_4g098870	50.794	63	31	0	173	235	329	391	9.34e-14	74.7
MS.gene73611.t1	MTR_4g098870	50.794	63	31	0	173	235	348	410	9.73e-14	74.7
MS.gene73611.t1	MTR_4g108880	27.517	149	105	1	6	151	31	179	1.07e-13	74.7
MS.gene73611.t1	MTR_6g016850	33.058	121	78	2	6	124	11	130	2.65e-12	65.9
MS.gene73611.t1	MTR_1g067110	27.869	122	85	1	5	123	82	203	2.95e-12	70.1
MS.gene73611.t1	MTR_1g067110	27.869	122	85	1	5	123	82	203	3.31e-12	70.1
MS.gene73611.t1	MTR_6g088960	54.167	48	22	0	37	84	29	76	3.99e-12	62.4
MS.gene73611.t1	MTR_5g014040	49.231	65	28	1	173	232	270	334	5.67e-12	68.9
MS.gene73611.t1	MTR_5g014040	49.231	65	28	1	173	232	310	374	6.14e-12	68.9
MS.gene73611.t1	MTR_7g118260	30.252	119	80	1	8	123	14	132	9.06e-12	68.6
MS.gene73611.t1	MTR_7g118260	30.252	119	80	1	8	123	14	132	9.68e-12	68.2
MS.gene73611.t1	MTR_4g086835	44.444	63	35	0	170	232	270	332	4.22e-11	65.9
MS.gene73611.t1	MTR_6g032990	52.727	55	25	1	174	227	42	96	6.08e-11	65.1

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene73611.t1	AT3G16857	35.211	284	142	5	6	253	35	312	5.45e-46	173
MS.gene73611.t1	AT3G16857	35.211	284	142	5	6	253	35	312	6.69e-46	173
MS.gene73611.t1	AT5G07210	35.088	285	141	7	8	250	16	298	9.42e-43	163
MS.gene73611.t1	AT5G07210	34.130	293	141	8	8	250	16	306	4.01e-40	155
MS.gene73611.t1	AT2G01760	35.887	248	136	5	6	230	9	256	4.77e-40	150
MS.gene73611.t1	AT3G16857	35.628	247	117	5	43	253	2	242	8.44e-40	154
MS.gene73611.t1	AT4G31920	35.217	230	149	0	8	237	17	246	9.59e-40	153
MS.gene73611.t1	AT2G25180	36.709	237	138	2	8	232	17	253	9.66e-40	154
MS.gene73611.t1	AT1G67710	34.902	255	145	5	8	241	11	265	1.86e-36	143
MS.gene73611.t1	AT2G01760	35.391	243	130	6	11	230	46	284	2.36e-34	135
MS.gene73611.t1	AT2G27070	32.292	288	148	7	8	250	16	301	2.56e-34	138
MS.gene73611.t1	AT5G58080	29.863	365	200	11	8	327	18	371	2.84e-32	132
MS.gene73611.t1	AT5G49240	31.064	235	139	3	8	223	42	272	4.38e-30	120
MS.gene73611.t1	AT3G62670	33.188	229	140	6	9	226	42	268	6.49e-28	117
MS.gene73611.t1	AT2G01760	36.126	191	99	5	63	230	1	191	2.05e-27	113
MS.gene73611.t1	AT1G49190	30.556	252	140	6	7	231	33	276	5.08e-25	108
MS.gene73611.t1	AT1G67710	35.025	197	107	5	66	241	4	200	7.21e-25	108
MS.gene73611.t1	AT1G67710	35.000	180	96	5	83	241	12	191	3.25e-20	94.4
MS.gene73611.t1	AT5G59570	38.053	113	59	2	132	233	88	200	1.52e-18	87.0
MS.gene73611.t1	AT5G59570	38.053	113	59	2	132	233	88	200	1.52e-18	87.0
MS.gene73611.t1	AT3G10760	47.297	74	39	0	160	233	91	164	2.35e-18	87.0
MS.gene73611.t1	AT2G40970	50.725	69	34	0	165	233	96	164	4.64e-18	84.7
MS.gene73611.t1	AT5G05090	47.222	72	38	0	162	233	69	140	5.04e-18	85.1
MS.gene73611.t1	AT3G46640	51.562	64	31	0	170	233	140	203	8.15e-18	85.5
MS.gene73611.t1	AT3G46640	51.562	64	31	0	170	233	140	203	8.15e-18	85.5
MS.gene73611.t1	AT3G46640	51.562	64	31	0	170	233	140	203	1.40e-17	84.7
MS.gene73611.t1	AT5G44190	60.656	61	22	1	166	226	141	199	6.62e-16	80.1
MS.gene73611.t1	AT5G44190	60.656	61	22	1	166	226	141	199	7.02e-16	80.5
MS.gene73611.t1	AT1G49190	31.405	121	83	0	7	127	33	153	2.89e-14	76.6
MS.gene73611.t1	AT2G20570	57.407	54	23	0	173	226	152	205	1.68e-13	73.2
MS.gene73611.t1	AT5G61380	28.571	126	87	1	6	128	17	142	2.55e-13	73.6
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.17e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.17e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.17e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.17e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.17e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.17e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.31e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.31e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.31e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.31e-13	72.4
MS.gene73611.t1	AT4G18020	48.387	62	32	0	174	235	296	357	4.31e-13	72.4
MS.gene73611.t1	AT2G20570	58.824	51	21	0	176	226	171	221	8.31e-13	71.2
MS.gene73611.t1	AT5G60100	30.328	122	82	1	5	123	61	182	6.34e-12	68.2
MS.gene73611.t1	AT5G60100	30.328	122	82	1	5	123	61	182	6.34e-12	68.2
MS.gene73611.t1	AT5G60100	30.328	122	82	1	5	123	61	182	6.34e-12	68.2
MS.gene73611.t1	AT5G60100	30.328	122	82	1	5	123	61	182	9.49e-12	68.2
MS.gene73611.t1	AT5G60100	30.328	122	82	1	5	123	61	182	9.49e-12	68.2
MS.gene73611.t1	AT5G60100	30.328	122	82	1	5	123	61	182	9.49e-12	68.2
MS.gene73611.t1	AT5G60100	30.328	122	82	1	5	123	61	182	1.16e-11	68.2
MS.gene73611.t1	AT3G04450	52.632	57	26	1	171	226	235	291	3.03e-11	65.5
MS.gene73611.t1	AT3G04450	46.479	71	31	2	171	234	195	265	5.40e-11	65.5
MS.gene73611.t1	AT3G04450	46.479	71	31	2	171	234	195	265	5.40e-11	65.5
MS.gene73611.t1	AT3G04030	50.000	54	27	0	174	227	45	98	6.26e-11	65.1

Find 110 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
CAACAATTCTGATTACTTAA+TGG	0.142693	7.1:+70516093	MS.gene73611:CDS
TGGATTCTATTTCTGATATT+AGG	0.142773	7.1:+70515903	MS.gene73611:CDS
CTGAAGACTTCAAAGATATT+TGG	0.172247	7.1:+70513824	MS.gene73611:CDS
GTAAGAAACAATAACCATTT+TGG	0.206140	7.1:+70515704	MS.gene73611:CDS
AAATTCTAACTTTGGATCTT+TGG	0.211667	7.1:+70515643	MS.gene73611:CDS
CCAATGGGGAACCATCTAAT+AGG	0.237832	7.1:+70516719	MS.gene73611:CDS
ATTGATCTTTAATATGCTTT+TGG	0.238095	7.1:-70512978	None:intergenic
GAACTACGAATAATGGATTA+AGG	0.247982	7.1:+70515765	MS.gene73611:CDS
AGGATTGGCTCTTCAAGATT+TGG	0.255717	7.1:+70515367	MS.gene73611:CDS
GGACCATGATGATCCTTATT+TGG	0.260083	7.1:+70509111	MS.gene73611:CDS
CTGCTTGCTATTAACCAAAT+TGG	0.262572	7.1:+70514048	MS.gene73611:CDS
ACTTACCTTCCAATCCAATT+TGG	0.263911	7.1:-70514062	None:intergenic
AACTTGTGAGGCATAATATT+AGG	0.274422	7.1:-70515671	None:intergenic
AAATGTAGCAAGTCACTTAC+AGG	0.277878	7.1:+70514912	MS.gene73611:CDS
GGATTCTATTTCTGATATTA+GGG	0.282567	7.1:+70515904	MS.gene73611:CDS
GTGACACACTTACTTATTAT+AGG	0.282733	7.1:-70513009	None:intergenic
CAAAGCATGACGAGCATCTT+TGG	0.288698	7.1:-70512875	None:intergenic
CAACATGATGTGTTGGAAAT+TGG	0.289454	7.1:-70515322	None:intergenic
ATCTCAAAGACGCTAGAAAA+TGG	0.291584	7.1:+70513769	MS.gene73611:CDS
TTTGGAATTCAGCTGAATAA+TGG	0.297513	7.1:+70515722	MS.gene73611:CDS
GGAATTGGAACTACGAATAA+TGG	0.300071	7.1:+70515758	MS.gene73611:CDS
ACTTACTTATTATAGGTATC+TGG	0.300133	7.1:-70513002	None:intergenic
CAATTCCCTTATATACAAAA+AGG	0.300716	7.1:+70515347	MS.gene73611:CDS
TATTCAGCTGAATTCCAAAA+TGG	0.301790	7.1:-70515718	None:intergenic
TTAAGAAACAAAAGCTTGTT+TGG	0.309580	7.1:+70514001	MS.gene73611:CDS
GGAACCATCTAATAGGGTTT+TGG	0.309810	7.1:+70516726	MS.gene73611:CDS
ATTAACGCAGGAATTTGATA+TGG	0.312906	7.1:+70516876	MS.gene73611:intron
TTTACTCAACATAACTTAGA+TGG	0.318423	7.1:+70515995	MS.gene73611:CDS
TTAGCAAGAAATGCCAAATA+AGG	0.323789	7.1:-70509124	None:intergenic
TTGAAGTCTTCAGCACAAAA+AGG	0.324880	7.1:-70513814	None:intergenic
AAAGGGGTCAAAATGAAAAT+AGG	0.325029	7.1:+70515825	MS.gene73611:CDS
AGATATTTGGAAATATGTTA+TGG	0.355548	7.1:+70513837	MS.gene73611:CDS
CAATGGGGAACCATCTAATA+GGG	0.355670	7.1:+70516720	MS.gene73611:CDS
TTTCATCTGGTGGGAATGAA+TGG	0.366419	7.1:+70512946	MS.gene73611:CDS
GATCTTGTTGAAGCCTTGTT+TGG	0.371084	7.1:+70516898	MS.gene73611:CDS
ACTTGTGAGGCATAATATTA+GGG	0.374491	7.1:-70515670	None:intergenic
GGAGCAGAAATGGTTGGAAT+TGG	0.379114	7.1:+70515743	MS.gene73611:CDS
GGTTTGGTTCAAGGAGGGTT+TGG	0.385385	7.1:+70515878	MS.gene73611:CDS
GTTGAACTCAACCTCATTAG+TGG	0.391923	7.1:-70516059	None:intergenic
CGTTATTGCAGAATTTCATC+TGG	0.397811	7.1:+70512933	MS.gene73611:CDS
CCTCCCAAAACCCTATTAGA+TGG	0.398250	7.1:-70516730	None:intergenic
TAGAGGTGAACAAGGATTGA+TGG	0.418771	7.1:+70515547	MS.gene73611:CDS
GGCCATGATCAAAACAGGTT+TGG	0.418831	7.1:+70515446	MS.gene73611:CDS
GCCTTGTTTGGTACTATTGA+AGG	0.422983	7.1:+70516910	MS.gene73611:CDS
GTGTTGGAAATTGGTTGAAA+TGG	0.423793	7.1:-70515313	None:intergenic
TGCTATTAACCAAATTGGAT+TGG	0.424115	7.1:+70514053	MS.gene73611:CDS
ATCACTCTTCAAGAAAATGA+AGG	0.424779	7.1:+70512898	MS.gene73611:CDS
GGCTCTTCAAGATTTGGAAC+AGG	0.426933	7.1:+70515373	MS.gene73611:CDS
AACTACGAATAATGGATTAA+GGG	0.428595	7.1:+70515766	MS.gene73611:CDS
GCTGAATAATGGAGCAGAAA+TGG	0.428747	7.1:+70515733	MS.gene73611:CDS
CTGCGAGATGTTGAAGAGAA+AGG	0.429447	7.1:+70515119	MS.gene73611:CDS
TTCAAGATTTGGAACAGGTT+AGG	0.432005	7.1:+70515378	MS.gene73611:CDS
CAGTGATGTCTGAAGACAAT+AGG	0.437039	7.1:+70513737	MS.gene73611:intron
GGTTCAAGGAGGGTTTGGTC+TGG	0.452214	7.1:+70515883	MS.gene73611:CDS
ATAGTGGCCATGATCAAAAC+AGG	0.454391	7.1:+70515441	MS.gene73611:CDS
AAGCACCTCAGCTACTAATC+TGG	0.458994	7.1:+70516768	MS.gene73611:CDS
AGCGTCTTTGAGATTAAACT+TGG	0.469430	7.1:-70513760	None:intergenic
CTTCTTCAAGTTTCTTAACA+AGG	0.470322	7.1:+70515576	MS.gene73611:CDS
GATTTGGAACAGGTTAGGCT+TGG	0.482764	7.1:+70515383	MS.gene73611:CDS
TGTTTGGTACTATTGAAGGC+TGG	0.484902	7.1:+70516914	MS.gene73611:CDS
ACTTCAATATTTGCAAACAT+TGG	0.487228	7.1:+70515256	MS.gene73611:CDS
AACTTAGATGGAAATGTTGT+GGG	0.487865	7.1:+70516007	MS.gene73611:CDS
TTCATCTGGTGGGAATGAAT+GGG	0.491841	7.1:+70512947	MS.gene73611:CDS
GTTGAAGAGAAAGGAATGGT+TGG	0.491902	7.1:+70515128	MS.gene73611:CDS
TCTGATATTAGGGGAGGGAG+TGG	0.493957	7.1:+70515914	MS.gene73611:CDS
ATTAACCAAATTGGATTGGA+AGG	0.494957	7.1:+70514057	MS.gene73611:CDS
CTTGAATATCTCTCTCTCCT+TGG	0.495918	7.1:-70513975	None:intergenic
GCAAATAACTCAATTGATGA+TGG	0.498603	7.1:+70515500	MS.gene73611:CDS
ATGTAGTTGCGAGGAAATGA+AGG	0.504783	7.1:+70516691	MS.gene73611:intron
TAGGCTTGGAAAATCAAAGT+TGG	0.508790	7.1:+70515397	MS.gene73611:CDS
CCTATTAGATGGTTCCCCAT+TGG	0.510141	7.1:-70516719	None:intergenic
GTGGGATCAGTTAATAATGA+AGG	0.513684	7.1:+70515950	MS.gene73611:CDS
TAACTTAGATGGAAATGTTG+TGG	0.515281	7.1:+70516006	MS.gene73611:CDS
GACATTAGAAACCAGAATCA+TGG	0.525782	7.1:+70515614	MS.gene73611:CDS
ATTTCTTGCTAATATACTCA+TGG	0.525942	7.1:+70509135	MS.gene73611:CDS
ACTATTCTCCACAACAGCAT+TGG	0.529555	7.1:-70515423	None:intergenic
ATTGCAGAATTTCATCTGGT+GGG	0.533922	7.1:+70512937	MS.gene73611:CDS
TTCTTCAAGTTTCTTAACAA+GGG	0.536372	7.1:+70515577	MS.gene73611:CDS
GTTTGCAAATATTGAAGTGT+TGG	0.548387	7.1:-70515251	None:intergenic
TATTGCAGAATTTCATCTGG+TGG	0.554479	7.1:+70512936	MS.gene73611:CDS
TAGTGCTACTTCCACTAATG+AGG	0.555630	7.1:+70516048	MS.gene73611:CDS
AATAATGGAGCAGAAATGGT+TGG	0.555811	7.1:+70515737	MS.gene73611:CDS
CTATTTCTGATATTAGGGGA+GGG	0.562145	7.1:+70515909	MS.gene73611:CDS
AATTTGGTTTGGTTCAAGGA+GGG	0.563542	7.1:+70515873	MS.gene73611:CDS
TCTATATGATGAAAATCTAG+TGG	0.565614	7.1:-70515528	None:intergenic
GAAGAGAAAGGAATGGTTGG+AGG	0.566539	7.1:+70515131	MS.gene73611:CDS
AATGCTGTTGTGGAGAATAG+TGG	0.567974	7.1:+70515425	MS.gene73611:CDS
TGGTACTATTGAAGGCTGGA+GGG	0.569657	7.1:+70516918	MS.gene73611:CDS
GTTGGAAGCCAATGCTGTTG+TGG	0.573882	7.1:+70515415	MS.gene73611:CDS
GAGTGGAAGAGAGTTTCTAG+TGG	0.581390	7.1:+70515931	MS.gene73611:CDS
TTGGTACTATTGAAGGCTGG+AGG	0.585411	7.1:+70516917	MS.gene73611:CDS
TCTATTTCTGATATTAGGGG+AGG	0.587568	7.1:+70515908	MS.gene73611:CDS
AAAGTCTTCATACCTCGTTA+CGG	0.588578	7.1:-70516132	None:intergenic
AAATTTGGTTTGGTTCAAGG+AGG	0.591953	7.1:+70515872	MS.gene73611:CDS
ATGCCAAATAAGGATCATCA+TGG	0.595709	7.1:-70509114	None:intergenic
AATTGGTCAACATGATGTGT+TGG	0.598362	7.1:-70515329	None:intergenic
TTGCTAATATACTCATGGCA+TGG	0.599578	7.1:+70509140	MS.gene73611:CDS
TCATCATATAGAGGTGAACA+AGG	0.599585	7.1:+70515539	MS.gene73611:CDS
GATTCTATTTCTGATATTAG+GGG	0.603781	7.1:+70515905	MS.gene73611:CDS
AGAAAGAGTAAAGAATGCCA+AGG	0.604346	7.1:+70513958	MS.gene73611:CDS
ATTTCTCTGATCACAGAACT+CGG	0.612627	7.1:-70515197	None:intergenic
ACTTACCAGATTAGTAGCTG+AGG	0.612638	7.1:-70516773	None:intergenic
GCCTTCAATAGTACCAAACA+AGG	0.631580	7.1:-70516911	None:intergenic
AGTGGAAGAGAGTTTCTAGT+GGG	0.633695	7.1:+70515932	MS.gene73611:CDS
TTATGTGACATGTAGTTGCG+AGG	0.641757	7.1:+70516682	MS.gene73611:intron
CTCATGGCATGGCAATACAA+AGG	0.648754	7.1:+70509151	MS.gene73611:CDS
ACATTGGCATATCAAACAAG+AGG	0.659644	7.1:+70515272	MS.gene73611:CDS
AGATGTTGAAGAGAAAGGAA+TGG	0.660542	7.1:+70515124	MS.gene73611:CDS
ACATCAGAAGTAAACTTGTG+AGG	0.669577	7.1:-70515683	None:intergenic
TGACAAGAATCTCCGTAACG+AGG	0.706301	7.1:+70516120	MS.gene73611:CDS

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr7.1	gene	70509073	70516945	70509073	ID=MS.gene73611
chr7.1	mRNA	70509073	70516945	70509073	ID=MS.gene73611.t1;Parent=MS.gene73611
chr7.1	exon	70509073	70509172	70509073	ID=MS.gene73611.t1.exon1;Parent=MS.gene73611.t1
chr7.1	CDS	70509073	70509172	70509073	ID=cds.MS.gene73611.t1;Parent=MS.gene73611.t1
chr7.1	exon	70512866	70513018	70512866	ID=MS.gene73611.t1.exon2;Parent=MS.gene73611.t1
chr7.1	CDS	70512866	70513018	70512866	ID=cds.MS.gene73611.t1;Parent=MS.gene73611.t1
chr7.1	exon	70513740	70514078	70513740	ID=MS.gene73611.t1.exon3;Parent=MS.gene73611.t1
chr7.1	CDS	70513740	70514078	70513740	ID=cds.MS.gene73611.t1;Parent=MS.gene73611.t1
chr7.1	exon	70514857	70514933	70514857	ID=MS.gene73611.t1.exon4;Parent=MS.gene73611.t1
chr7.1	CDS	70514857	70514933	70514857	ID=cds.MS.gene73611.t1;Parent=MS.gene73611.t1
chr7.1	exon	70515104	70516141	70515104	ID=MS.gene73611.t1.exon5;Parent=MS.gene73611.t1
chr7.1	CDS	70515104	70516141	70515104	ID=cds.MS.gene73611.t1;Parent=MS.gene73611.t1
chr7.1	exon	70516697	70516789	70516697	ID=MS.gene73611.t1.exon6;Parent=MS.gene73611.t1
chr7.1	CDS	70516697	70516789	70516697	ID=cds.MS.gene73611.t1;Parent=MS.gene73611.t1
chr7.1	exon	70516886	70516945	70516886	ID=MS.gene73611.t1.exon7;Parent=MS.gene73611.t1
chr7.1	CDS	70516886	70516945	70516886	ID=cds.MS.gene73611.t1;Parent=MS.gene73611.t1

Gene Sequence

>MS.gene73611

ATGGATTGCGAACTATCAAATATCAAAGTTTTGATTGTGGACCATGATGATCCTTATTTGGCATTTCTTGCTAATATACTCATGGCATGGCAATACAAAGGTATATGTTTCTGTTTAATTATTTAATTAATATCATGTGGTTGAATTTTATTTTATTTCTATTGAAATTTTATTGATCTGGGATGTTTTTAAATATATTAAATTTTGTTGAAATTCAAAAACATTATCATATCATGTATACTAATGCTTATTGATTGATCCATGTGTATGAATTGCAAATCTCCAATAATAATCAATATGCGTTGTTGAATAAATGTAGTTATAATTAATGTGTTTTCGTGGAAATCATTGTATTTTTTTAATTGTGTTATTTTTCATTTATTTTTATATTAATCCTTCGAATTTTAAAGAAAAGAGGTCTTTGGTAATTCTAACATCATATTCTAAGATCCGTTGATAGGTAAATAAATTCTAATCAAAGATTGTTCGAATCATAATTCAAACCCAAGTTGTAACAGGCTTAATCATTTTATACTAAATTTTGTACAAATAATGTGTTAACAAAGGCATGACTTATCCTCGTGCGCATAGCTCAGTTGGCAGGGACATGGATTGTTATATGCAGGGGCCGAGGTTCGAACCCCGGACACCCCACTTATTCACTTTGATAGTAAATTCTAGCCAATAGACTACTTAACAAAAAAATAAAATAAAAAAGCATGATTTTATGTTTGACCCCCTTATATCATATCATCCAACAACATAATATATATGTAGAAAGACAATATTACATTATTTTGTTATGTTTTTTTTTTTTTTTTAAAGATTAACTATTAAGTGAATTTTGTCAACAAAAAAAAAACTATTAAATAAGAATCTAAGTAAATAATTCGTGTTTATTTATTTCATAGAAATAGTTATTGTTTACTTTTTTTTCTATTTCATTTCCATTTTTGTAGCGGTTGAGTCGACCCTTTGGATTTTTTTTAATGGCAAAATATATATGTTAATAAACGAAAACGAAATCCATGCAAACACCCGAAAAAGTACAACAAAGAATCCAGAAATAAGAAGCAGACCAGCTACAACACCAATAAATAAAAGAAAAAAATAGAGAAATAACACCCAAGTATAGACAAATTCCCAAGTTACCCAACGAGTCCCTCCCAAGACCACAACCAAAGAGGTAGTAGAGAACGGAGGTTCACTCGAGTTAGACAAATACCCAAAATCGGGTCCCCACCCAAAAGCCCAAAGCACATATCATATCTAGCTCTGCCCCAACAAACTGAACACTACTTGCGCCAACAAAGAATTGACTCCACCTTCCACTCATAAAAAGAACAGTAGTGTGAAGGGTGTTTAGCAAATAACCAATTCCAATAAAGGAATTGAATCTTATCAACTATAATATCAACTCAAAGGCAGTACCAGAAAAAATAATGTCATTTCGGGCCTTCTGGATGGACCACGCAGTTTCTTGCCAAACTATAGTATATTCTAGTATATCCCTACGCCTGCTACCTAAAAACACTAACCCATGAAGCAATTCCTGAAGATTCCTAGGTAAAACGCACTCCCACCATAACCACCTACAAACACGATACCAAACACTGGATGCCACCCTACAAGTGACAAACAGATGATCCACTGATTCCACACTTTCCTCACGAATTGGGCACATAGAGTTTACTTGATTAGAGATCACCCTGCGCTTAAAGAGATTTTGACGAGTTGGGGCCCTATAGAGGATAAGTTGCAGGCTGAAATTTAGACGATGCCCAGCTATGCCAAATCATATCCAAGGGGTCAACAACCGCCTCAGACTTCCCACCCTATTGAACTGAGGTAGCTGAAAGAGTAGCGTAGGCAAAACGGAGCGAGTATTTCCCATCTGAGGATGCCTCCAAGACCAGGAATCATGTCCCTCAGATAAATGCTCCCCCCCCCCCCTCTCAAGAAGTGCAAGTGACTAGTACAACACCTCCTATACCCAAGCATAAAAGGGTCGGCGCCATCGAAGGTCCCACTCTCAAACACCTTCCCTCCAATCCCCCATAGAGCATATGCACTTAGTTTGTTGATGAGACACATGAAAAAGCCTATGGAAACTTAACTGAAGGGGTATGACCTAACCAAATATCCCCCCCAAAAGGACATCATCTTGCCATCTCGAACCACTTGAGACAAACCCTCTGCAAACCAATCTGAAGAGAAATCGGACTTGGAGCTGAGCAAAGAAACCCCTTTCCACTAAGGCGAAGGAGATTTTAGGGACCTAGCTCTCATCCCAAAATTACAAGACGTCGTTGTAGACCCATACCCGACTGACAAGATACTACGCCACAAGCCTTCACCCTCCGCTAGAATCCTCCACTTCCACTTGCCAAACAAGGTCAAGTTAACGAGACGAAGATCTCTTACCCCCAATGCACCCTCTCTTTTCGGCTTACAGATGTTTGACCAGCTAGCCCTATTCCCTCCCTTAGATCCTCCCCACAAAAAAAAAAGTCTTTGTAGGCGAACAATATGTTTCCAAACCTTCACCGGCATTTTCATAAATGATAAGAAAAAAATGGTGATGGAATTTAAAACAGAATTAATTAAAACCACTCTACCCCCAAGACTCGCAAATCTATTGGTCCAAGAGTTAAGGCTAGACTCAATAAGGTTGATTAATGGGTCTCAAGTTCTAGAAGAATGGGAATTCGCTCCTACCGGGAACCTAGATACTTGAAAGGAGAAGACCCCAACCTACAATGAAGAAAGCCCTCTGCCATCCTAAGAAAAGAGTCGTCTACATGAACCCCCACAAGGAAACTCTTAGCAAAATTAACCCACAGACTAGAGGCAAGCTCGATAAATATTTTATCCTTTAAGCCTTTTGATTGTCTCAATACTTTTTATCATTTTTTTCACCGTATATAAGGGATGTATGTTTTTTTTACCTGTAAAAGAAATTTATTAAAAAGGAGTATTAAGGATACTCAAATCAAAATAACTTGACAAGGCAGGAATATAACTCCAATAGTAAGGTGTTGAACAACATTACCCGCCACTCAATAGGAATACTTGAATCCTTCCATTGGAAACGATAAAAACAGTTCAAAAGAGCAAATGCATGGGATACACACAATTCATGGTTGCATCCGTGCCGATACGCGCGGTGAAGCCGCGTTACCTGTGTTGTAGCACGGTTATCTTGACTAGTATAAAATGATATTGCGTCAATTGTTAGTGAAGTGGGTGGGGATAGAACTATTAACCTTCCTACTTGTTTCTTGATTTAATTAATTTCTCTATTTCTAACGATTTTACACATAATTTTTTTTCCTTTGCTATTGCCTGAGATTTGTTATAAACTATCAAAAGCTTTTATTTTTGCTTACCATTTTAGTTTTTTTACTTTTCTATATTTCTCTTTATCTATCATTCATCATGTTTTTTAACTAGTCAAGAACCTTGCTTAATAACACTCAATCTTGTATTTAATACTTTTGTCTCACAATCAAGGAAATATTCCACTCTTTGGCTAAAAAAAATCCATTAAAAAGCCTATACTCCAGTAGTTTGTTTTCCTCTATACCTACCAGACATGCATTTGATTTTGTATTCAGGTTAGAGTATTCATATACTATCCTTAAATACATTTTGTGAATAAAAATTATTCCTTATGCCTCATTAAATTCTTTTTCCAGTAACATGCAAAAATATATTTCATGGTGGCTAATATTTATTGTATTTTATAATTTCAATAAAACTAATAATTCTTCTATTTGTTATTGAGTTTCAGTTGTTACTGCCAAAGATGCTCGTCATGCTTTGATCACTCTTCAAGAAAATGAAGGCTTGTTTGATCTCGTTATTGCAGAATTTCATCTGGTGGGAATGAATGGGTTAGAATTCCAAAAGCATATTAAAGATCAATTCCAGATACCTATAATAAGTAAGTGTGTCACTCTTACACATTAAATAAACATTGCAATTGTTTTTCTTTGCATGCATAGGGTTTTCCAGTTTTTAATACTTACTTGTTTATTATGCAAACATGCTTAAGGATTTGGGCTCCTAAATTGATAGGTGCACTAAACAAAGTGTAAAGTTAATACCCATTTATTTTAGAAATCCAGTTCTTTATTATCTTAACCTTACGATTTTCATGAAAAATACCTCAGTAATTTCTATATAATATTTTTGTGTCATTTGGATAGATAATTTGGATACATATGAATCAAGTTTAAAAAAATAAAAAATTGAGAGCATTAAACAATGTTTCATTAATATACTAATAAATAAAAGACATTATTTGTGTCATTTTGGCATATGACACTATTTTGATAAATAATTTATAGGGGAAAAAATTATGTAATTTTTATCTATTTCTTTAATAAAGTTATATAAAGTGGTTTTGTTTATCTTAGCTATAAACAACTTTAATAAGTTGGAAACGATGTGTACATGTCATCATAAGTTGTTAGCATAAGCTCTCACAAGTACTTTATGTCAGTAGATAAGTTTAAACAAGTTCATCCATACAGTTCTTTAAGCTTCTTGAATAATATTTGAACATCAATTTGATCTAGTGATCATAATTATCGTTATCATTCCCACCACTTTAGTTCTTATGCATTATTTAAATATTTAAATTTTTCTCTTGTTTCAAACAGTGATGTCTGAAGACAATAGGCCAAGTTTAATCTCAAAGACGCTAGAAAATGGAGCTGCACAGTACATTGTGAAACCTTTTTGTGCTGAAGACTTCAAAGATATTTGGAAATATGTTATGGAAGCAAAGAAAGAGAAACTTTTCATTGAAAGTTTATTTGTGAGAAGCGAAGAAGAAGAGATATCAAGTGAACCTAAGAACGAAAAGAAGCATTGCAAGAGAAAGAGTAAAGAATGCCAAGGAGAGAGAGATATTCAAGTTGTTAAGAAACAAAAGCTTGTTTGGACACCTTATCTCCACAAAATGTTTCTGCTTGCTATTAACCAAATTGGATTGGAAGGTAAGTCATCTTTTAAAAATATTTTTCTTATGAAAGGCTTTTTAAATCTAATTAGTTTTAACCATATTGTAAGTAATATGTGTACTTCTTCCAACCATAAATCGGCTGCACCATTTTTCTATAGTATTGTCTGCTTTGAATCTTATATAAATATATACACCGCTATCAATGCAACATACTTAAGGTCAAAAAATATATTATAAACTATTTCAATGTACACACCACTATCATTTTAAAATAATATAAATGGTCATTTACATGGTCATTTTACGACCATATCATATGGGATTTGAACTTCTTCCGTCAAGGTTACAAAGTTAAACTCTTTCCCGTTAGCTAGCACCTAGTGCACAACACCACTATCATTGTTTATAGGCCAAAGTAAATATACTAGTAATAATACATGACACACTTAATTTTGCAAATGTTTTGACATCACACATTTCTTTCATATTTTACACGATGAACATAAATACAATTAGTATCCCCATCAAACTCAAGTGGGTGTGAAAGATACTTTTTTTACTTTTAATTTGAGTTAATTATGTCAAATTACATGCAGTAATAACAATTTACATACATTGTCCAAATACAAATTATCTATTATCCAAATTTTAATATTAATACACACTTTGCATATATTTCATACCCCTAAAATTAAGTTGTTGGCTCTTTCATTATATATATCTATATATATATATATATATATATATATATATATATATATAATAACTAAATACAATGTGTTTTTCTTGTGTTTATATTTTCCCTAATTCAGAGGCTGTTCCAAAAAAAATTCTGGAGATCATGAATATACCAAATCTGACCAGAGAAAATGTAGCAAGTCACTTACAGGTTTTTTTCTCAATTTACTTCAAATATTTCAATAATATTATAATGTCATCATTAGCAGACTGAATGATAATGTTGATAATTTTCTGCCTCTAATTTTTGTCGTTGTCTTAACTTTCTCTAGTATATCTTGCAAACTCTAATGCTTTAGTATGTGATCACAATACTTGCAGAAGTATCGCATATTTCTGCGAGATGTTGAAGAGAAAGGAATGGTTGGAGGCATATCTCACAGAGCTCTAAGATCAAGTTTTGCATCAGGTCTACCGAGTTCTGTGATCAGAGAAATCGAAGAAAAAAGGACAAACAAACTTCATGCGCCAACACTTCAATATTTGCAAACATTGGCATATCAAACAAGAGGTGCAAACAATGTTTTTAACCATTTCAACCAATTTCCAACACATCATGTTGACCAATTCCCTTATATACAAAAAGGATTGGCTCTTCAAGATTTGGAACAGGTTAGGCTTGGAAAATCAAAGTTGGAAGCCAATGCTGTTGTGGAGAATAGTGGCCATGATCAAAACAGGTTTGGAATAAGCTCTTCAAACCTTCCATTTTTTCAAGCAAATAACTCAATTGATGATGGTGCTTCCACTAGATTTTCATCATATAGAGGTGAACAAGGATTGATGGTTTCTTCTTCTTCAAGTTTCTTAACAAGGGATTTTAAATTTGGTGACATTAGAAACCAGAATCATGGTGTTAAAAATTCTAACTTTGGATCTTTGGCAAGCCCTAATATTATGCCTCACAAGTTTACTTCTGATGTAAGAAACAATAACCATTTTGGAATTCAGCTGAATAATGGAGCAGAAATGGTTGGAATTGGAACTACGAATAATGGATTAAGGGATTCTTGTGCAAATAACAATAGTTTTTGCTTCAACGAAAGGGGTCAAAATGAAAATAGGAATTTTAAATCTTTTGTGAATGAAAAATTTGGTTTGGTTCAAGGAGGGTTTGGTCTGGATTCTATTTCTGATATTAGGGGAGGGAGTGGAAGAGAGTTTCTAGTGGGATCAGTTAATAATGAAGGAAATGTTTCAAAGAATAGACAATTTACTCAACATAACTTAGATGGAAATGTTGTGGGAAATGAGCAAAAGTATAATAGTGCTACTTCCACTAATGAGGTTGAGTTCAACAAAATTGAATTCAACAATTCTGATTACTTAATGGCTGATGACAAGAATCTCCGTAACGAGGTATGAAGACTTTAGAGAAAATTGTTAAATGTACAATATACAATTTTTTAAGTGTTAAATATGTTTTTAGTTCTTATAAGATATCTACTTTTATAACAATTATTTGACTCAGACTTACTCATTTCACTAGATATATAAAAGTGGTGATGATATCTCTCCTCAAGTTAAAATCGCATCGTGTGTGCTGAACGAGTCACCAATAAGTTCAAACAAAAACTCACAGGCAAGTCTCATTGGTTATCACACTCTTTGCTTGAAGCATAGTTTTATTATATTTCCTTTCCCTATGTATCTATGTTAAACCAACACTTATCTATGTTAATATGATGGTCATAATGTAATTGGAGAGGTTCCTAACTAATAGTTTCTTTTAAGTTGAACTCAATCTTAATTTATACCCTAATTCTTCAAAAATGCTTATTTAACATCTTTATATACATGTATTAGAGCTTTTAAGTATTATTTTTTATGATTTTAAATAGAAAATCACTCATCCAAATTTGCACTTAAGGAACCAATAGAATGTTTCTGAAGTTTTTATTATGTGACATGTAGTTGCGAGGAAATGAAGGATTTTCCAATGGGGAACCATCTAATAGGGTTTTGGGAGGCGAAGTGTCTAAAGCAAGCACCTCAGCTACTAATCTGGTAAGTAAAATTGTAATAAAAATGTTTGTTTATTGAAATTAACCTTGATAAATAAATATATCTAATATGAGATTATTTTACCTAATATTAACGCAGGAATTTGATATGGATCTTGTTGAAGCCTTGTTTGGTACTATTGAAGGCTGGAGGGATTGA

Protein sequence

>MS.gene73611.t1

MDCELSNIKVLIVDHDDPYLAFLANILMAWQYKVVTAKDARHALITLQENEGLFDLVIAEFHLVGMNGLEFQKHIKDQFQIPIIMMSEDNRPSLISKTLENGAAQYIVKPFCAEDFKDIWKYVMEAKKEKLFIESLFVRSEEEEISSEPKNEKKHCKRKSKECQGERDIQVVKKQKLVWTPYLHKMFLLAINQIGLEEAVPKKILEIMNIPNLTRENVASHLQKYRIFLRDVEEKGMVGGISHRALRSSFASGLPSSVIREIEEKRTNKLHAPTLQYLQTLAYQTRGANNVFNHFNQFPTHHVDQFPYIQKGLALQDLEQVRLGKSKLEANAVVENSGHDQNRFGISSSNLPFFQANNSIDDGASTRFSSYRGEQGLMVSSSSSFLTRDFKFGDIRNQNHGVKNSNFGSLASPNIMPHKFTSDVRNNNHFGIQLNNGAEMVGIGTTNNGLRDSCANNNSFCFNERGQNENRNFKSFVNEKFGLVQGGFGLDSISDIRGGSGREFLVGSVNNEGNVSKNRQFTQHNLDGNVVGNEQKYNSATSTNEVEFNKIEFNNSDYLMADDKNLRNELRGNEGFSNGEPSNRVLGGEVSKASTSATNLEFDMDLVEALFGTIEGWRD