Gene detail

Gene detail information of Glyur000006s00001669

Functional Annotation

Database	Orthologs	E value	Annotation
TAIR	AT3G19050.1	0	phragmoplast orienting kinesin 2
NR	XP_006575019.1	0	PREDICTED: phragmoplast orienting kinesin 2-like [Glycine max]
COG	YP_004781659.1	1.00E-07	SMC domain containing protein [Pyrolobus fumarii 1A]
Swissprot	tr\|Q27IK6\|POK2_ARATH	0	Phragmoplast orienting kinesin 2
trEMBL	tr\|I1JEX7\|I1JEX7_SOYBN	0	Kinesin-like protein {ECO:0000256\|RuleBase:RU000394}

Sequence

Transcript Sequence

>Glyur000006s00001669.1
ATGCTGAGGGATTTGAAACTCCCACGCCGGAATCCCGGGAAGCAAGAAGAACCGGAGAATGTGGATCCATTGGATTCAACGGCGGCAAGTCAGAGATGCACAGAAGCTTCTAGACCTCCACTGAATACAATTCAAGAGCCCGATGTGAGTTGCGGAAGTAAGATCGAGAGGACTCCTTCGAAAACCAACAAAAGCAGAGGAGGAGGACCTGAGCTTCGCACGCCGGATAAGCACGGAGGGAGCTTGAAGCACCGGTTCGGGTGGCCTCAGAGAAACGACGCCGTTTCTNCCGCGTATGATGACAGGAGAGGATCTGGTGTTGGAAATGCGACTCCTCGGGTGACTCGCAATGCGGGGAGAGCTTGTTCCGAAAGCAATTCCACGCAAAGCACTCCAACAAAGAGTGTGACAAAGCCTCCTCCCAGCTCCAGTGTTCGAAGTAAAGCTGATGGTAGCTTCAGTGCTCGCTTTGGGAACTATGCTGCATTGTATAAAGGGGTTCCGAGTTCAGCTTCTACTCCCACGGTTGTTAACACGGTCGAAGTCCCTCACTTCGATCTCAAAGAAGATTCTTCCTTCTGGATAAATCACAATGTACAGGTTATTATTCGTGTTCGTCCTCTCAATAGTGTGGAGCGGAGNACACAAGGCTATAACAGATGCCTGAAACAAGAAAGCGCTCAATGCATTACTTGGATTGGGCAACCGGAAAACCGGTTCACCTTTGACCACGTTGCATGTGAAACAGTAGACCAGGAAATGATTTTCAGAATGGCTGGTCTTCCAATGGTAGAGAACTGCCTTTCAGGATACAATAGCTGTATGTTTGCATATGGACAGACAGGGAGTGGGAAAACATATACAATGCTTGGTGAAATTGAAGATTTAGATGTGAAGCCCAGTCCTCATCGTGGAATGACTCCACGTATATTTGAGTTTTTGTTTGCTAGGATTCAAGCTGAAGAAGAAAGTCGAAGAGATGAGAACTTAAAATACAACTGCAAGTGTTCCTTCCTGGAGATTTACAATGAACAAATTACAGATCTACTTGACCCCTCGTCTACCAATTTGCTTTTGCGGGAGGATGTCAAGACGGGTGTTTATGTTGAAAATCTATCCGAGTTTGAGGTGCAAAGTGTGAGTGACATTATAAGGCTTCTAATTCAGGGTTCTGCAAATAGAAAAGTTGCAGCAACAAACATGAATNGAGAAAGCAGCAGGTCCCACAGTGTTTTTACATGTGTAATTGAGAGCACATGGGAAAAGGATTCAACAACTAATTATCGTTTTGCAAGGTTAAACCTGGTTGATCTAGCAGGTTCAGAAAGGCAGAAAACTTCTGGTGCTGAGGGTGAGCGTTTAAAGGAAGCGGCTAACATCAATAAATCACTATCTACCTTGGGTCATGTTATTATGATACTAGTGGATGTGGCAAATGGGAAGCAGAGGCATGTCCCTTACAGAGACTCTAGGCTAACGTTTCTTCTTCAGGATTCTCTCGGTGGAAACTCGAAAACAATGATTATTGCCAATGTCAGCCCTTCTATATGCTGCGCTGCTGAAACATTGAATACACTAAAATTTGCTCAGAGAGCAAAACTAATTCAAAATAATGCTGTGGTGAATGAAGATTCTACTGGGGATGTAATTGCTTTACAACATCAAATTCGACTTTTGAAGGAGGAGATTTCTACCCTCAAACAACGTCAGAATGTCTCCAGGTCTTTGTCATTTCCTCTGGCATCTGTCAGAGACATAAAACAATCAGTAGAACAGTGTTGCTTAGAAAATGAATCTGACATGGTTGAACAACATGATGATGATANGCTTGATTACGGATCCAAGGGCATTAGAATGTCCCAAAAACAGTTAAATTCATTGGAGACAACTCTTGCTGGTGCTTTGAGAAGGGAACAGATGGCAGAAATTTCTGTTAGACAGCTAGAAGCAGAAATTGAACTATTAAACCGTTTGGTTCGTCAAAGAGAGGAGGACACTATGAGTTGTAAAATGATGCTTAGATTTCGTGAAGACAAAATTCGTAGACTGGAATCTCGAGTCGTTGGTTCTATTACTGCAGATGCATTTTTGCAGGAAGATAATAAAGCACTTTCTGATGAGATTCAGATACTTCAGGGAAAAATTGATCAAAATCCTGAAGTTACTCGGTTTGCTGCGGAGAATATCAGGCTTCAAGAACAACTTNGAAGATATCAAGAGTTCTATGGAGAAGGGGAGAGGGAGATTCTTTTGGGTGAAGTATCTTCTTTAAGGGAACAGTTGCTTCAATTTCTTGGAAGAAACTCCGTACAGGGTAATTCCAATTATGGCATTCAACCTCAGAAAGCTCAGTGCTGCAGGAATGAAAATGACTCTGTTGATCTAGAGCTAAGAGACGCTCTTGACAAGTTGCAGGAATGCAGACAAAACTTAAATTATTGCTTAGAGGAGAATGCAAAACTCAGTAGGGAATTAGACTCTTTTCACTCTATGGTAAGTAGCACAAATGCCACAAAGGATTCAATAAAAGGACCTCTGTGTGAAGCTCAAGCAGTTCCACCTAAGATGCCGGCGAAGCATGAACCTCAGATGTTAATACAAACAGATGATATCTTGGATTTGCACCTTGAATTAGATATCATAAAGATCATTCTGAAGGAAGAGAGGACTCTCCGTGGCAAATTGGAGGAGCAAACAACATGCTTAAATCATGATTTTCTAATGGCAAAAGACAAGCTTTTGCTTACAAGCAAACAGTTAGAAGATGCAAATAATGAACTGAAAGATACAAAATCTGTTATTGAAGCTCTTGAATCACAGCAGATTTTATCAATCAAAGAGATAGAAGAGTTGAGGAACAAGAACAGACATTATCTGGAGCTTGTCAGGAAACAAGAGTGTGAAATGATGGCTATGAAGAATCAACTTGTGTCTAAAGAGTTAAGAGAGAGTTCACTGTTAAATCATTCAGAGAATGATAATGAGTCCCCCTTACAGGTAAAACTCAGAAGGATGCACGATTCTCTTGAAAAAGCCAAACAACTGAACATGTTGTACCAAAGTGATCGTGCATTCCACATATCTAATGAGGAAGAGATGGATGAAGTCCGTCGGCAGGCTGAGGCTGAAACTGCTGAGGCAATCGTATATATGCAAGAAGAACTTGCCCTGCTTCAACNTCAAGTAAATGATAGTCATTTGAAGGAAATAGAAATGAAAGAGAGTATACTGCATTTGGAGACTGAATTGAAGGAGGTGCAAGAAAAATTGCTTAGTATTGTTGATGACAACAAAAGTTTGAGTGAAGAGCTTTGGCATAAAGATAAAGAACTCAAATCACTGGCTGAAGAATGGGTGCTATTAACTTCTGAGATTGAAGAGATTCTTGCTGATGGATGTGAGGCACTTGTTGATGCCTCTGATGAACTTGGCCATATAAGCAATTCCTTTCCACAGAAAAGGATCTGGATTTCTGAACAAGTTGGCATGATTGTTAGAAAAATCTCTGAAAAGGAATTATTAATTGATGAACTTAGAAGATATTTGGAAGATGCAAGCAATAAAAGAAGTGATATGGAGTGTATGCTGAAGTCCTTACGAAGTGCAACACTAGTGATTACTGAAGCCCACCAGAAGGAGCGCACTGAACTAGAGAAAGAAATTGTCCTGTTGACATCACAACTGANTGAAAAAACATCTACTGTGACACAAATGAAGGAGCAGTTGATAATGGCAGAAGATCATATAAAAAAAGCATCAAATTGTGCAACGGTGGCTTTTGTAGTTGTGAATAGATTTTCAGAGTTGAATGTTGGTTACCTTGATGATCTAAAGCAAAAGGATATTCTGCTGGGTGAACTAGCAGAGGCTAATGATAGGAAGGATGCCCTTCTCATTGATCAATCCATTTCACTTGAACAAGCAGAGAGACNGATAGCAGAGTTGCAGGAAAAATGTAACAAATTATGGCAGAAGCTGTCTGAGGAGCAAGAGCATTCTTGTGATTTGGAACAAAAGCTTGAAGATATTGAAAAGAATGCCATTTCAAAGACAAGGGAGCAACTACTGACATTACAAGATGGTGTCTCTTCAATCAGGTCATGCATGGCCTCTTTTGCAGACCATTCGGAAAGTCTTTATAATAGAAATTTGTTNGATGTATGCACATCATACCATGATGATAGTTGTGAACCAAGGATAACTTCTGAAACACATCAAAACAGTGATTCAGATCCACATTCTGTTGAAGAACCTATAGTTGACATGGCTGACTTATCTTTTAAATTGGCCAAAAGTGAATATGATATGAAAGACCAGAAATCAAAAAGAGTTTGCAAGGATGCACGTGAAAGAGATGTTACCATTACACTTTTGAGAAAAGAAATAGAATGTGCTCTTGAAAGCTTAAAACAAGTGCAAGATGAGATGGCCAAACTGCATGAAGAGAAAAAGGAGATGTCAATGTGTGAAATGCAGAGTCGGCAAAGCATCAAGTGCCTCACAACTCAAATACTTGCCCTGCAAGCGGCTATGAGACACTTTGAAGAGCTATCTAAAGGCAAGGTTGAAGTACTTAGTCACAAACTTAGAAACCTGGAGAAACCTCTGAAAGAAGCTGTGTCCCATTGGTATCAAACAAAAGAGTTGCTTGAACTTGAAGTTGGAGAGGCAAAAATTGTTCAAGCTCAGAAAGCTGAAGAGGCAAATTGTATTCTTGCTAAATTTGAAGAAGCCCAAGATACAATGAAAGAAGCTGATATTATGATAAATGGATTAGTGATAGCCAATGAGTCAATGAAGATTGATATTGAAAGACTGAAAGAACGAGAAGTCACATTGCTCAATGAGAAGGATATATTAGTCAACAAGGTTGAGAGCTTACAAACCGTTGTTGAGTTGAAGCATCAGGAGATAGAGGACCTTGTTGAATCAAATCTTATAGAAACAAAGGATTTAGTCATGAAGCTGGATGAAGTCATTAAAGAGGTGCAGTTGATGATGAAGGGAAATTTCATGTCTTTAGCTTGTGATTTAGAGTGCTTCAAGTCTCAATTTTTATATTCCACTAAGTTGATACAGCCATGGCTTGAGAAGATATGGTCTGAGATAGTTTTTAAAGATTGTGCTATGTCTGTGCTACATCTCTGTCACATGGGTATTCTACTGGAAACAGTAACAGGGATGCATGCAGAAAATGGTTTGATTTCACATGGCTTGTGTGAATCAAACTCTGTCATAAGTGATTTGAAGGAACACAATTTTAAGACGAGGCAAGAACTGGAGATGTGCAGAATCTTGAAAGGGAAACTGCTTGCTGACATCAAGGACAGTTTTGATCGCATAACTAGGAAAGAAGTGGAAGCTGGAGAGATCACCATCAAGCTAAACACTTTTGCTAAAAACATATCAGACCTACAACTTCAGGAGGAGATGATGCTGCAAAGGTCTAATGAAATGGGATCCCAACTTGCTATCTTGATGAGGGAATTGGATCTGAGTAATACAGATGTTGTGACATCCCTTTTAGATCAAGAGAAACTCCTGAAACAGAAAGTAGAAGTCATTGAGTCTCAAGCTGAATTTTTTATGGCAGATTGGTATGCCAAAGACTTTGAGTTACTCATCCATGCTTCTGAATTAAGAAATATGGCATGTAACATATCTGATATGGAGGAGCATTTTGTCAAGTATTCCACACTGACTGAGCAATTGAAAAAAGAAACAATCTTTTTCCAGGTAGAAACTGAGCTAGCAGAACAAATTTTAATGGACACGGAAGTTGAGGTTTCCCTTCTAAAAAGAGAAGTCCAGCAGGCAACAGTGGAAAGACAAGACTTGTTAATGGAATTGAAGCATAACATCTTGAGGATTACAGAGATGGGTGAAGAAAACAAGGTACTTGAACAAAATGTTGAGTTTCTAAAGGATGTTACTTGTTCTAATAGTGCATTGAAGGGTGAACTTGTTGAAGTTAAGGAGTCAAAGAAAAGACTGCTGGACAAGATTCNAGATCTTGAAGCTGATTATGATAAAGTAATTGGTGATGTCATAGCGAAGGATGTGGTTTCTGAATTTTCTTTCCATCAAATTTCTTTTCTTGAAGATCAAATCACAGAGTTAAAGAATGTAAACCACATGTTGGAAAATTCATCCTGCAGACTTGAGAATGAGCTGAACATAAGGGATTCAGAGTTAACTCGAATGCAGAGCTTACTGCAGCTTGAGTTATCCAGAAAGGATGATGTAATAAAAGGGTTGCTGTATGATCTGAGCTTACTACAGGAATCAGCATCTAACAGTAAAGATCAAAAAGATGAAATTGAGGAAATGGTGGCTACAATGAAAGCACTAGAATCAGAGCTTGCTGTTAAATCTGATGAGCTTGCTGACGTAATTGCAAACTGTCAATTGCTTGAAGCTCAGTTACAGGATAAATCAAACATGGTTACAGCTCTTGAGTTGGATCTCTCAAAAGAGTGCGAGGTCCTAAAGCTGCAAGTCAATGAAAATGAAGAACTTAGAAATCATATTGAAGATGCCTTGGCANCAAGAAAACTGGCTGAGGATGAGCTAAAAGAGAGAATGAAAATGACAGAGTGTTTAGAAGATGAAATCTTGGAAATGAGCAGTGTTCTTAGCCAAATGAATGATTCAATTAAAAACCTGAGTAGTGATGTGGATGAACTCACTATTGAGAGGGATCAAGTTCAAGGTCAGGTAATTTTCCTCAAAGAAAGGCTTGAAAAAGCTACAGCTCAAGCTGAAGCTAATGAAGCAATCGCTCAAGAAGCCCAGAAGATGGCAGAAACAAGAAAAATTTATGCTGAAGACAAGGAAGCAGAGGTTAAACTTCTAGAGAGATCTATTGAAGAGCTGGAGAGTACTGTAAATGTACTAGAAAACAAAGTTGACATCATTAAAGGAGAAGCAGAACGGCAACGGTTGCAAAGAGAAGATCTAGAAATGGAGCTACATGCATTAAAAGATCAAATGCAAAATGTTAGAAATGCTGATGGTGATATAAAAAGATTTTTGGATGAAAAAGAGAAAAACCTTGAAGAAGCCAAAAATCACATACAAGTTCTGAAGAGGGATTTAGCAGGAAAAGATGCAGAGATTGCACAAATGAAAGCTCATATTTCAGAGCTAAATTTGCATGCTGAAGCACAGGCCAAGGAGTACNAGCAGAAATTCAAAACATTGGAAGCCATGGCTGAGCAAGTCAGACCNGAGGGCATTTCTACCAATTCCACCAATGCTTTGTCAAACAAGTCTGAGAAGAATGCCACCAAATCTCGAGGTTCTGGTTCTCNTTTCAAATGCATTGGGTTGGGCTTGGCACAACAGATAAAATATGAGAAGGTTGAAGAGCTGTCTGCTGCAAGACTGCGCATTGAAGAACTAGAATCTCAGGCAGCATGTCGACAGAAAGAGATATTTTCACTGAATGCCAGATTAGCAGCTGCTGAGAGCATGACCCATGATGTAATTCGAGACTTACTTGGAGTGAAGTTGGATATGACCACTTATGTGTCACTGCTGGATAATCATCAAGTGCAGAAGATTGCAGAAAAAGCTCAATTTCTTACTCTAGAGCCTCAAGAGAAGGAACAGGAGGTTATTAAAATAAAGAAGCAGCTGAATGAATTTATTGAAGAGAGACAAGGATGGCTGCAAGAAATGGATAGAAAACAAGCTGAATTGGTAGCTGCTCAGATTGCATTGGAAAACCTGCGGCAACGAGACCAGTTACTAAAAACTGAAAATGAAATGTTGAGGATGGAAAATGCAAGCAAGAAGAATAAAGTAATGGAACTGGAGGAAGAAATGAAGAAGCTGTCTGGTCAGCAAAACCTTCAGCAGCGTATTCATCATCATGCTAAAATTAAGGAGGAAAACAACATGTTAAAGATGCAGAACGAAGAACTCAGCGCAAAGCTACGGAGGGCAGAGATCTTCCTTTCCCGCGTCAAACCATGTGTTGATCGTCTTCGTGCTTCTGCTGGGGCGAAACCATGTCTTGATTTTGATCAGGAGCAACGCGTGATGATAAAGCTGAAGGAGATCGAGGAAGAGAAAGTACAATTAGCACAGCAATTACTGAGATTGTCTACCAATGTTCTAAAGGCTGCTGGAATAGCAAAACCACCGTCGGATGTGAATCCTTCTATTGCTGAGAAGGCCCTCGAGGAGCTGAAGAATAGGATAGCTTCACTGGAAATGGAACAACAAGATTTGAAGTTTAAGAATAAAATTGTAAATGAAAGGATTCGATTGTCTGAGCTCATGCCACAAGCAGCTTCTCCTTTGAACTCAAGACCTGAGGAGAATCGAATGACTCCACCAAGGGCATGTCAAGCTCCATTTCTTTCCAGTTTTGATCGATAGCATTAGTAACGCTTTTTTAGATAGCTACTGCATTATGTTGTGTTTTACGGGCTCCATTCATGCTATGATTTTATATATTCTTTGATTAACATGTAAATAACATGTATGTAAT

Protein Sequence

>Glyur000006s00001669.1
MLRDLKLPRRNPGKQEEPENVDPLDSTAASQRCTEASRPPLNTIQEPDVSCGSKIERTPSKTNKSRGGGPELRTPDKHGGSLKHRFGWPQRNDAVSXAYDDRRGSGVGNATPRVTRNAGRACSESNSTQSTPTKSVTKPPPSSSVRSKADGSFSARFGNYAALYKGVPSSASTPTVVNTVEVPHFDLKEDSSFWINHNVQVIIRVRPLNSVERXTQGYNRCLKQESAQCITWIGQPENRFTFDHVACETVDQEMIFRMAGLPMVENCLSGYNSCMFAYGQTGSGKTYTMLGEIEDLDVKPSPHRGMTPRIFEFLFARIQAEEESRRDENLKYNCKCSFLEIYNEQITDLLDPSSTNLLLREDVKTGVYVENLSEFEVQSVSDIIRLLIQGSANRKVAATNMNXESSRSHSVFTCVIESTWEKDSTTNYRFARLNLVDLAGSERQKTSGAEGERLKEAANINKSLSTLGHVIMILVDVANGKQRHVPYRDSRLTFLLQDSLGGNSKTMIIANVSPSICCAAETLNTLKFAQRAKLIQNNAVVNEDSTGDVIALQHQIRLLKEEISTLKQRQNVSRSLSFPLASVRDIKQSVEQCCLENESDMVEQHDDDXLDYGSKGIRMSQKQLNSLETTLAGALRREQMAEISVRQLEAEIELLNRLVRQREEDTMSCKMMLRFREDKIRRLESRVVGSITADAFLQEDNKALSDEIQILQGKIDQNPEVTRFAAENIRLQEQLXRYQEFYGEGEREILLGEVSSLREQLLQFLGRNSVQGNSNYGIQPQKAQCCRNENDSVDLELRDALDKLQECRQNLNYCLEENAKLSRELDSFHSMVSSTNATKDSIKGPLCEAQAVPPKMPAKHEPQMLIQTDDILDLHLELDIIKIILKEERTLRGKLEEQTTCLNHDFLMAKDKLLLTSKQLEDANNELKDTKSVIEALESQQILSIKEIEELRNKNRHYLELVRKQECEMMAMKNQLVSKELRESSLLNHSENDNESPLQVKLRRMHDSLEKAKQLNMLYQSDRAFHISNEEEMDEVRRQAEAETAEAIVYMQEELALLQXQVNDSHLKEIEMKESILHLETELKEVQEKLLSIVDDNKSLSEELWHKDKELKSLAEEWVLLTSEIEEILADGCEALVDASDELGHISNSFPQKRIWISEQVGMIVRKISEKELLIDELRRYLEDASNKRSDMECMLKSLRSATLVITEAHQKERTELEKEIVLLTSQLXEKTSTVTQMKEQLIMAEDHIKKASNCATVAFVVVNRFSELNVGYLDDLKQKDILLGELAEANDRKDALLIDQSISLEQAERXIAELQEKCNKLWQKLSEEQEHSCDLEQKLEDIEKNAISKTREQLLTLQDGVSSIRSCMASFADHSESLYNRNLXDVCTSYHDDSCEPRITSETHQNSDSDPHSVEEPIVDMADLSFKLAKSEYDMKDQKSKRVCKDARERDVTITLLRKEIECALESLKQVQDEMAKLHEEKKEMSMCEMQSRQSIKCLTTQILALQAAMRHFEELSKGKVEVLSHKLRNLEKPLKEAVSHWYQTKELLELEVGEAKIVQAQKAEEANCILAKFEEAQDTMKEADIMINGLVIANESMKIDIERLKEREVTLLNEKDILVNKVESLQTVVELKHQEIEDLVESNLIETKDLVMKLDEVIKEVQLMMKGNFMSLACDLECFKSQFLYSTKLIQPWLEKIWSEIVFKDCAMSVLHLCHMGILLETVTGMHAENGLISHGLCESNSVISDLKEHNFKTRQELEMCRILKGKLLADIKDSFDRITRKEVEAGEITIKLNTFAKNISDLQLQEEMMLQRSNEMGSQLAILMRELDLSNTDVVTSLLDQEKLLKQKVEVIESQAEFFMADWYAKDFELLIHASELRNMACNISDMEEHFVKYSTLTEQLKKETIFFQVETELAEQILMDTEVEVSLLKREVQQATVERQDLLMELKHNILRITEMGEENKVLEQNVEFLKDVTCSNSALKGELVEVKESKKRLLDKIXDLEADYDKVIGDVIAKDVVSEFSFHQISFLEDQITELKNVNHMLENSSCRLENELNIRDSELTRMQSLLQLELSRKDDVIKGLLYDLSLLQESASNSKDQKDEIEEMVATMKALESELAVKSDELADVIANCQLLEAQLQDKSNMVTALELDLSKECEVLKLQVNENEELRNHIEDALAXRKLAEDELKERMKMTECLEDEILEMSSVLSQMNDSIKNLSSDVDELTIERDQVQGQVIFLKERLEKATAQAEANEAIAQEAQKMAETRKIYAEDKEAEVKLLERSIEELESTVNVLENKVDIIKGEAERQRLQREDLEMELHALKDQMQNVRNADGDIKRFLDEKEKNLEEAKNHIQVLKRDLAGKDAEIAQMKAHISELNLHAEAQAKEYXQKFKTLEAMAEQVRPEGISTNSTNALSNKSEKNATKSRGSGSXFKCIGLGLAQQIKYEKVEELSAARLRIEELESQAACRQKEIFSLNARLAAAESMTHDVIRDLLGVKLDMTTYVSLLDNHQVQKIAEKAQFLTLEPQEKEQEVIKIKKQLNEFIEERQGWLQEMDRKQAELVAAQIALENLRQRDQLLKTENEMLRMENASKKNKVMELEEEMKKLSGQQNLQQRIHHHAKIKEENNMLKMQNEELSAKLRRAEIFLSRVKPCVDRLRASAGAKPCLDFDQEQRVMIKLKEIEEEKVQLAQQLLRLSTNVLKAAGIAKPPSDVNPSIAEKALEELKNRIASLEMEQQDLKFKNKIVNERIRLSELMPQAASPLNSRPEENRMTPPRACQAPFLSSFDR

Location information (JBrowse)

Scaffold	Start	End	Strand
Scaffold00006	425716	439985	-

Gene family

Gene family	subfamily
--	--

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID
--	--	--	--	--

Gene Ontology

biological_process
GO:0007018 microtubule-based movement

cellular_component
GO:0005871 kinesin complex

molecular_function

GO:0003777 microtubule motor activity

GO:0005524 ATP binding

GO:0008017 microtubule binding

Pfam domain

Protein	Pfam accession	Pfam name	Alignment start	Alignment end	E-value
Glyur000006s00001669.1	PF00225.18	Kinesin	204	535	7.30E-110
Glyur000006s00001669.1	PF12711.2	Kinesin-relat_1	676	761	1.80E-30

Expression pattern

SRP053019

SRA Experiment	Description	TPM
SRR1783599	control	2.313
SRR1783600	control	2.308
SRR1783602	moderate drought stress	2.098
SRR1811619	moderate drought stress	2.097

DRP000996

SRA Experiment	Description	TPM
DRR006519	Root Summer glycyrrhizin high producing strain	2.458
DRR006520	Root Summer glycyrrhizin high producing strain	2.399
DRR006521	Root Winter glycyrrhizin high producing strain	0.228
DRR006522	Root Winter glycyrrhizin high producing strain	0.234
DRR006523	Root Summer glycyrrhizin low producing strain	0.692
DRR006524	Root Summer glycyrrhizin low producing strain	0.705
DRR006525	Leaf Summer glycyrrhizin high producing strain	0.614
DRR006526	Leaf Summer glycyrrhizin high producing strain	0.604

SRP065514

SRA Experiment	Description	TPM
SRR2867873	Salt Stress (root)	11.224
SRR2868004	Drought Stress (root)	4.875
SRR2967015	Control (root)	5.609

SRP215420

SRA Experiment	Description	TPM
SRR9715738	Leaf	1.100
SRR9715740	Leaf	0.091
SRR9715741	Leaf	0.330
SRR9715739	Root	0.105
SRR9715742	Root	0.284
SRR9715743	Root	0.273

SRP188776

SRA Experiment	Description	TPM
SRR8749027	MeJA induced 9h	7.312
SRR8749028	MeJA induced 9h	5.149
SRR8749029	MeJA induced 9h	4.603
SRR8749030	Uninduced	0.186
SRR8749031	Uninduced	0.248
SRR8749032	Uninduced	0.404

SRP175571

SRA Experiment	Description	TPM
SRR8400026	NaCl treatment - Root	8.308
SRR8400027	Control - Root	7.561