Gene detail

Detail information of GWHGAAEX014944/evm.TU.scaffold_63.127

Functional Annotation

Database	Orthologs	E value	Annotation
KOG	KOG4229	0	Myosin VII, myosin IXB and related myosins
nr	gi\|672119137\|ref\|XP_008782799.1\|	0	PREDICTED: kinesin-like calmodulin-binding protein homolog [Phoenix dactylifera]
Swissprot	tr\|Q7XPJ0\|KCBP_ORYSJ	0	Kinesin-like calmodulin-binding protein homolog
trEMBL	tr\|M0SDT0\|M0SDT0_MUSAM	0	Uncharacterized protein {ECO:0000313\|EnsemblPlants:GSMUA_Achr3P11630_001}
trEMBL	tr\|M0SDT0\|M0SDT0_MUSAM	0	Uncharacterized protein {ECO:0000313\|EnsemblPlants:GSMUA_Achr3P11630_001}
trEMBL	tr\|M0SDT0\|M0SDT0_MUSAM	4.00E-29	Uncharacterized protein {ECO:0000313\|EnsemblPlants:GSMUA_Achr3P11630_001}
trEMBL	tr\|M0SDT0\|M0SDT0_MUSAM	3.00E-19	Uncharacterized protein {ECO:0000313\|EnsemblPlants:GSMUA_Achr3P11630_001}
trEMBL	tr\|M0SDT0\|M0SDT0_MUSAM	4.00E-18	Uncharacterized protein {ECO:0000313\|EnsemblPlants:GSMUA_Achr3P11630_001}
trEMBL	tr\|M0SDT0\|M0SDT0_MUSAM	2.00E-16	Uncharacterized protein {ECO:0000313\|EnsemblPlants:GSMUA_Achr3P11630_001}
trEMBL	tr\|M0SDT0\|M0SDT0_MUSAM	3.00E-15	Uncharacterized protein {ECO:0000313\|EnsemblPlants:GSMUA_Achr3P11630_001}
TAIR	AT5G65930_1	0	Unannotated protein

Location And Transcript Sequence

Scaffold	Start	End	Strand
GWHAAEX00000062	2605811	2704016	-

Transcript Sequence
>GWHTAAEX014944 ATGAACCAAGCTTCCTTTTTTTCTGTCAATGGCAACGCAGCACCCTCTCGGAGTTCTTCTTCCAGTGCTGCAGGGGATGGATATGATAGCGAAGGCCAATACATTGCCCCACCAACCCCCAGCATGTTGTCGATGTCTCTACCTCCAAACCTTGCTGGCGCTGCTCCCTTAATTGATAGGTTCCAGGTTGAGAATTTCTTACGGGCAATGCAGAAACAAATTAATTCTGCTGGAAAGCGTGGGCTTTTCTCAAAAAAGTCTGCAGGTCTTGTGACTGGTGAAAAGTTTACATTGGAGGATATGCTTTGCTTTCAAAAGGATCCAATTCCAACTTCCTTGCTTAAGATTAGTGGTGATCTTGTGAGTCGTTCTGTTAAGATCTTCCAATTGATTTTGAAATATATGGGAATCGATTCATCCGACAAATTTGCTTTGAGTTTGGATGAGAGAATTGAGCTTGTTGCAAAGCTTTTTAAGCAGACATTAAAGCATTCTGAACTTCGTGATGAGGTTTTTGCACAGATATCAAAGCAAACTCGCAATAACCCTGAAAGGAGCTGCTTGATAAAGGCATGGGAGTTGATGTATTTTTGTTCTTCTTCCATGCCTCCGAGTAAAGATATTGGAGCTTTCTTATCTGAGTATGTGCATGGTGTGGCTCATGAGGCCAACGTGGATTCAGAAGTTCAAATGCTTGCATTGAACACACTAAATGCTCTGAAACGTTCAGTGAAAGCTGGGCCGAGATTGACAATTCCTGCTCGTGAAGAGATTGAAGCTTTATTGATCAGAAAAAAGATTACCACAATAATATTTTTTCTAGATGAAACTTTTGAAGAAATAACATATGACATGACCACCACAGTTAATGATGCTGTACAGGAGCTTGCAAGCATAATTAAACTTTCAGCGTATTCTAGTTTTAGTTTGTTTGAATGCCGAAAGATTGTACAAGGCTCAAAATCTCTTGATGTTGGTAATGAGGAATTCATTGGGCTAGATGATAACAAATATATCGGGGATTTATTGGCTGAATTTAAAGCAGCCAAAGACCGCAGTAAAGGAGAAATTTTGCACTGTAAACTTACTTTTAAGAAAAGATTATTTCAGGAATCAGATGAAGCTGTAGCTGATCCTATGTTTATTCAGCTGTCTTATGTTCAATTGCAACATGACTATGTTTTGGGAAATTATCCAGTTGGTCGGGATGATGCGGCTCAACTCTGCGCACTCCAAATTTTAGTTGAAATTGGATTTGTTTGTAATCCTGCTACATGTGTTGAGTGGATTTCGCTGCTTGAAAGATTTTTACCCCGGCAAATCTCAATTACTAGGGCTAAGAAAGAGTGGGAGCTCGATATTCTTTCTCGCTATAATATGCTGGAGCACATGTCTAAGCATGATGTAAAGCAACAGTTCCTTAGGATCCTTCGTAGTCTTCCTTATGGGAGCTCGGTTTTCTTCAGTGTACGCAAGTTGGAGGATCCAATCGGTCTTCTACCTGGTCGGATTAATTTAGGCATAAATAAGCGTGGGGTTCATTTTTTCCGCCCAGTTCCAAAGGAGTATTTGCACTCTGCTGAGCTTAGGGATATTATGCAATTTGGTAGCAGCAACACAGCTGTTTTCTTTAAGATGAGGGTTGCTGGCGTGCTTCATATTTTCCAATTTGAAACTAAGCAGGGGGAGGAAATTTGTGTTGCCCTTCAAACACATATAAATGATGTCATGCTCCGTAGGTATTCAAAAGCAAGAAGCGCGGCTGCAGAATTGTCTCAAGAGGATTCAGGCCCTGCAACTAAGCCACCGAGCCTTAGTGTTTATGAAAAACATATACAAGAGTTAACAACAGCTGTTGATGAATCTCGTAAGAATGCAGATAAGTTATCGAATGAGTTGCTTGCTAAGCAGAAACAAGAAGCGCAGATGCAAGACGAAATGGAGGAGATTAGGGAGGCTTTACAATCTGTGAAGGAGAACTTGCAAGAAATCACCAATGAGCGTGATAAACTTAAAGCTTTGTATGTTGAAAAAGAGTCTGCTCTACAAATTGCATTAACCGATAAGCAAACTCTCGAAGCCAAACTGGCTAAACCGAGCTTACTCGCGCGCCCATCCTTGAAAAATGATGTTGGAAGGGAAAGTGTTTCTGGATTTGGGAATGAAGATGGTGGGGATAATGTATCCCAAAGAAGTAGTTTGAATACTTCTCAGACTGTGAGAAAACTCCAAGAGAATTTGAAGTTCCGCACCAATGAATTACAAGCTTCTAAAGATACTATGAAGGCACTGCTGAAGGAGAAATTATTGTTTGAGCAAAAATTTCATGTGCTTGAAATGGAGAAAAATGATGAGATTAATATGATGAAGAGGATTTCTGAAGATGAGCGTCGAAATCTGAACATATGTGTTACAGAATTAGAGCAAAAATTGGAAAGTGCTGTAGAAGCCTTAAGTGTGACTAAGTCTACTCTTGCCGCTAAAGACCTAGAGCTTGATAAGTTACATGCCAACTTAATAGAGCTTGGAGAGTTACGGGAAATGAAAGTGACTGTGAGAAAACTCCAAGAGGATTTGAAGTTCTGCACCAATGAATTACAAGCTTCTAAAGATACTATGAAGGCAATGCTGAAGGACAAATTTCTGTTTGAGCAAAAAATTCATGTGCTTGAAATGGAGAAAAATGATGAGATTAGTTTGATGAAGAAGAATTCTGAAGATGAGCGTCGCAATTTGAACATATGTGTTACAGAATTAGAGCAAAAATTGGGAAGTGCCGTAGAAGCCTTAAGTGTGGCCGAGTCTACTCTCGCCGCTAAAGACCTGGAGCTTGATAAGTTACATGTCAACTTAAAAGAGCTTGGAGAATTGCGGGAAATGAAAACGACTGTGCGAAACCTCCAAGAGGATTTGAAGTTCCGCACTAACGAATTACAAACTTCTGAAGATACTATGAAGGCATTGCTGAAGGAGAAATTATTGTATGAGCAAAAAATTAATGTGCTTGAAATGAAGAAAAATGATGAGATTAGTATGATGAAGAGGAATTCTGAAGATGAGCGTCGAAATTTGAACAAAAGTGTTACAGAATTAGAGCAAAAATTGGAAAGTGCTGTAGAAGCCTTGAGAGTGGCTGAGTCTACTCTCGCCGCTAAAGACCTGGAGCTTGATAAGTTATATGTCAACTTAAAAGAGCTTGGAGAGTTACGGGAAATGAAAGCGACTGTGAGAAAACTCCAAGAGGATTTGAAGTTCCGCACTAATGAATTACAAACTTCTGAAGATACTATGAAGGCATTGCTGAAGGAGAAACTATTGTTTGAGCAAAAAGTTACTGTGCTTGAAATGAAGAAAAATGATGAGATTAGTATGATGAAGAGGAATTCTGAAGATGAGCATCGAAATTTGAGCATAAGAGTTACAGAATTAGAGCAAAAATTGGGAATTGCTGTAGAAGCCTTGAGTGTAGCTGAGTCTACTCTTGCCGCTAAAGACTTAGAGCTTGACAAGTTAAATGTCAACTTAAAGGAGCTTGGAGAGATATGGGAAATGAAAGTGTTGTCGGATGAACTGCTTTTTAAGCAAAAGCAAGAAGCGCATATGCAAGAGGTGAAGGGACTTAGGGAGTCTTTACAATCCATGAAGGAAAACTTGCATGAAATCATCAATGAGCGTGATAAACTTAAAGCTTTGTATGATGAAAAAGAGTCTGCGCAGCAAACAATAAGAAAACTTCAAGAGGATTTGATGTTACACACTAATGAATTACAAGCGTCTAAAGATGCTATGAAGGCACTGCTCAAGGAGAAATTACTGCTTGAGCAAAAGGTTGAAGTGCTTGAAATTAAGAAAAATGATAAGATTAGTATGATGAAGAAGAATTTTGAAGATGAGCGTCGAAATTTGAACTCATGTGTTACAGAATTAGGCCAGAAATTGGGAAGTGCCGTAGAAGCCTTAAGTGCGGCTGAGTCAACTTTTGCTGCCAAAAATGTCGAGCTTGATAAGTTACATGACAACTTAAAAGTGCTTGGAGAATTACGGGAAATGAAGGCGTTGTCGGATGAGCTGCTTGCTAAGCAGAAACGAGAAGTGCAGATGCAAGAAGAAGTGGAGGGGCTTAGGGAGTCCTTACAATCTGTGAAGGAAAACTTGCAAGAAATCATCAATGAGCGTGATAAACTTAAAGCTTTGTATGATGAAAAAGAGTCAGCTTTGCAAAGTATGCTTGCTAAGCAAAAACAAGAAGCGCAGATGCAAGAGGAAATGGAGGGACTTAGGGAGTCTTTACAATCTGTGAAGGAAAACTTGCACGAAATCATCAATGAGCATGATAAGCTTAAAGATTTGTATGGTGAAAAAGAGTCTGCTTTGCAAAGTCTGCTTGCTAAGCAGAAACGAGAAGCACAATTGCAAGCTGAAGTGGAGGGGCTTAGGGAGTCTTTACAATCTTTGAAGGAAAACTTGCAAGCAATCATCAATGAGCGTGATAAACTTAAGGCTTTGTATGGTGAAAAAGAGTCTGCTTTGCAAGGTCTGCTTGCTAAGCAGAAACGAGAAGCACAGATGCAAGAGGAAATGGAGGGGCTTAGGGAGTCTTTACAATCTGTGCTTGAGAACTTACAAGAAATTATCAATGAGCGCGATAAACTTGAAGCTTTGTATGGCGAGAAAGAGTCTGCTTTGCAAAGTCTGCTTGCTAAGCAGAAACGAGAAGCACAGATGCAAGTGGAAGGGCTTAGGGAGTCTTTACAATCTTTGAAGGAAAACTTACAAGAAAGTATCAGTGAGCGTGATAAACTTAAAGCTCTGTATGGTGAAAAAGAGTCTGCTTTGCAAAGTCTGCTTGCTAAGCAGAAACGAGAAGCGCTGATGCAAGAGGAAGTGGAGGGGCTTAGAGAGTCTTTACAATATGCGCTGGAAAGCTTGCAAGAAATTATCAATGAGCGTGATAAACTTAATGCTTTTAATGGCAAAAAAGAGTCCGCTTTGCAAATTGCATTAACCGATAAGCAAACCCTTGAAACCAAACTGGCTAAGCCAAGCTTTTTAGGACGCTTATCATTTGGAAATAATACTGGAAGGGAAAGCATGCGCGGACTTGGAAATGGAGATGGAGATGGAGAGGATAATGTTTCTCAAAGAAATGGTTTGAATAATTTCCAGACAATAAGCAAACTTCAAAAGGATTTGAAGCTAAGCATCAATGAATTACAAGCATCTAATGATATTATCAAGACCCTGCTGAAGGAAAAATTGTTGCTTGAGCAAAAGATTCATATGCTTGAAATTAAGAAAAATGATGAGATTAGCATGGTGAAGAAGAATTCTGAAGATGAGCGCCAAAATCTGAACTTATGTGTTACTGAATTAGGACAGAGATTGGGAAGTGCTGTAGAAGCCTTAAGTGTGTCTGAGTCTGCTCTTGCTGCCAAAAACCTAGAGCTTAATGAGTTACGTGACAGCTTAAAAGAGCTCGGAGAGTTACGGAAAATGAAAGTGTTGTTGGATGAGTTGCTTGCTAAGCAGAAGCAAGAGGTGCAGTTGCAAGAGGAAGTGGAGGGGCTTATGGAGTCTTTAAAATCTGTGAAGGAAAACTTGCTAGAAATCGTCAATGAGCGTGATAAAATTAAAGCTTTGTATGATGAAAAAGAGTCTGCTCTGCAAATTGCATTAATTGATAAGCAAAACCTTGAAGCAAAACTGGCTAAGCTCAGCTTAATCGAACTCCAATCCTTGGAAAATAATGCTGAAAGGGAAAGCATGCATGGATTTGAGAATGGAGATGGTGGGGATGATGTTTCTCAAAGAATTGCTTTAGATACTTTTCAGACAATAAAGAAACTTCAAGAGGAATTGAAGCTACGCACTAGTAAATTGCAAGCATCTAAAGATAATATGAAGACACTGCTGAAGGAGAAATTGTTGCTTGAGCAAAAGATTCATATGCTTGAAATTAAGAAAAATGATGAGATTAGTATGATGATGAAAAATTCTGAAGATGAGCGCCAAAATTTGAACTTATGTATTACTGAATTAGGGCAGAGATTGGGAAGTGCTGTAGAATCCTTGAGTGTGGCTGAGTCTACTCTTGCTGCCAAAAATCTAGAGCTTGATGAGTTACATGACAACTTAAAAGAGCTTGGAGAGTTACGGGAAATGAAAGCGGATATTGATAGTAAAAATGTACAAACAGCTGCTATTTTGAAAAGACAAGGAGAACAGCTTGCGGAGCTGGAAGCACTCTACAAAGAAGAACAAATTTTACGGAAACAATATTATAATATTATTGAAGATATGAAAGGCAAGATAAGGGTTTTTTGTCGTTTACGCCCCTTGAATGAAAAGGAAATTGCTGAAAAGGAGAAGAACATAGTATTTTCTGTAGATGAGTTTACAGTTGAACATCCTTGGAAAGATGAAAAATCGAAGCAACATATGTATGATCATGTTTTTGATCAATATGATTCTCAAGAGAATGTTTTTGCAGATACTAAGTATCTAGTACAGTCTGCTGTTGATGGATACAATGTCTGCATATTTGCATATGGGCAAACTGGTTCTGGTAAAACTTTCACAATCTATGGCACAGAAAGCCATCCTGGGCTTACCCCAAGGGCTACAGCTGAACTATTCAGAATAGTGGACCGCGATAGCAGCAAATTCTCTTTTTCGCTGAAGGTTTACATGGTTGAATTATATCAAGACACTCTTGTTGATCTCTTGCTGTCAAAAAATGCCAGGCGCTTGAAATTAGAAGTAAAAAAAGATTCAAAGGGTATGGTTTTTGTTGAAAATGTGACAACTCTACAAGTGTTTAGTTTCGAAGAATTGATAACCGTTATTCAAAGGGGGTTTGAACAACGACATGTGGCTGGGACTCTAATGAATGATGAAAGTTCAAGATCACATTTGATATTATCCATCATAATTGAAAGTACCAATATTCAAACACAAACACTTACAAGAGGAAAGCTTAGTTTTGTTGATCTTGCTGGTTCAGAAAGAATAAAGAAATCCGGATCTTCAGGAAATCAACTGAAAGAAGCCCAAAGCATTAATAAATCACTATCTGCTCTTGCGGATGTGGTTAGTGCTTTATGTTCTGAGAGTCAGCACATACCTTACAGGAATCACAAGCTGACAATGCTCATGAGTGATTCTCTCGGAGGAAATGCAAAAACACTCATGTTTGTCAACGCATCTCCCTCAGATTCTAATTTGGATGAAACTTACAACTCTCTCATGTATGCATCCAGGGTACGATGCGTTGTAAACGATTCGAGCAAGAACGTCTCTTCAAAAGAAATTGTGAGGTTGAAGAAGCTGATTACATATTGGAAGGAACAGGCCGAGAAACGGGGAGACGATTGTGAACTAGTAGAGATACAAGAAGAAAGGCTTGCAGGGGATTATAGAAAAGATTTAACGGAGGCAAGGCATGCAAGGGAGGGAAGTGATCGTCGCAGTTCTACTTAAATATTCATTTTATACTAAAACAGCTTAATATTTTGAAAAAAAAAGTTAACATTTTTTGACATTCATGTAGAAAAGATAGTATTAAATCTTTTGTATATTGCTCATCATCAACAAATATGTGTACACAAACCTACTAAAAATGTGGAATGGTTACACGAATTAGAGTTTAGAATGGAAATGTCTAATTCTTTATTAGAAAATTCTAGCCTTGTTTTTATTGAAGTGTATTCAGATATGCTTAGCATTGTGTTTTTTAACAAATATTAGAATGTATTTTGTATGTATTTTATCTTTTCGCA

Network for GWHGAAEX014944

Network category	Network	Top300 PCC genelist
Coexpression Positive	Network	Top300 PCC genelist
Coexpression Negative	Network	Top300 PCC genelist

Functional Module

Module ID	Function Annotation

Protein Structure

Pfam accession	Pfam name	Alignment start	Alignment end	E-value
PF00784.16	MyTH4	152	260	5.60E-24
PF09379.9	FERM_N	271	344	5.60E-09
PF00373.17	FERM_M	376	487	1.80E-16
PF00225.22	Kinesin	2109	2422	1.10E-102

Protein Sequence

>GWHPAAEX014944
MNQASFFSVNGNAAPSRSSSSSAAGDGYDSEGQYIAPPTPSMLSMSLPPNLAGAAPLIDRFQVENFLRAMQKQINSAGKRGLFSKKSAGLVTGEKFTLEDMLCFQKDPIPTSLLKISGDLVSRSVKIFQLILKYMGIDSSDKFALSLDERIELVAKLFKQTLKHSELRDEVFAQISKQTRNNPERSCLIKAWELMYFCSSSMPPSKDIGAFLSEYVHGVAHEANVDSEVQMLALNTLNALKRSVKAGPRLTIPAREEIEALLIRKKITTIIFFLDETFEEITYDMTTTVNDAVQELASIIKLSAYSSFSLFECRKIVQGSKSLDVGNEEFIGLDDNKYIGDLLAEFKAAKDRSKGEILHCKLTFKKRLFQESDEAVADPMFIQLSYVQLQHDYVLGNYPVGRDDAAQLCALQILVEIGFVCNPATCVEWISLLERFLPRQISITRAKKEWELDILSRYNMLEHMSKHDVKQQFLRILRSLPYGSSVFFSVRKLEDPIGLLPGRINLGINKRGVHFFRPVPKEYLHSAELRDIMQFGSSNTAVFFKMRVAGVLHIFQFETKQGEEICVALQTHINDVMLRRYSKARSAAAELSQEDSGPATKPPSLSVYEKHIQELTTAVDESRKNADKLSNELLAKQKQEAQMQDEMEEIREALQSVKENLQEITNERDKLKALYVEKESALQIALTDKQTLEAKLAKPSLLARPSLKNDVGRESVSGFGNEDGGDNVSQRSSLNTSQTVRKLQENLKFRTNELQASKDTMKALLKEKLLFEQKFHVLEMEKNDEINMMKRISEDERRNLNICVTELEQKLESAVEALSVTKSTLAAKDLELDKLHANLIELGELREMKVTVRKLQEDLKFCTNELQASKDTMKAMLKDKFLFEQKIHVLEMEKNDEISLMKKNSEDERRNLNICVTELEQKLGSAVEALSVAESTLAAKDLELDKLHVNLKELGELREMKTTVRNLQEDLKFRTNELQTSEDTMKALLKEKLLYEQKINVLEMKKNDEISMMKRNSEDERRNLNKSVTELEQKLESAVEALRVAESTLAAKDLELDKLYVNLKELGELREMKATVRKLQEDLKFRTNELQTSEDTMKALLKEKLLFEQKVTVLEMKKNDEISMMKRNSEDEHRNLSIRVTELEQKLGIAVEALSVAESTLAAKDLELDKLNVNLKELGEIWEMKVLSDELLFKQKQEAHMQEVKGLRESLQSMKENLHEIINERDKLKALYDEKESAQQTIRKLQEDLMLHTNELQASKDAMKALLKEKLLLEQKVEVLEIKKNDKISMMKKNFEDERRNLNSCVTELGQKLGSAVEALSAAESTFAAKNVELDKLHDNLKVLGELREMKALSDELLAKQKREVQMQEEVEGLRESLQSVKENLQEIINERDKLKALYDEKESALQSMLAKQKQEAQMQEEMEGLRESLQSVKENLHEIINEHDKLKDLYGEKESALQSLLAKQKREAQLQAEVEGLRESLQSLKENLQAIINERDKLKALYGEKESALQGLLAKQKREAQMQEEMEGLRESLQSVLENLQEIINERDKLEALYGEKESALQSLLAKQKREAQMQVEGLRESLQSLKENLQESISERDKLKALYGEKESALQSLLAKQKREALMQEEVEGLRESLQYALESLQEIINERDKLNAFNGKKESALQIALTDKQTLETKLAKPSFLGRLSFGNNTGRESMRGLGNGDGDGEDNVSQRNGLNNFQTISKLQKDLKLSINELQASNDIIKTLLKEKLLLEQKIHMLEIKKNDEISMVKKNSEDERQNLNLCVTELGQRLGSAVEALSVSESALAAKNLELNELRDSLKELGELRKMKVLLDELLAKQKQEVQLQEEVEGLMESLKSVKENLLEIVNERDKIKALYDEKESALQIALIDKQNLEAKLAKLSLIELQSLENNAERESMHGFENGDGGDDVSQRIALDTFQTIKKLQEELKLRTSKLQASKDNMKTLLKEKLLLEQKIHMLEIKKNDEISMMMKNSEDERQNLNLCITELGQRLGSAVESLSVAESTLAAKNLELDELHDNLKELGELREMKADIDSKNVQTAAILKRQGEQLAELEALYKEEQILRKQYYNIIEDMKGKIRVFCRLRPLNEKEIAEKEKNIVFSVDEFTVEHPWKDEKSKQHMYDHVFDQYDSQENVFADTKYLVQSAVDGYNVCIFAYGQTGSGKTFTIYGTESHPGLTPRATAELFRIVDRDSSKFSFSLKVYMVELYQDTLVDLLLSKNARRLKLEVKKDSKGMVFVENVTTLQVFSFEELITVIQRGFEQRHVAGTLMNDESSRSHLILSIIIESTNIQTQTLTRGKLSFVDLAGSERIKKSGSSGNQLKEAQSINKSLSALADVVSALCSESQHIPYRNHKLTMLMSDSLGGNAKTLMFVNASPSDSNLDETYNSLMYASRVRCVVNDSSKNVSSKEIVRLKKLITYWKEQAEKRGDDCELVEIQEERLAGDYRKDLTEARHAREGSDRRSST

Gene family

Gene family	subfamily
--	--

KEGG pathway

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

Gene Ontology

GO term	Ontology	Name
GO:0055114	Biological Process	oxidation-reduction process
GO:0007018	Biological Process	microtubule-based movement
GO:0008017	Molecular Function	microtubule binding
GO:0016491	Molecular Function	oxidoreductase activity
GO:0003777	Molecular Function	microtubule motor activity
GO:0003824	Molecular Function	catalytic activity
GO:0005524	Molecular Function	ATP binding
GO:0005856	Cellular Component	cytoskeleton

Expression pattern

SRP	Sample	Description	FPKM
SRP064423	SRR2545914	vegetative propagation corms	11.600
SRP064423	SRR2545915	Juvenile tuber	9.940
SRP108465	SRR5643513	five period of Gastrodia elata	10.240
	SRR5643514	five period of Gastrodia elata	14.320
	SRR5643515	five period of Gastrodia elata	11.640
	SRR5643524	five period of Gastrodia elata	13.670
	SRR5643525	five period of Gastrodia elata	4.780
	SRR5643528	five period of Gastrodia elata	3.860
	SRR5643658	five period of Gastrodia elata	4.560
	SRR5643659	five period of Gastrodia elata	5.690
	SRR5643660	five period of Gastrodia elata	6.190
	SRR5643661	five period of Gastrodia elata	4.540
	SRR5643662	five period of Gastrodia elata	4.630
	SRR5643663	five period of Gastrodia elata	5.440
	SRR5643664	five period of Gastrodia elata	5.270
SRP118053	SRR6049654	Rhizomagastrodiae_C368-T07_good_1	9.230
	SRR6049655	Rhizomagastrodiae_C368-T10_good_1	14.810
	SRR6049656	Rhizomagastrodiae_C368-T07_good_1	13.740
	SRR6049657	Rhizomagastrodiae_C368-T07_good_1	12.700
	SRR6049658	Rhizomagastrodiae_C368-T04_good_1	23.190
	SRR6049659	Rhizomagastrodiae_C368-T04_good_1	22.510
	SRR6049660	Rhizomagastrodiae_C368-T01_good_1	14.970
	SRR6049661	Rhizomagastrodiae_C368-T04_good_1	19.030
	SRR6049662	Rhizomagastrodiae_C368-T01_good_1	17.600
	SRR6049663	Rhizomagastrodiae_C368-T01_good_1	22.000
	SRR6049664	Rhizomagastrodiae_C368-T10_good_1	14.850
	SRR6049665	Rhizomagastrodiae_C368-T10_good_1	14.850
SRP279888	Gastro	Gastrodia elata tuber	8.83
	Juven	Juvenile tuber	10.95
	Mother_Gastro	Mother tuber of Gastrodia elata	15.61
	Mother_Juven	Mother tuber of Juvenile	20.81