Gene detail

Detailed information of Acti_008542-T1 in Actinernus sp. WN-2022 Gene info

Gene ID	Annotation	Scaffold	Start	End	Strand
Acti_008542-T1	CENTROMERE PROTEIN E	ScLC4GM_578	9183632	9238498	-

Gene Structure

More details in Jbrowse Sequence

CDS

Acti_008542-T1

Transcript

Acti_008542-T1

ATGGTGAAGGCTAACGAGTTCAAGAATAAGCGTCCTCATGTGTACATCACAAGAATAGAGTCTTTTAGCGCTAGCCATCGTTTACATAATCCTAAATTCAGCGATGAAATGAACCGCGAAATTTTTGGGAAATGCAACAACAAGAACGGCCACGGACACAATTATAAAGTAGAAACAACTGTTCGAGGAGCAATAGATAAAGATACAGGAATGGTTATAAATCTTGTGAACTTGAAAGACGATATTAGGTGTGTTTTGAAGCATTTAGATCACAAAAACTTGGACTTGGATGTGGAGTATTTTAACGGTGTCGTCAGTACAGTTGAGAACATTGCAGTTTATATTTGGGATCAGCTAACTGTGCTTTTACCAGCGGGAATGTTGTACGAAGTGAAATTACAAGAGACAGATAAAAATATCGCAGTCTACAGAGGAGAAATTCATGTCAGTGATCCCAAGCACAGCTATGAAAAGGACTACTCATTTGACCATGTGTTCCCTGCTGGCACAAGTAATAACGAGGTTTGTAACACACTTTGTAAGCCTATCGTAAGTTCAGCCCTGAATGGCTTCAATGGCACACTTATGGCATATGGCCAGACAGGCTCGGGTAAGACACACACCTTGATGGCCCCAGACGGCATCACATCAGGTGTGGTTGACAGATGCTTTAAGAGGATCACACAAGACAGCCACCATGACTACAGGGTGTCCATGTCTTACCTTCAGATCTATCAAGAGAAGATTTACGACTTGCTAAACTCGACAAACAAAGTCGACCTGAGCATCAGAGAGCATCCACAAAAAGGTGTATACGTGGAGAATTTGTCTGAGTTTGTTGTTCGTTCGCCATCTGAAGTGTTCAACCTTCTGGCTGTTGGCAGGAAGAGACTGGTGTTCGCAGAAACTAAGATGAACAGAACATCGAGCAGGTCCCACTCAGTCTGCACGATTTTCATAGAAAGAACCTTGAACAAGGATGAAGGCACTCCTAAGGACTGTGTCCCTAAAGTCGGCAGAAGAAGTCCACTTCCGCGCAAAGATTCTAAAGAACAAGTCCACGCGACTGGAAAGCAGGGGGGATCACCAAAGAAGAGTTTGGCAGCAACTGCAGCTGTTGCCAGATCTAGCGAGAATGAGATAGAAGATGAAGGCGATTCTCTGACTAAGATAGCGTTCCACGACGATGTTCTTATTAGGGGAAAAATACACTTATGCGACTTAGCGGGAAGCGAGAGACTGAAAAAGACACACGCAGAAGGAGAACGACTAAGTGAAGCCCAGCACATTAACTCATCCCTCTTGGAGTTGGGGAATGTGATTCACGCGTTAGCTGAGGGTAAGAAGACACACGTACCGTTCAGGAACTCAACGCTGACTCGGCTTCTACAGGAGAGCTTGGGAGGCAACTGTAAAACCAGTCTTATTGTGTGTGTCTCTCCCTGCACGAGTGACGTGAGTGAGACCAAGACTACACTTAACTTCGGTTACCGGGCCATGAAGATCACCAACACAGCTTACGTCAACCTTGAGGTGGATTACAAGAGACTTAGCGATGACTTGTCTAAAATTTTGGATGCCAGAGAGAAAGACATGGTGGAATTGAAAGAAAATATCGAGAGCAGAATCGAAAAAATTAAGTCCGAAGCTCAAACTCAAATGAACACCACAATGGCTGAGGCACAGCTGGCGTTGTCGTCTGCGAGGAGTTTATTTCAATCGCAGGAAAACAATCTTCGCGATGAGCTGTCTCAAATCGACAAAGAGTTACACCACGAGAAGAATTTGTCCAGAGAACTTCAAATTCAGCTCTCGACATTAAACCAATGTCTCCACGGCGGGGTACATCGAGCAAAGAGTGCTCTGCTGGCAGAGCTTCTCTCTATGCAACTCTTCTATACCATAAGGGACATGCCAGAGGAAGAACGCTGCAGAGTAGCTGAGGAACTCGCACCTGAATACTTGTATAACGGCACCCAACTCATCAGCACCAAAGAAAAGGTCCTTGAAAACACTGACATCGTCTTGAGGATATTTCAGTGCTATCTCAAGCTGCTGAATTCTTCTGGAGAAAATTTAGTTAACAGTGGACTTGACCTTAAAATGCTGGAGGCAAATCTAGTCGATGGAAATTCAGTAGTTGTAAATAATTTTGTTAATGAATCGCGTTGTTTGGACATTCATGTTGAGTGCTTAGAGGATGATGATTCTATAATGTCAGAATTTAATAAAACAGATGACGACAAAGTTGTAGAATCAACGAAGGACGATTCCATAGGTTCTTGCCAACTTGTTCCTGACGAAGAGTCGAAGTCCACAACTAGCAGTAGTTTCCTAAGTAAAACGAAATCCCTTAGGGATAAACTTTTGAAAATTAAAAGTTCCTTGGATGGTGACGCGGTTGAGTTCCTTCAAAAAGCATTCGGGAAGGACTCCAAAAGTGACGCAACTCGGGAGAATGTTTATTCAGCGATGAAGGAATTCTTGCAAGAAAGGGAGAGCATTAAAGATCTGCCTCAAGATGAGAAACTATTACCTTTGTTGAGTGCGGAGATGGCCCTGTTGGACCAGTCACTTTGCCAAGTCCTCATTGACAAGGCTCTCCAGAGCTCCATTCTGTTGCTAGAACACACTGAATCCCAACGAGAATGCGACAAGCTGTCGAACGATAACGTCACGATGAACAAAGAAATGGAGATTCTCCGTGTTCAGGTTGAAACACTTGTCACTGAGAACGCCAAGCTAAACTCCAAACTGTCGGAGACCTCGACCTTCCTACTAGACGTCAAGACAAGCAAATCGAGGCTGGAGGATGATCTGTCCTCGGTATTCCAGCTATACAACATGAGAGCCAGCGAGTCACCAAGAGGTGAAGCCGCATGTACCATGAAACAAGAACTGGAAACTGGTATTTCATCGCTAGTGGAGGAGAACGCCAAGCTTAAGGTGGAACTTAAAGATGCCCAGGCTGAGAAGAAGGAACTACAAACACAGCTCAGTGTCACTAAGGGGCAACTAGAAAATATGACAACTTTGGTGGAATCATTGCGCAATCGTACTGAAACGTTACCTGCAACGAAAGCTAAGGAGGACGCTAACACATCTTACAGAAGCACCCTGCTAATCAACGGTAATGCGCCAGATACTGATGATCTACAGAGTCTTGAACAGTTCTTATTCTACGTCCAGCAAGAATTAGTAAAGCTAGAAAGTAACGAGTCGGCTCTTTCTGAGCATTCCAGCCAAAGACAAGTCATCTCTTCCTTGAGAAGTGATATGAACAAAAGACTTGGAGAAGAATGGTCGGTAAAGATAATAGAGAACTCAGAACTTCGTCTTCAAATGGAAGAGCTGTCCAAGACACTCGACATTGAAAGAAGAGAGTATGATGAACAAATCGAGCAGTTTAAGAACAAACTTCATGTCGAGTTACAGGCGAGAATAAACTTAGAAGAAGAACTGTTAATGTCGAGAAAACAAATTGTCGAACTGGATCTTGAACTGTGGGAGTCCTATTCCAAGCGTAGCGACAGTGGGGTATCCTTAGAAAGTGCGGGACTAGATTTCGAGCACCATCAATTTATAAGCTCCAGTGAACAAGCGCTATCGAAAGACGAAAGGGGTATATACATAACAAAAAGAGGTTTACTACAGAAACTAATTCATCGAAATGGATCTTCGCTTCCTGTGGATACAAAATTGCATTGGAAGCACGAGATTGATGGCAACGAAAAGCTGTTCATCACGGGACGACAGCAAAGCGTTCTTGTGAGGGCGGATTCCATAAACGAAAATGATCTGGATGTCGACTCGATCAAAGACAAAAAGGACGAACTCCTGCAAGCAGAAAGGGAAAGTGACAGTATGAAGCAAGAACTTGCCAGACTTAAGAAGAGGTTCCTGGAGTTGGGTGAGGAACTTGCTGATTCGGGTAAAGTACGTGAGGAATTGGGACAAAGGTTCTCCGATCTTGTCAACGAGGAAATGATTGTGTCATCAAAGTTGGATGAAACAGAACAGAAGTGTGTGGAGCTGCAACACAAACTGGATACTTCCTACAGGGATAACGAAGAGCTCGAGCGAACTGTCGATGACATCATGAGGATTAATGAAGTGTTGGAAAGAGAAATTCAAAGCCTGAAGGGATCAATTTCTGCACTCGAGGAAGAGAGAAGTCAAGTTAAGCAACAGCTCTCTTCTGCTGAAGTAAGAATAACTTTAATGGACAGCAGATATCGTGAAAAGTGTAAAGAACTTGATGACACTAAAAAAGCTCTACAACATACCCAGGATGACTTACAGTGCAGCAAATCGGAGTTTAAAGATCTCCATGAGGCTTACGAAAGTTTGCGGATCAGGCAGGAAGACGATAGTGATCGAGAGAGTTTAGTAGAGGTAAAGATGCGAAGCCCGATTGATTCTCCATTGCCTAGACGTCTCCACTCGATCCATTTAGTTTCCCGAGCCAGGGCACAAGGGAGAAAGGCTGGACAGTCAACGGGAAAGAAGAAGTTATCATTTAGGATCAATTCCCCGAGACAAGAAGAAACGCTCCATGATGGTCGGAATGATTCTTTGAAAAGGAGAACGCAGGATTCGAAATGGGGAACCCTAAATCGGAAGGACTCGAAACGGAACACCCTTACTCGACAGGAAACGAAGAGAGGTACACTCACTCGGTTGCAAGATTTGAAACGAGATTCATTAAAACGAGGAAAGACACTTGAAAAGAGGGATTCAACAGATGGAAAAATCAAGGTTGGGAGGGACGAGGACAGCAAGCTTAAGTCAGAACTGTTATTGGCAAAGGAACAGCTTATTCGACTTAAGGCTGAGTTGACCGTTTCAAATATGCAGACAACAAATATTGGAACTCAGCTGACGTCTCTAAGAGAAGACAGTAATAAACTAGAAGCTGAGCTAAATACAATGAGCCGAACTCCAAACAGGCATCACAGTAGTGGTGATTCCTCTAACACTAGTGATGGTGCACTTCGCTTGGAGATCGATCTAGCAGATGCCAAGGAAAAGGTTATCTTCCTCCAAGAAAAACTCATGATCCTTCGGCGGGAGAAGGCAACAGCAGACGAAAAAAATTCTGAATCCGAGGAACAAATCAGGAAGCTTAGATGCCAAATTTATAAAACCAATGATGCTCTTGAAAGAAGCCACGAAGAAGTGAAGATATTGAAAAACGAAGTTTCGAATCTCAAAGTCGAGCAGGAGAGGCTGTTGAAAAGGTTAGCTGGATATACGAACGAGATTGTTCAAAGTTTTCTCTTTCCAGAGTTGGAAGAAAGCACTGATAAGGAGGGTCAAAGAGAAATGAAGAATACGGAGAAGAAGAGCGAACAGTGGTCGTACATGATGAATGACAGGATGAAGCTACAAAGAGAGATTGAGGATCTCTCAGAAAATAAGATCAAGTTGGAGGATATGCAGAACTTAGTGCAGCAGTTAGTTAGTGTAGAGGATGAAAAAAACGAACTTAAACAAAGACTTAGGCTAGCCGTGAAAGATTCCAAGGCATGTGGTACTGTTGAAGGGCAACTGCTTCAAAACGGAGGTGATACATCTAAACAGAAAGGTTCTATGAAGAGAACTACCAAGGATATTTCTGACCAGAAATGTGAAGAGTTTTACATCGAGAACACAGCCCTTCGATGCGAGGTCGACGCCCTACGAATCTACATCGCAAATCTCGAGAACGAGATCAAGTCCATGAAATTCAAGCTATCTGTCAGCGAGTCTACTCATGGAAACACGGACAAAAAGGTCCTTGCAACGCTACTCGCATCTGCTAAACATGAACGGGAAGAGCTGAGAAGAACCTTAAACGAGTTGTACAGTGAGAAGGAAGACATCGAAGAAGAGCTTGAGGTTGCAAAAGTCAGATGCGGGAGGCTTCAACGAGAACTTGCTAACATGATAAAGGAGAAAGTGGAGATGGAAAAGGAGATACGCTCACTGAAGAAAGGATTGTGGCCTCAAAAGGATGGACAGACTAGTCTATCCGCTGCGGAGGAGAAGGGTCTGATGGAGTTGATCAAGGGCTTCCTGTTTTCTATTGGAGTACAGAATGCTGGCGAAGACGATGTTAAGGAGTTAGTCGAGGCTCTCATCGCCCGCAAGAATAACCAGGCAATCCAAAGGGGAAACAAGAAAACAACGCTTCGTGAAAAATCAAAATGTTTGGACTACAGACAAGCACCTCTTGACAAGAAGCCTAACAAACCTGAACACATCACTAATAGGTCCAGTACAATTGCTTCAGCCCAAGCATCAGTCTCTAACAGTAAGACACAATCCCACATGCGTAACTCTAGCCAAATCATTGATTGGTCCCATCAAAGTGGACTGAAACGCCATACTCCTGGTTATGAGCGCGAGATGCCCGAAGGAATGGAGGACGTTGATGCATACGTTAGCACTTTGAGTAGTGCTACAAGCAAGACAAAACAAGAAGGAACTACTGCGGAGTTAGATGAGTTTGATGGGGAGGTTTATATCAAAAGGACATGGTCACTTAAAAATATATTCAAGAGGGCAAATGGTAAAAATACACCAGCCGAACCACTTGTATAAATCAATGAACCATTTAAACACCAAAAGGTGATGATCACTTAGGGGGCGGTTTTCGATTGAGTGTCATAAAACCAAAACCAATCACGGGAGCAAGCTAAGTAAAAACGCAACGAACCAATCACGGGAGCAAGCTAAGTAAAAACGCAACGAACCAATCACGGGAACAAGCTAAGTAAAAACGCAACGAACCAATCACGGGAGCAAGCTAAGTAAAAACGCAACGAACCAATCACGGGAGCAAGCTAAGTAAAAACGCAACGAACCAATCACGGGAGCAAGCTAAGTAAAAACGCAATGAACCAATCACGGGAGCAAGCTAAGTAAACACGCAATGAACCAATCACGGGAGCAAGCTAAGTAAAAACGCAATGAACCAATCACGAACTGAAGTAATTCGGGATTGGTTTTACTTGAACCAGTTACGAGGAAAAGTAAACTCATATATCATGGATAACTAACCAATCAAACTCGATAGCAATCGCCTATTAATTACCTTTCGACACTCAACCGATAACTGCCCTAATTACAAGGCTTTGGTCTGGAAGCCATAAACGTAAAGTTACCAACATTAAAAATAGTATCCCGTAATGATGGCATACAGCATTATGATCAGTATATGGAATAGTGAAACAAAAAGCAGTGACAAATGGGAAATATTTATTTCAAATTTTCTTACAGTAAAAGAAAACGTAAATTAATTAAATACTAGTAATGCAGTAAATACTAGTAATACATTAAATGCAGAAGCCCCACCACCATTTTCACCAGACAATTAATTTTAAACGAAACCCTGGCTGTTGGAACAAGTTGCCGTTAAATTGTTGCCAATATGGTCTAAGTTGAAAATATGTTGAAACATTGGAAAATATATTTTAGTTTTTGAAAATATTGGACATGAGTACGAGCCATTTTGAGCGCCATCTTGGATGTGATGACGTTTTTTTGGCGAACCCTTCTGTTACGCGACAAAAGCTATTGTTTATTGACAATAGGGACCGCCGTGAAACGTCATCACAGCCAAGATGGCGGCACCCGCGCCCAAAATGGCTCATACTCGTGTCCATTTTCTTCAAAATTAAAATATTTTTTCCATTTTTTTCAACTTAGACCATATTGCCAACATTTTAATGGCAACTTGTTCCAACAGCCAGGGTTTCCTTTAAGAACAATACCTTGTAGTCTTCTTTGGTTATGTTCTTCAGTTTCTGACGAAATTATTTGCCAGTGATATTTCATAATATTTTCTTTCAAAGTTTGGAGTCCACTTTCTCTCTTAATTTCCGTTTCTCGGTAAATTGTTTGCCGATCATTGGTTATGTTCTTCAGTTTCTGACGAAATTATTTGCCAGTGATATTTCATAATATTTTCTTTCAAAGTTTGGAGTCCACTTTCTCTCTTAATTTCCGTTTCTCGGTAAATTGTTTGCCGATCTGATCAAAGAAATACATAAATGAATTAAATATCAATGTATACGTATCTAACTGCATCCCTTTATATGGTAACCTGATTTTCAGATCGTCCGAGTGAGCGGTGAATGATGGCGGCTGAACTATCTGAAAATCAGGCTATGTATTTGGGTGGTAGATAAAATTCTTTTGGCAAATTAGTCATTTTATTACTGTATCAAAAATAACAATAAATGGTAATAATATCTACAGTATACATTGTAGTGGGCTTGTATACTATAAATTAATATTTAGAATGAATTATTTCTGATAAACGAAGATAAAGCTTTGTTATCAAATCTAAACCTTACATCCTTACAGACCTTACAGACCTTACAGACCGGTTCCTCGAAGCCCATTAAGCTAATCCAGGATTAATGGTAATTTTTAGTTCGATTTGCTAACTTGTGAACTACTGATGTGGGATTAAAAACCTATTGTTTGATGAGGAAAGAGCAGTACCTTTCTACTAGTAATCGTAGAATAAAGAAACACACCTTTACCAAGAGAATCCAAATCCTCTGTTCAAATTTCATGCAGGAATAACGTTACTCGGGCTTCGAGGAACTCAGGCCCGATTTATAGTTTTGTAGGCTTTGTTGATGTTTATCCATGTACAAATATCCATGTACAAAAATACATGCACTAAAATATATATCCCAAACATTTGAACCCTTGTATTCTGCAATTTAATTGCGACTGGTGCTCAACACGGTCAAATGAGAAAGACATGATTCACGACGTCAGTACATGCTACAGTGTATGTATCAAGGGCACCCAACGAGTACCTTTTGAAATTCGTTTGAAACCAGTTGTCTGCAGCTTATCTAGCCATTTTAAGGCGCCTACTATGTCTTTTGACGTATTCTAGAAAGCTATTAGCTGTTCGGATTTTCTAGGTGGAAATCGCGTCAACCGAAAATACTATGGCAAAATATTCCCGGCCTACGAATTTGTTAGTAGTCTAGAACAGAAACAAGAATTTTCTAGCCCAAGTAAATTCATGTTGCAAAGTTTTGTGGAGGTACGATTTTTTTAGGGATTCTTTTTCCTTTAGGCAATTCTTAGGGAATGGAAATGTGTTGTCCTGACTCTATTGATCAGACGAATTGGGACGTACGAATATTTTAGGGGAAACCTTTTGGTCTCCCCTTTCTTCTATAATTTTCTAGGGATTGAAAACAAATTTTCTAGCCAGTATTTCAGAAAACAATTTTCTAGGGACAATTTTTCAAATCCGAAAGTTTTAGGCTAACTTACTCTCCCGAACAGCTTTTTAACCGAAAACTTCGTTGGGTGCCCTTGATGTATGGTGCCCTACTATATTTCCAAATCATAGTTACTAGTTATCGAAAGGATATCTAAAGAACTGCGCTGCCGACAGACTCCATTGATTAATTTTACAATAGTTACGTATAGCCATATTTTAATCCTTAGTATACGGTTATCATTACATCTCTTTTATATCTTAGTCATATTTTATCAACATTTTATATTTTACATTATTTAGATTAACAGGCGAAGAGCCACCCAGTGGAAGTACTGTTAATAAACCATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTAATACTGGTATGTTTACAGATTGTGTTTCGAGGGATCATATTAGTAGTTTAAAAATCAGCTGTATGAGATCAATTGGCCAATGTTTTAACACTGTTCTGATTACACCTATTTTACAAAGGTTGTCCCGGACAAACGACATTGCCAGCCCGAAATGGATTGTGGTTAGAGCTGAAAGTGAATTCTTTTGTTTTGGGGGGCAACAGCGTTTAAACGAATATTTATCGTCTCCTTTGAGTCCAATAGGCCTTATGTATGATGATGTCACGTGATCACCACCAAGCCTCACTTTGACACAACATTTTATCTCAACACCAAAGTGAGGCTTTTATAATCACCACCTTCGTTGCTTGTAGTTTGCTTTTTGTTCGTGACAACCATTTTTGAAATAGCTAGGTGTATATGATTAATGAAAGTAAATTTTGTCTGAGCCGTGAAACGTTTTGTTGTAGAGTCTTGTTTTGACGAGAGTAAGATAAAATACCTCGGTGTTTCTGCTAGCCTTCTGTTTAGTGGTATATTTAACAATTAGACTCGCAACTCGAATGGGCTACGAGTCAATAGCCCATGAGGCGCAGCCTCATGGGCTATTTAACTCGTAGCCCATGAGGGCGAGATGTCTAATAGCTGTTATTACGGCTGAGCCAAATACCATGAAACGGTCAGCGGTTTCACCCATCTTATCGGGTCATCGACTCGTTTGAGGCTGTTTCAACTTTGAACTTGTTTGAGTGAAATTTTCCATCAAATATCCTCGTTTTATTATTCTTTATCATTCCTGTCTCTTCATTCGATGCACTAGTAGCGATTTGTAAGACGCTGAATGGCCTAAGGATGGACTAACCGATTTCATAAGGCTGAATGCGAAGAGGAGTTATCGTGTGAGTTGTTGACTTTACGGACCCAAGAAGCTTCTGAAGACAAGGCTTGTAAAAAAAATCCGTCAAATCACTCTAGTGGCCAAGTACAGACACCGCTTAACATTTATTCTTGCTTTTCTTTAGAAAATAATCGTTTGGGGCGTCATCTTCTTGGTGATCTCCGTTCAACGCGACTCCATCACTGTACCATTTTGAAATGGTTGACCCGAAAGCCTCGTTTTCACGAGGAGTGATGGGTGAAACCGCTGACCATTTGGCTCAGCCGTAATAACAGCTATTGTTTTAGTATAAACTAAATGGTCGGACAGTAGAAAATAATAGTAAGAAACAAATTGAAGTTGAAAAAAGGTTATTATTTCGTGAAAATGCGTGCGGTTTTTCTCTACAATGGGATATCACAAATGTAGCCATTCAGAATGCAGGATTTGTAATAGTCCACTAATTGGTTTATACTAATACTTTAATACAATAAACAATGTTAAACGTGTG

Protein

Acti_008542-T1

MVKANEFKNKRPHVYITRIESFSASHRLHNPKFSDEMNREIFGKCNNKNGHGHNYKVETTVRGAIDKDTGMVINLVNLKDDIRCVLKHLDHKNLDLDVEYFNGVVSTVENIAVYIWDQLTVLLPAGMLYEVKLQETDKNIAVYRGEIHVSDPKHSYEKDYSFDHVFPAGTSNNEVCNTLCKPIVSSALNGFNGTLMAYGQTGSGKTHTLMAPDGITSGVVDRCFKRITQDSHHDYRVSMSYLQIYQEKIYDLLNSTNKVDLSIREHPQKGVYVENLSEFVVRSPSEVFNLLAVGRKRLVFAETKMNRTSSRSHSVCTIFIERTLNKDEGTPKDCVPKVGRRSPLPRKDSKEQVHATGKQGGSPKKSLAATAAVARSSENEIEDEGDSLTKIAFHDDVLIRGKIHLCDLAGSERLKKTHAEGERLSEAQHINSSLLELGNVIHALAEGKKTHVPFRNSTLTRLLQESLGGNCKTSLIVCVSPCTSDVSETKTTLNFGYRAMKITNTAYVNLEVDYKRLSDDLSKILDAREKDMVELKENIESRIEKIKSEAQTQMNTTMAEAQLALSSARSLFQSQENNLRDELSQIDKELHHEKNLSRELQIQLSTLNQCLHGGVHRAKSALLAELLSMQLFYTIRDMPEEERCRVAEELAPEYLYNGTQLISTKEKVLENTDIVLRIFQCYLKLLNSSGENLVNSGLDLKMLEANLVDGNSVVVNNFVNESRCLDIHVECLEDDDSIMSEFNKTDDDKVVESTKDDSIGSCQLVPDEESKSTTSSSFLSKTKSLRDKLLKIKSSLDGDAVEFLQKAFGKDSKSDATRENVYSAMKEFLQERESIKDLPQDEKLLPLLSAEMALLDQSLCQVLIDKALQSSILLLEHTESQRECDKLSNDNVTMNKEMEILRVQVETLVTENAKLNSKLSETSTFLLDVKTSKSRLEDDLSSVFQLYNMRASESPRGEAACTMKQELETGISSLVEENAKLKVELKDAQAEKKELQTQLSVTKGQLENMTTLVESLRNRTETLPATKAKEDANTSYRSTLLINGNAPDTDDLQSLEQFLFYVQQELVKLESNESALSEHSSQRQVISSLRSDMNKRLGEEWSVKIIENSELRLQMEELSKTLDIERREYDEQIEQFKNKLHVELQARINLEEELLMSRKQIVELDLELWESYSKRSDSGVSLESAGLDFEHHQFISSSEQALSKDERGIYITKRGLLQKLIHRNGSSLPVDTKLHWKHEIDGNEKLFITGRQQSVLVRADSINENDLDVDSIKDKKDELLQAERESDSMKQELARLKKRFLELGEELADSGKVREELGQRFSDLVNEEMIVSSKLDETEQKCVELQHKLDTSYRDNEELERTVDDIMRINEVLEREIQSLKGSISALEEERSQVKQQLSSAEVRITLMDSRYREKCKELDDTKKALQHTQDDLQCSKSEFKDLHEAYESLRIRQEDDSDRESLVEVKMRSPIDSPLPRRLHSIHLVSRARAQGRKAGQSTGKKKLSFRINSPRQEETLHDGRNDSLKRRTQDSKWGTLNRKDSKRNTLTRQETKRGTLTRLQDLKRDSLKRGKTLEKRDSTDGKIKVGRDEDSKLKSELLLAKEQLIRLKAELTVSNMQTTNIGTQLTSLREDSNKLEAELNTMSRTPNRHHSSGDSSNTSDGALRLEIDLADAKEKVIFLQEKLMILRREKATADEKNSESEEQIRKLRCQIYKTNDALERSHEEVKILKNEVSNLKVEQERLLKRLAGYTNEIVQSFLFPELEESTDKEGQREMKNTEKKSEQWSYMMNDRMKLQREIEDLSENKIKLEDMQNLVQQLVSVEDEKNELKQRLRLAVKDSKACGTVEGQLLQNGGDTSKQKGSMKRTTKDISDQKCEEFYIENTALRCEVDALRIYIANLENEIKSMKFKLSVSESTHGNTDKKVLATLLASAKHEREELRRTLNELYSEKEDIEEELEVAKVRCGRLQRELANMIKEKVEMEKEIRSLKKGLWPQKDGQTSLSAAEEKGLMELIKGFLFSIGVQNAGEDDVKELVEALIARKNNQAIQRGNKKTTLREKSKCLDYRQAPLDKKPNKPEHITNRSSTIASAQASVSNSKTQSHMRNSSQIIDWSHQSGLKRHTPGYEREMPEGMEDVDAYVSTLSSATSKTKQEGTTAELDEFDGEVYIKRTWSLKNIFKRANGKNTPAEPLV

Gene family

Gene family	Subfamily
-	-

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00225	Kinesin	Kinesin motor domain	Domain	Interproscan
PF01242	PTPS	6-pyruvoyl tetrahydropterin synthase	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR001752	Domain	Kinesin motor domain	Interproscan
IPR007115	Family	6-pyruvoyl tetrahydropterin synthase/QueD family	Interproscan
IPR019821	Conserved_site	Kinesin motor domain, conserved site	Interproscan
IPR022469	Active_site	6-pyruvoyl tetrahydropterin synthase, histidine active site	Interproscan
IPR022470	Active_site	6-pyruvoyl tetrahydropterin synthase, cysteine active site	Interproscan
IPR027417	Homologous_superfamily	P-loop containing nucleoside triphosphate hydrolase	Interproscan
IPR027640	Family	Kinesin-like protein	Interproscan
IPR036961	Homologous_superfamily	Kinesin motor domain superfamily	Interproscan
IPR038418	Homologous_superfamily	6-pyruvoyl tetrahydropterin synthase/QueD superfamily	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR47968	CENTROMERE PROTEIN E	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0003777	Molecular Function	microtubule motor activity	Interproscan
GO:0003874	Molecular Function	6-pyruvoyltetrahydropterin synthase activity	Interproscan
GO:0005524	Molecular Function	ATP binding	Interproscan
GO:0006729	Biological Process	tetrahydrobiopterin biosynthetic process	Interproscan
GO:0007018	Biological Process	microtubule-based movement	Interproscan
GO:0008017	Molecular Function	microtubule binding	Interproscan

KEGG pathway

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