Gene detail

Detailed information of scaffold83.g42.t1 in Morbakka virulenta

Genomic Location: scaffold83:1483186...1530897
NR annotation: XP_047133023.1, kinesin-related protein 5 isoform X3 [Hydra vulgaris]

Gene Structure

More details in Jbrowse

Sequence

CDS

scaffold83.g42.t1

ATGAACATGCAGAAGAAAGCCAAGTCCCTTATTAAAGTCTATGTCCGTGTTCGGCCTTTGAGCCAGGAAGAAGAAGAAAAGAATGACAAAAGCGCAATTCAAACTTTTCCAGAGGAGTCCCTGATTAAAGTTATTGATGAGAAGCATGTCTTGGAAACAAGCTATTTTTTCGATGGAGTGTTTTGTCAAGAAAACAGCAATGAGTATGTTTATGAAAAGGTTGGAAAACCTCTCATCGATGACCTTCTTCTTGGTATCAATTGTGCTTTATTAACCTATGGTCAAACAGGAACCGGAAAAACGCATACATTGATGGCAGAGGAAAGCATCACGGTATTTATTATCAAAGAGATTTTCAGAAGAATAGAAAATGATCACGATTATAATTACCAAGTCACTTGCTCGTTTGTACAAGTATATCAAGACAAAGTTTACGATTTACTTCAGTCCGATTCAAGAGGGGAATTACCAGTTAGAGAGCATCCAAAACAAGGAATATATGTTGCTCAGTTAACACAACATGAAGTCAGTTCAGATCTTGAAACTTTGGAGTTGCTAAATGAAGGAAGAAACGAACTCATTGTCGCAGAAACAAGGATGGTACGTCAGTCCAGCAGATGTGACCTTGCAGGAAGTGAACGATTAGGAAAAACGAAAGCAGACGGAATGCGATTATCTGAAGCCAAGTATATCAATTCATCTCTACTGGAACTTGGAAATGTAATCCATGCTTTATCAGAAGGATCGAGACGGCATATTCCTTTTCGAAACTCAATACTTACAAGGCTTTTACAAGAATGTCTTGGACCCAAATGTCGCACAACTTTTATAGTTTGCATTGCACCTACCATTAGTGAAGCCTATGAAACACGATGTAGTCTTGATTTTGGTGTTAGAGCAAGAAAAATAAAAAATAAAGAACGGATGACTTCCAATGTTGAGGTTGATTATAAAATTCTAGCTGCACGATTAGCTCGACGAGTAGAAGATTTGGAGGAGAAATTGTCAAGGTTCTCACAGTCGACGCAGGGAAGTAACATTCAGGTACCGGCTCAAATACCATTAGTTTCACCCAAGGAACAGTCAGACTGCTCACCGAGTTTTACATCATCGGCGACGACTCCAAATTTGGAAGTAGCATCTGCACTGCATCACAGTGCGTTGGTCTTGCGATGCTTAGAAAGAGTTTCAATGCTCACAGAACTATGTGAAAACAAAAGCAATGTCTTCGATAAAATTATCACTGAAGCAAAATGTTACATCTCAGAAACTCTCGGTTCCATTCAGAGTTGTAATGGTGGCATGGTTGGTGACTCGGTAAAAAATGAACTCGCTGAAATGCTGAGCTGTACTTTAACAGACTTTAATTCAATTAACATGAATGATAGAAATACAATAGATACTCCTCAAAAAAATGCTTCAGCGAGACAAATGCAGCGAAAAGCTGATAATAACATAGTGATTGCAATACTAAAAGACATATGCCATCGATTAAGAATTGCTGCCATTCAAGGAACAATGGCCAACACAAAAATAAGCACGGAGAGTTCTGAACATGACTCCACACGCACTCGAAAACAAGAAAAAGCAACCCTTAAAGATCAATTAACAAATGTTGCAGAGCACATAAAAAACACTCCAGGGTCACCACTACATTTCAAATTTCAACAGCAGATTTCTTCATTCATGCATTTACTTTGGATTTACAAAATTCTTAACATGTTTCTAATACTCGGACAGATGTACAACGCTGTGCTTGAATGCGAAGAAGATGATTCATCTTGTTATGAACAAAGGAATAGTTTTTCAAATAATTATTCAAATTCCTTTGAAATATATACTAAACATACCGAAGCATCTAGTGGATTCGATTCAGCAAAGGACTCCAATTGTTCAGTTATTGACATCGAAGAAGGCTGTTGTAATGTACTACAAACAGCAATTGTTCCAAGTGATGAACCCACATTGCCAAAAATAGCGAAATTATTAAACAGTGAACCCTTTAATAAAAATTGTAAAGAAGATGCTTATTCTCCTGAATCGGAACTCAGAAACCATGTTTTCCCAGTCGAAAGCTCTCCAGTTCCGGAAAATAGTTTTATCAGTTCGTGCTTTAAACCTCTTAAAGAGAATCTCATGCTTTCATCAAAGGAAAAAGCAGCACCCTTTGAAAATTTAGAGCGCATATTGCCACCTTTCGCATCAGACAAAATTTTTAATTCTCCTGCGAATCAGATACAAAAATCTTCAAAAATACCAGCTTTCAGGGGTTTTCAAAGAGCGAAAGCAAGCTTTGCTCCTCCAAGTGACAGCGAGGTGACATCTCAGGATGAATGTGAAGTCTCTGATTTTGAGGAAACTGAAGTAGTGAGAAGAAATCATGGCAACATTTTTAACAGAAGAAGAAAAGAGACCTTGGCAAATTTGAATGGAAAACTTCTAAAAACATTGAATATTGTTATACAAGAGAACAAAGAAATAAATGAAAGATTACGAAATGCTCAGCAGGAGAGGGCAGATATAAAATGTGACTTTGATAGGATGGAGAAACAAGCTTTAAGTGCACTTTCAGATAAAAATGAACTCACAAATGAGTTGGAAAAAATAAAAAAAGAGAAGAGTGTTCTTCAATCAATAAATCAGAGGCTAAGCAGTTCTAATAACGTTCTTCAGCTAACAGTAAATGACTTAAAAGGTCAATTAAGGGCTATGGAAATTAAATGTCAAACAACTGAAGAAAATCTGATCAAAGAGCAAAATGGAAAAAAAGAGTTACATCTTAAATTAAAAAGTGTAATGACTGAATTGGATTCGAAGACAAAATCATTAAAGAATCATTTGTTAAGCACCAAACAAGAAGAAAAACAGGGCAGTGGTTTAATGTCCGACCTCAGAGGATTGGTATATAGTTTAGAAAAGATGGCTGACAACGCCATTAAGGAAACCGGAAATATTAAAACTCCAAAGAAGAAAGACATGTCATTAACTGATATGACCATTGAAACTGAATTATTTGTTGCTATTGAGAACAACGTGAAGCTTGAAGGTGCTATTTGTGACATGAAAAACTTAATTGATGAGATGACAAGCCGTTTTTCACGCTCAGAGTTGAAGGAAACTGTTATGCAAGTCCAATGCGACAGCAGTGTAAGTAAACAAAAAACAGCTCTCCCAACAGCCACTGCAAGTAAATTAAAACCTCGTTCAAAGTCTTTTAAAAGGGAATCCCTGTTAAAACATCAAAACAGAAATACAAAAGATGACATTTCTTTGTTGAAACTGAAAGAGGTAATAAAAGAGCGCGATGAGTTAGAATATAAAAACAACGAACTGATGATCAAAATAAATTCACTTGAAAATGAGTTAAAGAATTCCAAGAAGGATATTGCTCTTCTTGTTATGGAATGTGGCATGTTGGATAGTCAATTGACTACCTTAAGAAATAGACCTCCCCAAGGACAAAAATGA

Transcript

scaffold83.g42.t1

ATATCTGCATTGGCATAACAGATACATAGATGAAGGACAATTAGATAACTACTCACCAAAGATGAACATGCAGAAGAAAGCCAAGTCCCTTATTAAAGTCTATGTCCGTGTTCGGCCTTTGAGCCAGGAAGAAGAAGAAAAGAATGACAAAAGCGCAATTCAAACTTTTCCAGAGGAGTCCCTGATTAAAGTTATTGATGAGAAGCATGTCTTGGAAACAAGCTATTTTTTCGATGGAGTGTTTTGTCAAGAAAACAGCAATGAGTATGTTTATGAAAAGGTTGGAAAACCTCTCATCGATGACCTTCTTCTTGGTATCAATTGTGCTTTATTAACCTATGGTCAAACAGGAACCGGAAAAACGCATACATTGATGGCAGAGGAAAGCATCACGGTATTTATTATCAAAGAGATTTTCAGAAGAATAGAAAATGATCACGATTATAATTACCAAGTCACTTGCTCGTTTGTACAAGTATATCAAGACAAAGTTTACGATTTACTTCAGTCCGATTCAAGAGGGGAATTACCAGTTAGAGAGCATCCAAAACAAGGAATATATGTTGCTCAGTTAACACAACATGAAGTCAGTTCAGATCTTGAAACTTTGGAGTTGCTAAATGAAGGAAGAAACGAACTCATTGTCGCAGAAACAAGGATGGTACGTCAGTCCAGCAGATGTGACCTTGCAGGAAGTGAACGATTAGGAAAAACGAAAGCAGACGGAATGCGATTATCTGAAGCCAAGTATATCAATTCATCTCTACTGGAACTTGGAAATGTAATCCATGCTTTATCAGAAGGATCGAGACGGCATATTCCTTTTCGAAACTCAATACTTACAAGGCTTTTACAAGAATGTCTTGGACCCAAATGTCGCACAACTTTTATAGTTTGCATTGCACCTACCATTAGTGAAGCCTATGAAACACGATGTAGTCTTGATTTTGGTGTTAGAGCAAGAAAAATAAAAAATAAAGAACGGATGACTTCCAATGTTGAGGTTGATTATAAAATTCTAGCTGCACGATTAGCTCGACGAGTAGAAGATTTGGAGGAGAAATTGTCAAGGTTCTCACAGTCGACGCAGGGAAGTAACATTCAGGTACCGGCTCAAATACCATTAGTTTCACCCAAGGAACAGTCAGACTGCTCACCGAGTTTTACATCATCGGCGACGACTCCAAATTTGGAAGTAGCATCTGCACTGCATCACAGTGCGTTGGTCTTGCGATGCTTAGAAAGAGTTTCAATGCTCACAGAACTATGTGAAAACAAAAGCAATGTCTTCGATAAAATTATCACTGAAGCAAAATGTTACATCTCAGAAACTCTCGGTTCCATTCAGAGTTGTAATGGTGGCATGGTTGGTGACTCGGTAAAAAATGAACTCGCTGAAATGCTGAGCTGTACTTTAACAGACTTTAATTCAATTAACATGAATGATAGAAATACAATAGATACTCCTCAAAAAAATGCTTCAGCGAGACAAATGCAGCGAAAAGCTGATAATAACATAGTGATTGCAATACTAAAAGACATATGCCATCGATTAAGAATTGCTGCCATTCAAGGAACAATGGCCAACACAAAAATAAGCACGGAGAGTTCTGAACATGACTCCACACGCACTCGAAAACAAGAAAAAGCAACCCTTAAAGATCAATTAACAAATGTTGCAGAGCACATAAAAAACACTCCAGGGTCACCACTACATTTCAAATTTCAACAGCAGATTTCTTCATTCATGCATTTACTTTGGATTTACAAAATTCTTAACATGTTTCTAATACTCGGACAGATGTACAACGCTGTGCTTGAATGCGAAGAAGATGATTCATCTTGTTATGAACAAAGGAATAGTTTTTCAAATAATTATTCAAATTCCTTTGAAATATATACTAAACATACCGAAGCATCTAGTGGATTCGATTCAGCAAAGGACTCCAATTGTTCAGTTATTGACATCGAAGAAGGCTGTTGTAATGTACTACAAACAGCAATTGTTCCAAGTGATGAACCCACATTGCCAAAAATAGCGAAATTATTAAACAGTGAACCCTTTAATAAAAATTGTAAAGAAGATGCTTATTCTCCTGAATCGGAACTCAGAAACCATGTTTTCCCAGTCGAAAGCTCTCCAGTTCCGGAAAATAGTTTTATCAGTTCGTGCTTTAAACCTCTTAAAGAGAATCTCATGCTTTCATCAAAGGAAAAAGCAGCACCCTTTGAAAATTTAGAGCGCATATTGCCACCTTTCGCATCAGACAAAATTTTTAATTCTCCTGCGAATCAGATACAAAAATCTTCAAAAATACCAGCTTTCAGGGGTTTTCAAAGAGCGAAAGCAAGCTTTGCTCCTCCAAGTGACAGCGAGGTGACATCTCAGGATGAATGTGAAGTCTCTGATTTTGAGGAAACTGAAGTAGTGAGAAGAAATCATGGCAACATTTTTAACAGAAGAAGAAAAGAGACCTTGGCAAATTTGAATGGAAAACTTCTAAAAACATTGAATATTGTTATACAAGAGAACAAAGAAATAAATGAAAGATTACGAAATGCTCAGCAGGAGAGGGCAGATATAAAATGTGACTTTGATAGGATGGAGAAACAAGCTTTAAGTGCACTTTCAGATAAAAATGAACTCACAAATGAGTTGGAAAAAATAAAAAAAGAGAAGAGTGTTCTTCAATCAATAAATCAGAGGCTAAGCAGTTCTAATAACGTTCTTCAGCTAACAGTAAATGACTTAAAAGGTCAATTAAGGGCTATGGAAATTAAATGTCAAACAACTGAAGAAAATCTGATCAAAGAGCAAAATGGAAAAAAAGAGTTACATCTTAAATTAAAAAGTGTAATGACTGAATTGGATTCGAAGACAAAATCATTAAAGAATCATTTGTTAAGCACCAAACAAGAAGAAAAACAGGGCAGTGGTTTAATGTCCGACCTCAGAGGATTGGTATATAGTTTAGAAAAGATGGCTGACAACGCCATTAAGGAAACCGGAAATATTAAAACTCCAAAGAAGAAAGACATGTCATTAACTGATATGACCATTGAAACTGAATTATTTGTTGCTATTGAGAACAACGTGAAGCTTGAAGGTGCTATTTGTGACATGAAAAACTTAATTGATGAGATGACAAGCCGTTTTTCACGCTCAGAGTTGAAGGAAACTGTTATGCAAGTCCAATGCGACAGCAGTGTAAGTAAACAAAAAACAGCTCTCCCAACAGCCACTGCAAGTAAATTAAAACCTCGTTCAAAGTCTTTTAAAAGGGAATCCCTGTTAAAACATCAAAACAGAAATACAAAAGATGACATTTCTTTGTTGAAACTGAAAGAGGTAATAAAAGAGCGCGATGAGTTAGAATATAAAAACAACGAACTGATGATCAAAATAAATTCACTTGAAAATGAGTTAAAGAATTCCAAGAAGGATATTGCTCTTCTTGTTATGGAATGTGGCATGTTGGATAGTCAATTGACTACCTTAAGAAATAGACCTCCCCAAGGACAAAAATGATACGTTCTTGTACTAATATCTTGAAAGAATTTTGTTACATTTTGTGGGAAAACGTTTTAGAAAAACCTGGCCTCTCGAACCTAAACTGGATCCCTAAGTATTCCTCTTCTATCATCTCTCAACAAGGCTGCCAGCAGGTTACACTTCAGTGTTGTATTTATATGTGTAAGTTTGGTTGATGTTCTACTTTCAAGGGAGCAAGAGGAACCTATATAAAGGGCAAGATACATGTTCAATCCTAATAAAACTGGGTGTCATACCTGCGGTAAGTACAATTTGGCTGTAGGACCTTACAAACTTCGGAATTCCTATAAAGGTAGATGGAACGG

Protein

Uniprot

Uniprot term	Description
Q8T135	Kinesin-related protein 5 OS=Dictyostelium discoideum OX=44689 GN=kif5 PE=1 SV=1
P17210	Kinesin heavy chain OS=Drosophila melanogaster OX=7227 GN=Khc PE=1 SV=2
Q9US60	Kinesin-like protein 3 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=klp3 PE=2 SV=1

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00225	Kinesin	Kinesin motor domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR001752	Domain	Kinesin motor domain	Interproscan
IPR027640	Family	Kinesin-like protein	Interproscan
IPR036961	Homologous_superfamily	Kinesin motor domain superfamily	Interproscan
IPR027417	Homologous_superfamily	P-loop containing nucleoside triphosphate hydrolase	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:0005524	Molecular Function	ATP binding	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
K11498	CENPE, KIF10; centromeric protein E	-	Chromosome and associated proteins	ko03036	deepkoala