Gene detail

Detailed information of Bpl_scaf_62577-3.9 in Gigantidas platifrons Gene info

Gene ID	Annotation	Scaffold	Start	End	Strand
Bpl_scaf_62577-3.9	RHO FAMILY GTPASE	Bpl_scaf_62577	319073	347725	-

Gene Structure

More details in Jbrowse Sequence

CDS

Bpl_scaf_62577-3.9

ATGAAGACCATTAAGATCACAACTGTCGGGAGTGCCGCAACAGGAAAAGGAAACCTTCTGATGGCTTTTGAACGTCCAGATTTCCAGTACGTTTATCAACTATACGTATCGTGTACGTTCGCAATGTTTAAAAGAGAATTGTTAATTGATGGAGAGAAAATAGATGTTGTTATGCAACATATCCCAGGCCAGGAAGACTATGCTCGTGTTAGACCATTTTACTATCCAGTTACGGATGTTTGTCTAATTATATTCTCAGTAATCAGGCCATCCACATTTGAAGAAGTAGCTGATTACTGGTTACCGGAAGTGCATCATTATTTACCAACAACCCCGTGTTTATTTGTAGGTACTAAATCAGATTTACGAAACTGTCAGACTACTCTTGATGAGTTAACAATGAGGAAACAAAAACTCGTGACACTAGAAGAAATATACACGCTTTGTAAAACCTACCAAGTGCCATACTTTGAAACCTCTGCACACACTGGATTTGGTGTCGAGGAGTGTTTTTATGAAGCGGTCAGAACAGCCCTCAAATTCAAGTATGATATGAACATACCATATTCAACAAAAATATTCAACATTCTGGGACCAAATGATACCTTACGAAGATTTATTGTTGACAAATTGATTCCTGCACCAATACAAGATAATATGGCTTTCGGAGTCAGTTTAGGATTTGATTCAAAGACAATAAAATTGTACAACAAGGAATTCTCTATTGAAGATCTGCGCTGGCAACTTTTAAAGTTTTTCATTGAGACAGTAGATGAGATGGGAACATTGCCTTACAGATTCATCTACAAAGCTCTACGAAAATGCAAGCAAATTAGTCTTGCAGAAGAACTCGTTGAATGTCTTAACCAAGATCAGGACTTAATGTCTGTAGGACTGGGTGGCAAGATAGTGCACGAAAAGGTTAACAAAAAGGTCAAGGTCGTGTTGAGGAAACGCCTAGCCTCGTTTTCATTTTGTGTTGAAGACCAAACACCACAATCAATATGGAAGATGGGATCACAGGCGCATAGTCTTTATATGGAAATTCTAAAGAGTGGAACTGAGCGCAGATATATCATTCGTATTATGATAGTGGGTCCGTTTGGAGTTGGAAAGACTTGTTTACTTAGGCGACTTTTGAAGAAAGACATACATGATGTCATTAGTACAAATGGTATTGACATTTTCAGATGTAAAGTGCAGCTAAATAACGGACTATGGATATTTGACGATGATTTTGATGAAGGTAAAGAGAGAAAATCAAGACTTCTTAGAAAAGTGGTTACATCCCAAGAGTACAACAAAACAGCAGTTGACACAGCAAAGGAATCGAGTAAACCGAATATCAATAAATCCTCAGTTGATTTTTCCAGTAAACTCTTTTCAGATAGTGCTGAAGTAAAGAAATCATCTCAAGATACCATATCACCAATAATTGGTAGTAAGCAGGACCAGCCAGTAGTACAGAAGACAAAATCAAAACCAAACACCGTGCAATCACCACACAAAGATTTGTTGGATGATTTTCAAGGTATCCATGATAGTGATGTATCATATGAAGACATTGCAGAAGTTAGAATACTTGACTTTGCAGGACAATATGAATTCTATGCAACTCATCAGACGTTTTTGAACAAAAACGCCATCTATTTGCTTGCCCTAGACATGAGTAAAGATCTAAAAGGGATATTACCACACGATGATCTAGACGAGGGTTTCAAAGACATAACGGAAATACCATTTGAAGACATTGGTGAAGTTGAAATCCAAGACCAGCTGGAACAGTTACTAGATGGCCATCCGAAAGGGAAACATATACGAGATTTCATTTTTCTGTCTAATACAACATCTACTGAATCGGAATATGACATACTTCGAGACAAAATTGTTAAGCTTGGTTCTCAGTTGGCAACCTGGGGTCAGGAACTGCCCGTTAGATGGATTAAACTAGGAGAAATTCTTCATCAATTGAAAGAATCTCATACTGTGCTGATTTCTCGTGAAGAAGTGATTGAACTTGGTAAAAATATGGAACCAGGCATTCATAATGAGATGGAAATTATACTATTTCTGAAATACGAACACGAAACCGGAAATGTTATTTATTTTGATGATATATCAGAATTTGTTATTCTCCGACCACAATGGTTGATTGATGTTTTGAAATGTTTAATATCACCACGAAAATTCAAAAAGAAGAGGAACATTTTCGTCAGCAATGATTGGAAAGACCTTGAGCAGACTGGTAGATTGACAGAACACTTGTTCACCGAAGTATTTAATAGCATTATTGTGGGAGAAAAATCTGTCCTTTATAAAGAGCATGTACTTAAAGTCTTAGAGAAATTTGACATTATTGTTAAACCATGCTGCATTGGGAATAATTCTGCACAGCAGACTCTTTATACAGAGGCAAATGCAACATATATAAATATATCATTGGAGAACAAAAGCCCGATCACAGGATCACCTTTTATATTGCAAAATACAACTTCTCCAGTCCATGAAGACCAAGCAAGAACTAATCGAGTGCTATCGTCTGATGTAATAGTTGGCAACATTCAAGATTCAATATCAACACCACATATCTCTTCAGAATATACTTATCCTAAACAAATTCCTGAATTACGAAAAGATGGATATGAGGTACAAGATGATGTCTATCCATTTACACGCGAAGTAGATGATGGTGGAATTGAGGTACAAGATGAAATCGGCCAATTATCACGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGATGTTCATGAAGGTGGAATTGAGGTACAAGATGATGTCTATCCCTTTACACGCGAAGTAGATGATGGTGGAATTGAGGTACAAGATGAAATCGGCCAATTATCACGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGCTGATGTCTACCCATTTACACGCGAAGTAGATGATGGTGGAATTGAGATACAAGATGAAATCGGCCAAGTATCAAGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAGGATGATGTCTACCCATTTACACGTGAAGTACATGATGGTGGAATTGATGTACAAGATGAAATCGGCCAAGTATCAAGTGATACATCATCATTACAAGTTATCACCAGTCCAGAAATTACTGATGTTCATGAAGGTGGAATTGAGGTACAAGATGATGTTTACCCATTTACACACGAAGTACATGATGGTGGAATTGAAGTACAAAATGAAATTGGCCAATTATCACGTGATACATTATCATTACAAGATATCACCAGTCCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGATGATGTTTACCCATTTACACACGAAGTACATGATGGTGGAATTGAGGTACAATATGAAATCGGCCAAGTATCAATTAATACATCATCATTACAAGATATCACCACTGCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGATGAAATTGGCCAAGTATCACGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGATGTTCATGAAGGTGGAATTGAGGTACAAGATGATGTTTACCCATTTACACACGAAGTACATGATGGTGGAATTGAGATACAATATGAAATCGGCCAAGTATCAAGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGATGAAATTGGCCAAGTATCACGTGATACATCATCATTACAAAATATCACCAGTCCAGAAATTACTGATGTTCATGCAGGTGGAATTGAGGTACAAGATGAAACCGGCCAATTATCACGTGATACATTATCATTACAAGATAGCACCAGTTCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGATGTAATCGGCCAAGTATCACCTGATGCATCGTCATTACAAGGTATCACCAGTCCAGAAGGACAGGAAAGTGACATTGGGGTACACAATGAAATCTGCGAAGGGACACATGAAACGTGTTCATTACACTCTATTCGTAGTCAAGATAATGCTGAAGTACAGGATGATGGATCTGAGGTACAAGTTGACATCAACCTTGTAACGCACGCTACATTGGTGGCACAACCTACCAACAGTCCGATTAAAGGTGTGTCGGAACAGCAGAAGCAACCATTGCAAACATTAGAAGATATGAATATTCATAATGACAGCACTACACGTAGATCCACAAATGACGGTATTGAACCAGGTATACCATACAAGAAAACAGGCGACAATCACAACAAGAAACCGAGAAAGGAACATTTAGACTTTCAGAAACAAACAACTGAATTCTTGGATTATTACGTACCCTGCCTCATTAAAGCAAAGCCTATTAAAAACGTCCAAGAACACTTTAAAATTGAAGGAATAAATTGTCAAAGAACGTCATGGGTATGCATGGACTTTGACTTTCTTCCTCCTGCTTTTTTCAACCATGTGTTGGTCGGATACATAAGGCGTTATCAAATAAGTCGTGAGCCATCAAAACGGGGAAACAGATTAGCCTTATATCGTGGTATGTGTGTGTTCAATCTAGATACGTCAGGCTGTACAAAGTTGGCAGTTTGTGTTTATGGAAAAGTTATTCAGTTTCAGATTTGGGACTGGCGTGAAAATTTCGTTAAGTCTTACAAGAAAGTGTGGGAAAATGCTGTAGATTTTATTGCAGAAATAAAAAGAAGCATGGAAATGTTGAATTATGTGCGAATTGCTACCACAATCACGAGCCTAGTGAGAGATAGTACGTGTTCCATGTTGGAAAGACATACAGAAACACTGAATCTTAAATCTGATCCTTCGTTTGCCGATGTTTACTCCACATTTCGACAAAAGACTCGGATTAAATCAACATGTGTAGACCAAGAACACAGCTCATGGCAAGACGATGTGGAAAAATGCTGCTTAATTGTAAAAGAACTCCGTCAGCTTTCACAACCGGTTCTCAACACTGACGAATACAAGAGATTTAGCCATGAACTCTATTGCATGTTGTCTAGATTCGACAAGAGTCTGCCACAACAACACTATTTAGAGAAATTCCTTAAGATATCTACCGAATGCTTTGGACAGGAACAATACGATTCATCTGTGCTGGCAATATTCAAAGATAAAATTATCGATGACGTTGAAGTCTTCATCACTCGCCATTTCGAGAGATTGATCCACGAAGTGCAAATTTGTGGGATACTAGACTACATGATGTCACAGTGTACTATATCTACAGAGGACAGAAGTTACATTGAACATCATCCAAGATCATCAGAACAAAATAAAGCATTGCTGGCTTTGATACAAAAGAGGGGTCAAGTTGTTTATGACGTCTTCATTGAGGCGTTGTCTCATGGTCAATATAGAAATTTAGCAGAACTACTAGTATTAGATAAGGAACCAGATACAACTACAACACAAACTGGTGAATCAAACGAAAGTACAGATCACTTGATATCTAAGGAGATTCTTACTTTAGATGATATGCAAGTCATAGAAGCAAGCCCAGCTCAAAGCGACAAAAACCGCAAGTTGTTGGAAATACTATTACAGAGTGCTAAAAATGGATTGGATGAATTCCTTATTGCTTTGCGATTAGATGATGTTTATACTGATTTAGCGGAACAAATTGAGAAAACAACTGTGGGACCAGCAGAGATAAGAAGGCTTCAGAACTGCTTTCAAGATAAACACTTATAA

Transcript

Bpl_scaf_62577-3.9

AAATAAATAAATTCCAGATTGACCTAATTATGAAGACCATTAAGATCACAACTGTCGGGAGTGCCGCAACAGGAAAAGGAAACCTTCTGATGGCTTTTGAACGTCCAGATTTCCAGTACGTTTATCAACTATACGTATCGTGTACGTTCGCAATGTTTAAAAGAGAATTGTTAATTGATGGAGAGAAAATAGATGTTGTTATGCAACATATCCCAGGCCAGGAAGACTATGCTCGTGTTAGACCATTTTACTATCCAGTTACGGATGTTTGTCTAATTATATTCTCAGTAATCAGGCCATCCACATTTGAAGAAGTAGCTGATTACTGGTTACCGGAAGTGCATCATTATTTACCAACAACCCCGTGTTTATTTGTAGGTACTAAATCAGATTTACGAAACTGTCAGACTACTCTTGATGAGTTAACAATGAGGAAACAAAAACTCGTGACACTAGAAGAAATATACACGCTTTGTAAAACCTACCAAGTGCCATACTTTGAAACCTCTGCACACACTGGATTTGGTGTCGAGGAGTGTTTTTATGAAGCGGTCAGAACAGCCCTCAAATTCAAGTATGATATGAACATACCATATTCAACAAAAATATTCAACATTCTGGGACCAAATGATACCTTACGAAGATTTATTGTTGACAAATTGATTCCTGCACCAATACAAGATAATATGGCTTTCGGAGTCAGTTTAGGATTTGATTCAAAGACAATAAAATTGTACAACAAGGAATTCTCTATTGAAGATCTGCGCTGGCAACTTTTAAAGTTTTTCATTGAGACAGTAGATGAGATGGGAACATTGCCTTACAGATTCATCTACAAAGCTCTACGAAAATGCAAGCAAATTAGTCTTGCAGAAGAACTCGTTGAATGTCTTAACCAAGATCAGGACTTAATGTCTGTAGGACTGGGTGGCAAGATAGTGCACGAAAAGGTTAACAAAAAGGTCAAGGTCGTGTTGAGGAAACGCCTAGCCTCGTTTTCATTTTGTGTTGAAGACCAAACACCACAATCAATATGGAAGATGGGATCACAGGCGCATAGTCTTTATATGGAAATTCTAAAGAGTGGAACTGAGCGCAGATATATCATTCGTATTATGATAGTGGGTCCGTTTGGAGTTGGAAAGACTTGTTTACTTAGGCGACTTTTGAAGAAAGACATACATGATGTCATTAGTACAAATGGTATTGACATTTTCAGATGTAAAGTGCAGCTAAATAACGGACTATGGATATTTGACGATGATTTTGATGAAGGTAAAGAGAGAAAATCAAGACTTCTTAGAAAAGTGGTTACATCCCAAGAGTACAACAAAACAGCAGTTGACACAGCAAAGGAATCGAGTAAACCGAATATCAATAAATCCTCAGTTGATTTTTCCAGTAAACTCTTTTCAGATAGTGCTGAAGTAAAGAAATCATCTCAAGATACCATATCACCAATAATTGGTAGTAAGCAGGACCAGCCAGTAGTACAGAAGACAAAATCAAAACCAAACACCGTGCAATCACCACACAAAGATTTGTTGGATGATTTTCAAGGTATCCATGATAGTGATGTATCATATGAAGACATTGCAGAAGTTAGAATACTTGACTTTGCAGGACAATATGAATTCTATGCAACTCATCAGACGTTTTTGAACAAAAACGCCATCTATTTGCTTGCCCTAGACATGAGTAAAGATCTAAAAGGGATATTACCACACGATGATCTAGACGAGGGTTTCAAAGACATAACGGAAATACCATTTGAAGACATTGGTGAAGTTGAAATCCAAGACCAGCTGGAACAGTTACTAGATGGCCATCCGAAAGGGAAACATATACGAGATTTCATTTTTCTGTCTAATACAACATCTACTGAATCGGAATATGACATACTTCGAGACAAAATTGTTAAGCTTGGTTCTCAGTTGGCAACCTGGGGTCAGGAACTGCCCGTTAGATGGATTAAACTAGGAGAAATTCTTCATCAATTGAAAGAATCTCATACTGTGCTGATTTCTCGTGAAGAAGTGATTGAACTTGGTAAAAATATGGAACCAGGCATTCATAATGAGATGGAAATTATACTATTTCTGAAATACGAACACGAAACCGGAAATGTTATTTATTTTGATGATATATCAGAATTTGTTATTCTCCGACCACAATGGTTGATTGATGTTTTGAAATGTTTAATATCACCACGAAAATTCAAAAAGAAGAGGAACATTTTCGTCAGCAATGATTGGAAAGACCTTGAGCAGACTGGTAGATTGACAGAACACTTGTTCACCGAAGTATTTAATAGCATTATTGTGGGAGAAAAATCTGTCCTTTATAAAGAGCATGTACTTAAAGTCTTAGAGAAATTTGACATTATTGTTAAACCATGCTGCATTGGGAATAATTCTGCACAGCAGACTCTTTATACAGAGGCAAATGCAACATATATAAATATATCATTGGAGAACAAAAGCCCGATCACAGGATCACCTTTTATATTGCAAAATACAACTTCTCCAGTCCATGAAGACCAAGCAAGAACTAATCGAGTGCTATCGTCTGATGTAATAGTTGGCAACATTCAAGATTCAATATCAACACCACATATCTCTTCAGAATATACTTATCCTAAACAAATTCCTGAATTACGAAAAGATGGATATGAGGTACAAGATGATGTCTATCCATTTACACGCGAAGTAGATGATGGTGGAATTGAGGTACAAGATGAAATCGGCCAATTATCACGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGATGTTCATGAAGGTGGAATTGAGGTACAAGATGATGTCTATCCCTTTACACGCGAAGTAGATGATGGTGGAATTGAGGTACAAGATGAAATCGGCCAATTATCACGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGCTGATGTCTACCCATTTACACGCGAAGTAGATGATGGTGGAATTGAGATACAAGATGAAATCGGCCAAGTATCAAGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAGGATGATGTCTACCCATTTACACGTGAAGTACATGATGGTGGAATTGATGTACAAGATGAAATCGGCCAAGTATCAAGTGATACATCATCATTACAAGTTATCACCAGTCCAGAAATTACTGATGTTCATGAAGGTGGAATTGAGGTACAAGATGATGTTTACCCATTTACACACGAAGTACATGATGGTGGAATTGAAGTACAAAATGAAATTGGCCAATTATCACGTGATACATTATCATTACAAGATATCACCAGTCCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGATGATGTTTACCCATTTACACACGAAGTACATGATGGTGGAATTGAGGTACAATATGAAATCGGCCAAGTATCAATTAATACATCATCATTACAAGATATCACCACTGCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGATGAAATTGGCCAAGTATCACGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGATGTTCATGAAGGTGGAATTGAGGTACAAGATGATGTTTACCCATTTACACACGAAGTACATGATGGTGGAATTGAGATACAATATGAAATCGGCCAAGTATCAAGTGATACATCATCATTACAAGATATCACCAGTCCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGATGAAATTGGCCAAGTATCACGTGATACATCATCATTACAAAATATCACCAGTCCAGAAATTACTGATGTTCATGCAGGTGGAATTGAGGTACAAGATGAAACCGGCCAATTATCACGTGATACATTATCATTACAAGATAGCACCAGTTCAGAAATTACTGAAGTACATGAAGGTGGAATTGAGGTACAAGATGTAATCGGCCAAGTATCACCTGATGCATCGTCATTACAAGGTATCACCAGTCCAGAAGGACAGGAAAGTGACATTGGGGTACACAATGAAATCTGCGAAGGGACACATGAAACGTGTTCATTACACTCTATTCGTAGTCAAGATAATGCTGAAGTACAGGATGATGGATCTGAGGTACAAGTTGACATCAACCTTGTAACGCACGCTACATTGGTGGCACAACCTACCAACAGTCCGATTAAAGGTGTGTCGGAACAGCAGAAGCAACCATTGCAAACATTAGAAGATATGAATATTCATAATGACAGCACTACACGTAGATCCACAAATGACGGTATTGAACCAGGTATACCATACAAGAAAACAGGCGACAATCACAACAAGAAACCGAGAAAGGAACATTTAGACTTTCAGAAACAAACAACTGAATTCTTGGATTATTACGTACCCTGCCTCATTAAAGCAAAGCCTATTAAAAACGTCCAAGAACACTTTAAAATTGAAGGAATAAATTGTCAAAGAACGTCATGGGTATGCATGGACTTTGACTTTCTTCCTCCTGCTTTTTTCAACCATGTGTTGGTCGGATACATAAGGCGTTATCAAATAAGTCGTGAGCCATCAAAACGGGGAAACAGATTAGCCTTATATCGTGGTATGTGTGTGTTCAATCTAGATACGTCAGGCTGTACAAAGTTGGCAGTTTGTGTTTATGGAAAAGTTATTCAGTTTCAGATTTGGGACTGGCGTGAAAATTTCGTTAAGTCTTACAAGAAAGTGTGGGAAAATGCTGTAGATTTTATTGCAGAAATAAAAAGAAGCATGGAAATGTTGAATTATGTGCGAATTGCTACCACAATCACGAGCCTAGTGAGAGATAGTACGTGTTCCATGTTGGAAAGACATACAGAAACACTGAATCTTAAATCTGATCCTTCGTTTGCCGATGTTTACTCCACATTTCGACAAAAGACTCGGATTAAATCAACATGTGTAGACCAAGAACACAGCTCATGGCAAGACGATGTGGAAAAATGCTGCTTAATTGTAAAAGAACTCCGTCAGCTTTCACAACCGGTTCTCAACACTGACGAATACAAGAGATTTAGCCATGAACTCTATTGCATGTTGTCTAGATTCGACAAGAGTCTGCCACAACAACACTATTTAGAGAAATTCCTTAAGATATCTACCGAATGCTTTGGACAGGAACAATACGATTCATCTGTGCTGGCAATATTCAAAGATAAAATTATCGATGACGTTGAAGTCTTCATCACTCGCCATTTCGAGAGATTGATCCACGAAGTGCAAATTTGTGGGATACTAGACTACATGATGTCACAGTGTACTATATCTACAGAGGACAGAAGTTACATTGAACATCATCCAAGATCATCAGAACAAAATAAAGCATTGCTGGCTTTGATACAAAAGAGGGGTCAAGTTGTTTATGACGTCTTCATTGAGGCGTTGTCTCATGGTCAATATAGAAATTTAGCAGAACTACTAGTATTAGATAAGGAACCAGATACAACTACAACACAAACTGGTGAATCAAACGAAAGTACAGATCACTTGATATCTAAGGAGATTCTTACTTTAGATGATATGCAAGTCATAGAAGCAAGCCCAGCTCAAAGCGACAAAAACCGCAAGTTGTTGGAAATACTATTACAGAGTGCTAAAAATGGATTGGATGAATTCCTTATTGCTTTGCGATTAGATGATGTTTATACTGATTTAGCGGAACAAATTGAGAAAACAACTGTGGGACCAGCAGAGATAAGAAGGCTTCAGAACTGCTTTCAAGATAAACACTTATAA

Protein

Gene family

Gene family	Subfamily
-	-

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00071	Ras	Ras family	Domain	Interproscan
PF00619	CARD	Caspase recruitment domain	Domain	Interproscan
PF16095	COR	C-terminal of Roc, COR, domain	Family	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR001315	Domain	CARD domain	Interproscan
IPR001806	Family	Small GTPase	Interproscan
IPR003578	Family	Small GTPase Rho	Interproscan
IPR005225	Domain	Small GTP-binding protein domain	Interproscan
IPR011029	Homologous_superfamily	Death-like domain superfamily	Interproscan
IPR027417	Homologous_superfamily	P-loop containing nucleoside triphosphate hydrolase	Interproscan
IPR032171	Domain	C-terminal of Roc (COR) domain	Interproscan
IPR036388	Homologous_superfamily	Winged helix-like DNA-binding domain superfamily	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR24072	RHO FAMILY GTPASE	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0003924	Molecular Function	GTPase activity	Interproscan
GO:0005525	Molecular Function	GTP binding	Interproscan
GO:0007264	Biological Process	small GTPase-mediated signal transduction	Interproscan
GO:0042981	Biological Process	regulation of apoptotic process	Interproscan

KEGG pathway

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

Expression pattern

1. Expression trend for Bpl_scaf_62577-3.9 global RNA-seq network