Gene detail

Detailed information of gene03278.t2 in Actinoscyphia liui Gene info

Gene ID	Annotation	Chromosome	Start	End	Strand
gene03278.t2	RAS GTPASE-ACTIVATING PROTEIN WITH IQ MOTIF	chr1	50106684	50144489	-

Gene Structure

More details in Jbrowse Sequence

CDS

gene03278.t2

ATGGCTAGTCGTATCACCGTCGGTAGCATTCGGCAAATCCCCTTCACTCAACACGCCAGCCCCGAGGACGTTGACCACGAAGACGTAGACGCTGCTACAGAGGAAGACGTCTACAACAGCGACGATGACTACGACACCGACTTAGAAGAACCATCTACCGTGCACGAGGACAGAAGTCAGGGTAGAGGAGCGTACATGAGAACATGTGACAATCTCCGCCTGGTGCCCTGTTCTCCATTCCTAAGGCAGCTCCATAAGTCTGACCTGAATATCAAGCACTATAACATAGGGCCCAAAGGTGCTGAAGCCATCGCAGTGGCCTTAATGCAAAATACCAAAGTCCTTTCTCTGAATATCGCATACAATGACATCCAAGAGGAAGGCGCCATTTATATCTCCAAGATGTTGACGGAGAATTTCTTCATTGCGGAGTTGGACATCTCATTCAATAATCTCCGTTCCCAAGGTGCGTATGCTGTGGCCGAGGTGATGAGGCAGAACGCTGAGCTGATGGAAATTAATCTAGCTGGGAATAAATTCGGCGAAAAAGACGCAGAACCCATTGTCGAGGCGCTAAAAACTAATTTCACGTTAAAAGCTTTGAACTTGAGCCAGAACGAATTCGCTGAGGTTGGTGGTCAGCTGTTGGGTCCTGGTATCGACGCTAATGTTGGCTTGGAGTACTTGAATCTTAGTTGGAATCACATCCGAGGCAAGGGAGCCATCGCAGTTGCCTTTGGTCTTAGCCAAAACTGCTGCCTACGAACATTGGACATATCATGGAACGGGTTCGCTGATGACGGCGCTAAAGCGATCAGCAATGCGCTTATCATGAACAACACCCTTACGGAGCTGGATATCTCAAATAACAGAATCACTGTCACCGGTGCGTCTTACTTAGCAAAGGGCTTGGCAGAAAATAAAACACTCCAGACACTACGCGTAGGGAAGAACCCTATTTCAAGCCAAGGAGCCTTACATATTTTAACAACTATTAACGACAATCCTGAGAGCGCCATTGAAGAGTTAGGTTTTGTGGATGTACCAGTTAATGCCGAGTTCGAGGATCTGTTAGAAGAAGTGTTAGACGTTCGGCCTAATCTCAATGTACTCTGTGGTGCGGCGCTTAAAGGAAAGGACCGTGTGAAGGACATGAAGAACAAAGTGGACGTTCTAAACCTGCTGCTGGAATACATCCAGCTACGTGGTCTTCGCATGGTCGACTTCTTCCGGCAACTCGACAAAGATGGCAGCAAGAAAATCTCACGATCGGAATTCATGGCAGGCGTGAAGAAAGCTGGAATACCAATGACTCGAAAACAGCTCAAAAAGCTGGTGAATATCTTGGACGTGAACAACGATGGAGAGATTGATTATGGCGAGATGGTGGCCTTGAAGGACGATAATGTGTTTGATATATATCATAAGAAAAACTTAACGATAGACGATCCAGATCCAGATCCACGATACCTGTCTGTTGCGTTACCAATGCATTTGATCACAGCGTTATCGATCATCAATAAAAGGATCGACGAGAGAGATGCACAGCAGACATCACAGTCTCTACAAGAACCAGAGGCAAAGCTGAGTGAAGTGGACTCTGGTAATGCTCAGTTATACCAAGACGTACTGTTTGCTAGCAAGTCCTTAAAGGCACAGAAAACCAATGACGAATCAGCGGAATTATGGCATGACGAAATCCAAGCCTGCATCGATCATTCCAACAAGCATGCCAGCGATACGATCCAGCTTGCGCAGGGACTGGTAGCGATCAACCAAACCATTGCCCGAGGGGACCCTGGTAGTTTTATTAGTTCTTTAAGTGACCCTGCAGTGGGGGTTCGAGGTGTTTTACCTGAATGTACTGAGGCGTATTTGAAGGCTTTAAGTGAGGCTAAACAAGCGAAGGTTGACGCAGGAGGGTCGTCACCATGGTTACAGCAGAAGACCAACTACGGCCATACGTATTACTATAACAGCGAGACTGGAGAGACACTCTGGACTAAACCACCAGACTTCAATGATAACTCTGCACTCCTCACCAAGGAAGAGATACAGAACGTTGTGTCCCGTGAGACAGGCCAGCATGACCGTATGGTTTACCTACAATCCAATGAACCCATGATCGTGAAGTTACAGTCCCAATGGAAAGGGTACTTGGCCCGTAGGTCGTACAACGAGAGGTTGAATTTTATTAACGAACAACTCCCTGCTATTATAAGAATGCAGAGGCACGTTCGAGGTTTCTTAGCGCGATTAAAGTATCGTAGAAGACTCAATGAACTCAATAGTATCCCTGAAGAAAAAGTCATCAAGATCCAGTCCAACGTACGAATGTTCCTTTCGAAAAAACACTACAGAGAGAGGAAAACATACTTTGGCCAGAATCAAGCTGCGATCATCAAGATTCAGGCCTGGATGCGAGCTAACGTTGCACAGAATGATTATAGAAAACTCGTCTCCATGCAAGATCCTCCTGTTAAAACTGTCAGGAAATTCCTTCACCTTCTGCAACACAGTGAAGCGGACTTTGAAGAGGAGCTCGAGCTTCAGAAACTACGTGCACAGGTAGTAACAGACATACGATCCAACCAACAACTAGAGAACGATTTAAACCTTATGGACATCAAAATAGGCTTACTGGTTAAGAACAGAATTACGTTACAGGATGTTGTTCACCACGGTAAAAAGCTGAAGCGAGAGAAAGAAGACGCAGCAACCGTCAGTATTCAAAGAACTAAAGGAATCAAGTCACTGAGTAAAGAAAGCAGAGAAAAACTAGAATCTTACCAGAACCTCTTTTACTTACTTCAGACGAACCCAACGTACCTTGCTAAACTCATCTTTGAAATGCCTCAAAGCAAAACCACTAAGTTCATGGAGTCTGTGGTGTTAACGTTGTACAATTACGCATCGAATTCCAGGGAAGAATACCTCTTACTTAAGTTATTTGAGACAGCGTTAAGACAAGAAATCTATTCTAAGGTTGATCAGTTGATTGAGGTCATAACAGGGAACCCAACGGTAATTAGAATGGTTGTGCACTTCAACAGAGGTCAGAAGGGGCAGAGTTCGCTCAGAGATCTACTACAACCTTTAGTGAACGATGTATTAAATGAGAAAAATATGAACATCAACACCAACCCACTGGACGTGTATAAGGCTTGGGTGAACCAGATGGAGTCAGAAACAGGACAAACCAGTAAACTACCGTATGATGTGGAGCCAGAACAAGCGATAAAGCACCCTGAGGTCCAAGAGAGGATATCACAGTCAGTCAAGTCTCTCATCTCAGCTACAGACAAGTTTCTTAATTCTATTATACAGTCAGTGGAGAAAATACCTTATGGCTTACGGTACGTAGCAATGACTCTTAGATTATCGCTGACGGAAAAATTCCCAGACAAACCAGAAGATGAGATTCTGAAGGTGGTTGGTAATCTGGTGTACTATCGTTACATGAACCCCGCCATTGTTGCACCGGACGCCTTTGATATCGTGACTTTGAGTATAGAGAAAGGACTTCTACCAGAACAGCGACGAAATCTCGGCATCATAGCGAAACTACTTCAGTTTGCTACATCCAACAAACTTGTAACAATAAATACAAAGAAAGATATCAATACAGAAATGACTTCTAAAGACTTGTATGGCTCAGAAGCGTCTGCTAAAGAAGCGCCTAGTACAACCAATGCGAATAGTGTTTATGATGGAGCAAACATACATCTCAATGAACTTAACAACTACATCTCAGAAGCGCATCAGAAATTCAAGAAATATTTCCGTGATGTGTCAACCGTAGAAGAACCCGAGTCGCGCTTCAACATCGATGAGTACACTGACGTGGTGATGTTGACCAAGCCAACGATCTACATCTCTGTCCAGGAAATCTGTGACACGCACACGTTACTACTAGAACACCAGGAACAGATCGCACCTGAACCCAATGACCCGCTGCACGAACTGTTGGACGATTTTGGCGACGCCCCTAATGTACAGGATCTGATTGGAGGAAACCCAGAAGATGAAGACCTCTCTCAACAACTCGCTCAATTAGCCAAGACAGAGATATCTCTTATGTTAACCAATAAATTTGAGGTACCCGACGATGATGACTCTGACATGAGGGCTCTCTTTGTGAGAACAAAGCGCATTATTGTAGATGTTCTAATGGTTCAACAAGGTGATTCCTTGACTGAAATCCTGGAAACTCCTGCTACAGAAGAACAGGAAAACGCACGCACAAGACTTATGAAAGAAAGAGTCGTAAACGAAGAAAGAAAGAGAAAGAATACCCAAGTGAGACGGTCTGCTTCTATATATGGTGATCACAAGCTTGCTCTCGAGGGCTTAAAACGCAAAATAATTCGAAATCTACGAATGTTGGAGAGCCAGGGATTGGTGACGATAAAGAACGACTATCAGGATATTGTTAACGCTGTTGCAAAGGACATACGGAATCAAAGACGATACAGGCAGCGACGAAGGCAAGAAAGAAAGAAACTTCAACAAACTCTGGAAAGCTTGCAAACAAAGACACACTTTTACGAAGAACAAATTGACTATTATAACCAGTACATTCGTGTGTGCCTGGATAACCTATCAAAGAAGGGCAAAAAACCATCTCGCGGTATTAAACAAGGTAAAAAGGCAAAAGAAGAAGTGTACAGAGGAGAGCTTAAATACAGCGCACAGAGACTGTACGAAAAGGGCGTTATCCTTGAGATAGAGGGACTGCCTCCTTCACAATTCAAGAATGTTATGTTTGAAATCAAGTCCGGGGATGATGTGGGCTCGTTCGCAGTGTCTGCCAAGTTCATGGGCGTTGCTATGGAGAAAGTAGAATTAGTGTTTCAGGATCTTCTTCAGCTCCAGTACGAGGGCGTGGCTGTCATGAAGATGTTTGGTCGTGCTAAAATCAACGTTAATTTACTGATTTTCCTTCTCAACAAGAAATTTTACGGCAAATAG

Transcript

gene03278.t2

GTAATGTCACTTCAGAACTTATTAAATCGGCCGTACGGAGAATTGAATTGGGTTTCGACACTAAACGAAAAAACAAACCTAGTCTGGTCAAATTCTTTCGTCGAAAGAGTGACTTCTCTGTTCTTTATATCTTTGTTTGATTTGCTTATTCATTTGTCCATTATTAACTTGCTACGATAACTGAACGGTCGATCGAATCCCCTCCCCTTCATCCTCTCCCTCCCCACTTCACCTTCCCCTCCCCTCTTCATCTTCCCCCTCCCCTCCCCCCTTCATCCTCACCCCTCCCCCTTTCATCTTCCCCTCCCCCCTTCATCTTCCCCTCCCCCCTTCATCCTCACCCCTCCCCCTCCACTCACCCATTCGCCCTCCCCTTTCCATTATTTTCGGAATAGCTTCGGTACATTTCGTAAGGCATTCGTAGATGTTCAATTTTGCACTAAGAACAAAAATAAGAAATTTTACAACTTGGCGGTCACCACAGGGTTCCCGCCAAGTAATTACGTTTCACCTGTATACGTAACTTACGAGTACTCGTAAAGTTGTATGTTACCGATGTAACCAAACATCTTAGGCTAGAGCAGATTTCGTATGAGTGTGAACCGTACCGTACCGTGACACTTAAATGGCTTCCACTGGTGATTGGACGGTTTGCGTTTTTGTGCATTGTGATTGGTTCAGAGCGGAAGCCATTTAAGTGTCACGGTAATGTAAGGTTCTCACTCATACGAAATCTGCTCTATGTCCACACGTATCCTGATATTTTTGAAAACATTTTTATTATCCGTTAAAAAAAATCCGTTCACACGAGAAACGTTTTCAAAAAATTGCATTTTTGGTGACCTACAACACCGTCTACGTGTGGACGGGAGGCTAAAACGGAGAAAAAAAGTTGCGTCCTTAATTCCAACTGGCCTCAGATTTCCGATGAATACACATTGGACGTTATTTTACTGGTATAAAAATGAATGCTTCACCAAATAACTACAGAAGGTATTTCAGAGCGTCAAAGTCAAATATAGAAGACTATTTTTGGGGCACTTTTCATTGTCGATTTATAAAAACTGAAAAACATTTACTTAAAGTCTTTTGAATCTACAATTTCCTACAGTTGTTGAGAATGTTTGCGAACATTTGTGCTTAAAAGTGTATAAAGTATTTGTATACTATTTCTTTACTTAACTGTGAAATGATTATAATTTCTCAATTTTTTTTCTTTCTTCCTCTGAAAGACACATTTTTGCTCGATTTTATGAGTAATTTTTAGTGCATTATTCTTGGAATATTCTTTTATTTGAATTGAGTGAATTTAAATTCGCCAATAATATGTAAATTGTTGGGTATAATGTCTGAATGTTTATAAAAAGCAGGTGTTTCTTCGTCATTGTTGTCATTTCTCTACGTTTAGACGAGTTAAATTCTAAAACTTAAATATTTACCTTTGAAAACAGTTTCATCTTTATATTTCCTCCAATTAGTCACAAAATCTGAAAGTAAATTAATATTTTTGACATTTTCCTCGCACGAAAATATTGTTTTCTTGTGTTATCAAACTGTATCATTTATTCTTTTCGTTTCTTTCTTTCTCTTTTTCTTCACAAGTTTATGGACATGTATACGGCATTATATTTTGCTGTTGCTTTTGTCAAGACATCCGGCTAAAAATGATGCGATCTTCAGGTTTTCACTGAGAAATCAAACGTGTTTTTTTCTCGCAACAGAATTTCCATGGAGGTGTATTCCTACCTACTGCGATGTTATCGAAGTTTCTATATCTATACAGGCGAGACTAGCTATCTTAGAGCGAAAACTAACGCTATCAAAGGATTTTGTACTTATAAGGACAAAACCAAGCGAACAATTTGTCGAACAAAAGCGTCAAGAGTCGAAACCGTATTTTAGTCTGAAATTGAAATGACAATATTAACATAAGCGCTGCAAGATTCTTGAGTTTAAACTTTAAGTATCTTAAGTTTACACAATATCTAGAATCTCAATGTTGTTTACCATGACAGTGTAATTGTTAAAATAAGAATAAAATTGATTTTGAGATAAAAGTCGAAAGGGGAATCTCGCAAATCTCCCAATAAAAGAGCCACGTTCATTCGATGCTTTTGTATAATTCATATTTTCAAAGAATATATGAATATATTGTACTGAGCGGCTGCTGTTCGCGTATGTCTATTGGTTTAATAACATCAACAGCTGCTTAAAGAGCAGTAACGTTTAAGTGAATGAACCAACTTAGCAACAGACACTGTTTACTTCGGTTTGAATGAAGGCCGTATTGGAAAACTGCCATTTCACGACTACTCAAGCTAAGGATATCGACAAACAAGAACCTTGTATTTGAAATAACTGAACAAAACGACTTATTCTCGACGCCATAAAACATTTGTGTCTCGTTGTTTTTGTGTCCGGTTTACAAGACAAAGAACCGTTGGTTGGTGGTCGCTGTTTTCGTAGAATTCTTTCGTGCCGTTCTTGTGTGTAGCGAATAACATCCATCCATCGATACAGACTTCACGGATTGCTGTCGTTCTTACAGCTGTGTGTACGTTCATTTTAGCGAGAGTTTATCTACAGCAAACTTACCGTCTTAATAATCCGCAAACAAGGTTTAAAGACGCCTTTGTATCGAATAAGTCAACCAAATTTATTTGTCCAATTTTTTCATTTTAGTAGCAGTAAAAACGACAGGTGTAAAGAGAGTTTTATTCCGCCATCATAGACATTAACGTCGTTTCGTAATGGCTAGTCGTATCACCGTCGGTAGCATTCGGCAAATCCCCTTCACTCAACACGCCAGCCCCGAGGACGTTGACCACGAAGACGTAGACGCTGCTACAGAGGAAGACGTCTACAACAGCGACGATGACTACGACACCGACTTAGAAGAACCATCTACCGTGCACGAGGACAGAAGTCAGGGTAGAGGAGCGTACATGAGAACATGTGACAATCTCCGCCTGGTGCCCTGTTCTCCATTCCTAAGGCAGCTCCATAAGTCTGACCTGAATATCAAGCACTATAACATAGGGCCCAAAGGTGCTGAAGCCATCGCAGTGGCCTTAATGCAAAATACCAAAGTCCTTTCTCTGAATATCGCATACAATGACATCCAAGAGGAAGGCGCCATTTATATCTCCAAGATGTTGACGGAGAATTTCTTCATTGCGGAGTTGGACATCTCATTCAATAATCTCCGTTCCCAAGGTGCGTATGCTGTGGCCGAGGTGATGAGGCAGAACGCTGAGCTGATGGAAATTAATCTAGCTGGGAATAAATTCGGCGAAAAAGACGCAGAACCCATTGTCGAGGCGCTAAAAACTAATTTCACGTTAAAAGCTTTGAACTTGAGCCAGAACGAATTCGCTGAGGTTGGTGGTCAGCTGTTGGGTCCTGGTATCGACGCTAATGTTGGCTTGGAGTACTTGAATCTTAGTTGGAATCACATCCGAGGCAAGGGAGCCATCGCAGTTGCCTTTGGTCTTAGCCAAAACTGCTGCCTACGAACATTGGACATATCATGGAACGGGTTCGCTGATGACGGCGCTAAAGCGATCAGCAATGCGCTTATCATGAACAACACCCTTACGGAGCTGGATATCTCAAATAACAGAATCACTGTCACCGGTGCGTCTTACTTAGCAAAGGGCTTGGCAGAAAATAAAACACTCCAGACACTACGCGTAGGGAAGAACCCTATTTCAAGCCAAGGAGCCTTACATATTTTAACAACTATTAACGACAATCCTGAGAGCGCCATTGAAGAGTTAGGTTTTGTGGATGTACCAGTTAATGCCGAGTTCGAGGATCTGTTAGAAGAAGTGTTAGACGTTCGGCCTAATCTCAATGTACTCTGTGGTGCGGCGCTTAAAGGAAAGGACCGTGTGAAGGACATGAAGAACAAAGTGGACGTTCTAAACCTGCTGCTGGAATACATCCAGCTACGTGGTCTTCGCATGGTCGACTTCTTCCGGCAACTCGACAAAGATGGCAGCAAGAAAATCTCACGATCGGAATTCATGGCAGGCGTGAAGAAAGCTGGAATACCAATGACTCGAAAACAGCTCAAAAAGCTGGTGAATATCTTGGACGTGAACAACGATGGAGAGATTGATTATGGCGAGATGGTGGCCTTGAAGGACGATAATGTGTTTGATATATATCATAAGAAAAACTTAACGATAGACGATCCAGATCCAGATCCACGATACCTGTCTGTTGCGTTACCAATGCATTTGATCACAGCGTTATCGATCATCAATAAAAGGATCGACGAGAGAGATGCACAGCAGACATCACAGTCTCTACAAGAACCAGAGGCAAAGCTGAGTGAAGTGGACTCTGGTAATGCTCAGTTATACCAAGACGTACTGTTTGCTAGCAAGTCCTTAAAGGCACAGAAAACCAATGACGAATCAGCGGAATTATGGCATGACGAAATCCAAGCCTGCATCGATCATTCCAACAAGCATGCCAGCGATACGATCCAGCTTGCGCAGGGACTGGTAGCGATCAACCAAACCATTGCCCGAGGGGACCCTGGTAGTTTTATTAGTTCTTTAAGTGACCCTGCAGTGGGGGTTCGAGGTGTTTTACCTGAATGTACTGAGGCGTATTTGAAGGCTTTAAGTGAGGCTAAACAAGCGAAGGTTGACGCAGGAGGGTCGTCACCATGGTTACAGCAGAAGACCAACTACGGCCATACGTATTACTATAACAGCGAGACTGGAGAGACACTCTGGACTAAACCACCAGACTTCAATGATAACTCTGCACTCCTCACCAAGGAAGAGATACAGAACGTTGTGTCCCGTGAGACAGGCCAGCATGACCGTATGGTTTACCTACAATCCAATGAACCCATGATCGTGAAGTTACAGTCCCAATGGAAAGGGTACTTGGCCCGTAGGTCGTACAACGAGAGGTTGAATTTTATTAACGAACAACTCCCTGCTATTATAAGAATGCAGAGGCACGTTCGAGGTTTCTTAGCGCGATTAAAGTATCGTAGAAGACTCAATGAACTCAATAGTATCCCTGAAGAAAAAGTCATCAAGATCCAGTCCAACGTACGAATGTTCCTTTCGAAAAAACACTACAGAGAGAGGAAAACATACTTTGGCCAGAATCAAGCTGCGATCATCAAGATTCAGGCCTGGATGCGAGCTAACGTTGCACAGAATGATTATAGAAAACTCGTCTCCATGCAAGATCCTCCTGTTAAAACTGTCAGGAAATTCCTTCACCTTCTGCAACACAGTGAAGCGGACTTTGAAGAGGAGCTCGAGCTTCAGAAACTACGTGCACAGGTAGTAACAGACATACGATCCAACCAACAACTAGAGAACGATTTAAACCTTATGGACATCAAAATAGGCTTACTGGTTAAGAACAGAATTACGTTACAGGATGTTGTTCACCACGGTAAAAAGCTGAAGCGAGAGAAAGAAGACGCAGCAACCGTCAGTATTCAAAGAACTAAAGGAATCAAGTCACTGAGTAAAGAAAGCAGAGAAAAACTAGAATCTTACCAGAACCTCTTTTACTTACTTCAGACGAACCCAACGTACCTTGCTAAACTCATCTTTGAAATGCCTCAAAGCAAAACCACTAAGTTCATGGAGTCTGTGGTGTTAACGTTGTACAATTACGCATCGAATTCCAGGGAAGAATACCTCTTACTTAAGTTATTTGAGACAGCGTTAAGACAAGAAATCTATTCTAAGGTTGATCAGTTGATTGAGGTCATAACAGGGAACCCAACGGTAATTAGAATGGTTGTGCACTTCAACAGAGGTCAGAAGGGGCAGAGTTCGCTCAGAGATCTACTACAACCTTTAGTGAACGATGTATTAAATGAGAAAAATATGAACATCAACACCAACCCACTGGACGTGTATAAGGCTTGGGTGAACCAGATGGAGTCAGAAACAGGACAAACCAGTAAACTACCGTATGATGTGGAGCCAGAACAAGCGATAAAGCACCCTGAGGTCCAAGAGAGGATATCACAGTCAGTCAAGTCTCTCATCTCAGCTACAGACAAGTTTCTTAATTCTATTATACAGTCAGTGGAGAAAATACCTTATGGCTTACGGTACGTAGCAATGACTCTTAGATTATCGCTGACGGAAAAATTCCCAGACAAACCAGAAGATGAGATTCTGAAGGTGGTTGGTAATCTGGTGTACTATCGTTACATGAACCCCGCCATTGTTGCACCGGACGCCTTTGATATCGTGACTTTGAGTATAGAGAAAGGACTTCTACCAGAACAGCGACGAAATCTCGGCATCATAGCGAAACTACTTCAGTTTGCTACATCCAACAAACTTGTAACAATAAATACAAAGAAAGATATCAATACAGAAATGACTTCTAAAGACTTGTATGGCTCAGAAGCGTCTGCTAAAGAAGCGCCTAGTACAACCAATGCGAATAGTGTTTATGATGGAGCAAACATACATCTCAATGAACTTAACAACTACATCTCAGAAGCGCATCAGAAATTCAAGAAATATTTCCGTGATGTGTCAACCGTAGAAGAACCCGAGTCGCGCTTCAACATCGATGAGTACACTGACGTGGTGATGTTGACCAAGCCAACGATCTACATCTCTGTCCAGGAAATCTGTGACACGCACACGTTACTACTAGAACACCAGGAACAGATCGCACCTGAACCCAATGACCCGCTGCACGAACTGTTGGACGATTTTGGCGACGCCCCTAATGTACAGGATCTGATTGGAGGAAACCCAGAAGATGAAGACCTCTCTCAACAACTCGCTCAATTAGCCAAGACAGAGATATCTCTTATGTTAACCAATAAATTTGAGGTACCCGACGATGATGACTCTGACATGAGGGCTCTCTTTGTGAGAACAAAGCGCATTATTGTAGATGTTCTAATGGTTCAACAAGGTGATTCCTTGACTGAAATCCTGGAAACTCCTGCTACAGAAGAACAGGAAAACGCACGCACAAGACTTATGAAAGAAAGAGTCGTAAACGAAGAAAGAAAGAGAAAGAATACCCAAGTGAGACGGTCTGCTTCTATATATGGTGATCACAAGCTTGCTCTCGAGGGCTTAAAACGCAAAATAATTCGAAATCTACGAATGTTGGAGAGCCAGGGATTGGTGACGATAAAGAACGACTATCAGGATATTGTTAACGCTGTTGCAAAGGACATACGGAATCAAAGACGATACAGGCAGCGACGAAGGCAAGAAAGAAAGAAACTTCAACAAACTCTGGAAAGCTTGCAAACAAAGACACACTTTTACGAAGAACAAATTGACTATTATAACCAGTACATTCGTGTGTGCCTGGATAACCTATCAAAGAAGGGCAAAAAACCATCTCGCGGTATTAAACAAGGTAAAAAGGCAAAAGAAGAAGTGTACAGAGGAGAGCTTAAATACAGCGCACAGAGACTGTACGAAAAGGGCGTTATCCTTGAGATAGAGGGACTGCCTCCTTCACAATTCAAGAATGTTATGTTTGAAATCAAGTCCGGGGATGATGTGGGCTCGTTCGCAGTGTCTGCCAAGTTCATGGGCGTTGCTATGGAGAAAGTAGAATTAGTGTTTCAGGATCTTCTTCAGCTCCAGTACGAGGGCGTGGCTGTCATGAAGATGTTTGGTCGTGCTAAAATCAACGTTAATTTACTGATTTTCCTTCTCAACAAGAAATTTTACGGCAAATAGTAGCAGGTTTACAATAAAAACAATGAAAGCAATTGTTTGTCAAACAAACGAACAAAGAATTCACAAACTGAGAGACGCACGAAGCAAGCCAAAGGTCACCGACACAGGGATCCCGAACGCTTGGACAATTAGAGCAGCCTAATGTATTTTACGCGTTTTCGATCAGACATTAGAAAACAGAATACCCTGGTGTTAGCGCGAACACCATGTTACTGTACCAATTACACGTAATGTTCGCACGATTCCAATTTCGCGCGAATAGCATGGTACTGTACCAATGATGTGACCTGATGTTTGCGCGAATACCAAGGTACTATACCAATTATATGTCGTAATGTTCGCACAAATACCAAGGTACTGTACCAATTATGTGTTGTAATATTCGCACAAATACCATGGTGTTGTACCAATTATGTGTCGTGATGTTAGCTTTAAAGTTATTTTAATACAACACCAGAAGGTGATAATAACCCACGGCTAACGGTCTCTGGGCTAACCAAAGATACTTTTAAACAAATAACAGATTTAAATATGATTCGTAATGGGATGAATGCATCCCTTTTAGTTATCACTTTCGGTTACCTCTCACGCTTAGCACTAACAATTATATTCGTCTTACAATTCATCTTCTGTTGATACGTTCGTCGTATGTTCGTTATCGTATGACTAGAATGTGACAATTGTACAACGGCGTTACCATAGAAGAGATAGCATGACTGTGAAACCGTCCGTACTGTGTGCCGTGTCTCGACGTTTTGATTGGATGAGACAAAACATGTTGACCAATCAAAACGTTGAGGCACGGCACAGCATGGACTTATTCTCTGCGTTAACGTTACGTACTGTAACGTTAAGATAACGTAACTGTACTTATCCGTTTCTACTCGTACGTAAATGACACTGACTATGGTAGTGTTGTTCGTACGAAAGGTGTTTCTAGAAATGGTATTAATGGACATTGTATTCGTTGCGATAATTTTGTGCGTTACGTAGTTCCATTACGATAACGTAACTGTGTTGCGTACTGTAGCGTTAACGTAACTGTACTTAGCTTATAAGTTTTCCACTCGTACGTAAATGGCACTGACTATGGTAGTGTTGTTCGTACGAGAGGTGTTTATAGTAGAAATGGTATCACATCCAAGTCACACAAACATGCCATTCACTTTAATGTAACACATCATCTAAATTAAACAGATTTATTTGCTCAATAAAAAAAGCAATATTTAC

Protein

Gene family

Gene family	Subfamily
-	-

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00612	IQ	IQ calmodulin-binding motif	Motif	Interproscan
PF00616	RasGAP	GTPase-activator protein for Ras-like GTPase	Family	Interproscan
PF03836	RasGAP_C	RasGAP C-terminus	Family	Interproscan
PF13499	EF-hand_7	EF-hand domain pair	Domain	Interproscan
PF13516	LRR_6	Leucine Rich repeat	Repeat	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR000048	Binding_site	IQ motif, EF-hand binding site	Interproscan
IPR000593	Domain	RasGAP protein, C-terminal	Interproscan
IPR001202	Domain	WW domain	Interproscan
IPR001611	Repeat	Leucine-rich repeat	Interproscan
IPR001936	Domain	Ras GTPase-activating domain	Interproscan
IPR002048	Domain	EF-hand domain	Interproscan
IPR008936	Homologous_superfamily	Rho GTPase activation protein	Interproscan
IPR011992	Homologous_superfamily	EF-hand domain pair	Interproscan
IPR018247	Binding_site	EF-Hand 1, calcium-binding site	Interproscan
IPR023152	Conserved_site	Ras GTPase-activating protein, conserved site	Interproscan
IPR027417	Homologous_superfamily	P-loop containing nucleoside triphosphate hydrolase	Interproscan
IPR032675	Homologous_superfamily	Leucine-rich repeat domain superfamily	Interproscan
IPR036020	Homologous_superfamily	WW domain superfamily	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR14149	RAS GTPASE-ACTIVATING PROTEIN WITH IQ MOTIF	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0005096	Molecular Function	GTPase activator activity	Interproscan
GO:0005509	Molecular Function	calcium ion binding	Interproscan
GO:0005515	Molecular Function	protein binding	Interproscan
GO:0005516	Molecular Function	calmodulin binding	Interproscan
GO:0005938	Cellular Component	cell cortex	Interproscan
GO:0043087	Biological Process	regulation of GTPase activity	Interproscan
GO:0051015	Molecular Function	actin filament binding	Interproscan
GO:1903479	Biological Process	mitotic actomyosin contractile ring assembly actin filament organization	Interproscan

KEGG pathway

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