Location And Transcript Sequence (JBrowse)

Scaffold	Type	Start	End	Strand
GWHAAZE00000009	gene	60747946	60763215	+
GWHAAZE00000009	mRNA	60747946	60763215	+
GWHAAZE00000009	exon	60747946	60749685	+
GWHAAZE00000009	exon	60750163	60750474	+
GWHAAZE00000009	exon	60750585	60750812	+
GWHAAZE00000009	exon	60750923	60751046	+
GWHAAZE00000009	exon	60751117	60751274	+
GWHAAZE00000009	exon	60751351	60751840	+
GWHAAZE00000009	exon	60752379	60752443	+
GWHAAZE00000009	exon	60752552	60752653	+
GWHAAZE00000009	exon	60752804	60752946	+
GWHAAZE00000009	exon	60753728	60753783	+
GWHAAZE00000009	exon	60755816	60756480	+
GWHAAZE00000009	exon	60756754	60756941	+
GWHAAZE00000009	exon	60757013	60757319	+
GWHAAZE00000009	exon	60758159	60758229	+
GWHAAZE00000009	exon	60758633	60758891	+
GWHAAZE00000009	exon	60758979	60759088	+
GWHAAZE00000009	exon	60759629	60759962	+
GWHAAZE00000009	exon	60760162	60760190	+
GWHAAZE00000009	exon	60761001	60761091	+
GWHAAZE00000009	exon	60761955	60762380	+
GWHAAZE00000009	exon	60762876	60763098	+
GWHAAZE00000009	exon	60763190	60763215	+
GWHAAZE00000009	CDS	60747946	60749685	+
GWHAAZE00000009	CDS	60750163	60750474	+
GWHAAZE00000009	CDS	60750585	60750812	+
GWHAAZE00000009	CDS	60750923	60751046	+
GWHAAZE00000009	CDS	60751117	60751274	+
GWHAAZE00000009	CDS	60751351	60751840	+
GWHAAZE00000009	CDS	60752379	60752443	+
GWHAAZE00000009	CDS	60752552	60752653	+
GWHAAZE00000009	CDS	60752804	60752946	+
GWHAAZE00000009	CDS	60753728	60753783	+
GWHAAZE00000009	CDS	60755816	60756480	+
GWHAAZE00000009	CDS	60756754	60756941	+
GWHAAZE00000009	CDS	60757013	60757319	+
GWHAAZE00000009	CDS	60758159	60758229	+
GWHAAZE00000009	CDS	60758633	60758891	+
GWHAAZE00000009	CDS	60758979	60759088	+
GWHAAZE00000009	CDS	60759629	60759962	+
GWHAAZE00000009	CDS	60760162	60760190	+
GWHAAZE00000009	CDS	60761001	60761091	+
GWHAAZE00000009	CDS	60761955	60762380	+
GWHAAZE00000009	CDS	60762876	60763098	+
GWHAAZE00000009	CDS	60763190	60763215	+
Transcript Sequence
>GWHTAAZE031580 ATGACCAAGAAGAACATCAGACCTCCAATGGAACTCGATCTCGACGCATTTCTAGATTCCCACACCACCACTGACGAAGAAGAAGAAGATCACCACCAACTCCACTCTCATCGCACAGTCGACGAAATTCTCTTCAACGATTCCGACTCTTCTTCTTCACCATCTGCCCCTTCCTCTCCGTCGTCGTTTAATCGGAACTACCTCCGAGGTCACCACGACGACGTTTTGGTAACTAGTCCTAAAACCCTACCTGTAGATGATGATGCTTCGTTAGATCATTTTTCCGAAACTTCTGGATTATCGAATTTGCAAGTTAACAATAACAACCCTGTTAGTAATTATTCCGAATCTTTGAGATTATCGAATGCGAATTCGCAGTTAATTAACAAGCCTGTTGAGAAAAAAAATAGTTCAAGATCAGCTTTTGATACATCTTTAGGTTATTCGGAAACTTTGAGATTATGGAATTCGCAATCAATTAACAAACCTAATGAGTCGAAACAAAGTTCAAGTTCGAGATCAGGTGATTTTTCCAGTGAGTCCTTTTCATTGCCGCCGTTGTTTGGTGGCGTTAGATCGAACGCGAAGCCTGGGGCTGCGCTAGCAGCAGCTGTGGCAGCTTCCCGTTTGATTACCACACCGCATGCAGCTGCCATTAAATTGAGACGAGCAACCACAGGTGGTTTGGTCCAGGTTGTGGACACTGAGGAACTGGTTTCAAAATCTGGTGGTGATTCTGAGGTCAGCGGTACTGATTCAGAGGGATTAGGAGTTCCAATTGATGTTTTGAATGGTGGTGGTTCTGAGATTAGCCAGGCGGATAAAATTTTAGTTGAGGAAGAGGAGAAATGGGATACATTTCAAGCTGCACAAGTTAGTAGGGGATTTTCCTTGGGAGATGGGATTAAGGAGGTTTCCCCAATCATAGAGAGGCCAATGGAAGTGGCACTTGTATCCGAAGTATCTGATTTAGGGTTCGATAAGTTGGAGGGGGAACTTTGTCCAAGTTTAGAACCTGAACCCGAACCTGAACCATACACTGTTTACCATTCAAGTATTGAAGATGGTCAAAATTTGGATGATAACTATACAAATTTAGTTTTTAATGATGGTATTCATGATCAAATCAATTCTTCCACTTCATGCGAGAATGATGATGTCAGTTCGACACCTATTGCTGCTAGAGAATCTATTGGTGTGGGGATTGCCTCTTCCCCTGGCTCTGATGAGGGCGGAAAGGTTGAGGAGGATTTGTCATCCGCGGTGGTGGAGACACATGGTCTTGATAATGTAATACCCGAATCTAAAGAGGGAGAAGTGAATGTTTCTGGAAGTGATGCTACAGAACTGGTTGAAGACATAAATCTTCAATGGGAAAGCAGGAGGGATGGTAAAAGGATAGGAAATAAAGCACGCCTGTTGATGAAACCCCTTGAATTGGCTGAAGAACTGGAAAAGAAACATTCATTTACAGGTTTGCATTGGGAAGAGGGTGCCGCTGCTCAACCAATGAGGCTTGAGGGTGTTCGCAGGGGTTCTACTGTATTGGGATACTTTGATATTGATGCCAACAACACTATTACACGTTCAATCTCATCTCAAGCATTCAGGCGAGATCATGGATCCCCACAAGTCGTGGCGGTTCACCTCAACTTCATTGCGTTGGGAATGTCAAAAGGGGTGATTGTTGTTGTGCCCAGTAAATACTCTCCTCACTATGCTGACAACATGGATGCAAAGATGTTGATGCTTGGATTGCAAGGAGATAAATCTTATGCTCCAGTGACTTCCATGTGCTTCAATCAGCAAGGGGAGTTACTCTTCGCAGGATATCATGATGGACACTATACTGTTTGGGATGTAAAGAGGGCTTCAGCAGTAAAAGACATATATGAACATAAAGCACCAGTAGTTCACATGTTATATTTGGGTCAGGATTCCCAAGTCTCTCGTCAGTTTAATGTAGTTAGTGGTGATAGTAAGGGTGTCGTGAAGTTGATTAAATTCTCTGTTGTTCCCTGGCTCAATAGGTTCTCCACCTCTAAACCTATGACACTTCTTGATGAATCAACAAGCACAGTAGTATGCGCTTCTCAGCTACTCCCTGAGGAAGTTTCTGGAAGTTCTCCGATGCCTTCCCAGGGAACTGCTACAGGATCTACCAGTGGTATTGGTAGCATGATGGGTGGAGTGGTTGGTGGAGATTGGAAGCTCTTCGAGGGTTCTTCATTGGCCGAAGAAGGTGTGGTCATATTTGTCACGCATCAAACTGCTTTGGTGGCGAAAGTCAATCCAAACGTGGAAGTCTATGCACAACTTCCTAAGCCTGATGGGGTTCGGGAGGGTTCCATGCCTTACACTGCTTGGAAATACACAGCACAATCACACGGTTCTTCTTCCACTGAAACTGTACCTGTTAAAGCACCAGATAAAGTTCCACTGCTTGCAATTGCTTGGGATCGGAAAGTTCAGGTTGCAAAACTGGTGAAATCAGAGCTAAAAATATATGGGAAATGGACGCTCGAAAGTTCAGCAATAGGCGTGGCTTGGCTGGATGACGAGATGTTGGTGGTTCTCACATTGACCGGACAACTCTGTCTGTTTGCAAAAGATGGAACTGTGATTCACCAGACAAGTTTTATCGTAGATGGATCTCGAGGAGATGATCTCATTACCTACCATACCCACTTCACTAATATTTTTGGAAATCCCGAGAAAGCTTATCACAATTGTGTAGCTGTAAGGGGGGCTACTATATATATACTAGGACCCATGCATCTTGTTGTTTCACGCCTTCTCCCTTGGAAAGAACGGATTGAAGTTTTGAGGAAAGCAGGCGACTGGATGGGTGCCTTGAATATGGCAATGACGCTTTACGATGGTCAAGCCCATGGTGTTATTGACCTTCCTAGATGCTTGGATGACGTGCAGAAGGCTGTTATGCCCTACCTAGTTGAGTTGCTTTTGTCATATGTTGATGAAGTATTTTCTTACATATCAGTGGCATTTTGCAACCAAATTGGAAAGTTGGATCATGACGATGACTCCAAGAAGACATTTTTGGAGCTTTTGGAGCCCTATATTTTGAAGGACATGCTTGGATCCCTGCCACCAGAGATTATGCAAGCACTGGTAGAGCACTATAGTGTGAAAGGTTGGTTGCAACGAGTTGAACAATGTGTACTTCACATGGACATTTCTTCCTTGGATTTCAATCAGGTTGTACGTTTATGCCGAGAGCACAGACTGTATGGTGCTTTGATATATTTGTTCAATAAAGGTCTAGATGATTTCAAGGCACCTCTAGAGGACCTCCTGGTTGTTTTACGAACTAGTGAAAAAGAAAATGCTCCTGTCCTAGGGTACAGGATGCTTGTTTACCTGAAGTACTGCTTTTCAGGTCTTGCTTTTCCTCCAGGACATGGAACTCTTCCTCCTACGCGTTTGCCATCTCTTCGGATAGAGCTCATACAGTTTCTACTGGAGGAATCTGATGCTCCAAATTCATGGGCAGTTGCAAGCTTATCACCCACAGGAGCTTACCCAAACCTCTATCATCTCTTACAGTTAGACACTGAAGCTACCTTAGATGTTTTGAGATGTGCATTTGTTGAAGATGAAATTCCAAAGTCAGACCATCCTTTGCATGATTCGTCCAATTCAAGCATGGACGACATGAAAGGAAGTGATTCATTAGCTGAGAATCCAAACTTGGTTCAGAAAATAGTAGATGTTCTCTGTCTAATACTCGACACGGGCAAGTTCCAAATAGATAAGTCTACCGACAGTGATGATGTTAGATTGAAAGACACTTGGCCTTCAAAAGATGACATAGGTCATGTATTTGAGTTCATTGCTTACTATGTTGCCTCAGAAAGATCTAATGTCTCAAAAGATGTATTGAGTCAGATTTTGGAGTACTTGACATCAGATATCAATTTTCCACCAAGTGTTTCATGGCAAAATAATGAATCTTTGAAAAGAAGAGAGAAGCAGGTGCTTGCTCTTTTGGAAGTAGTGTCTGAGGCAGACTGGGATGCATCTTACTTGTTACACCTATGTGAGGGAGCTCAATTTTACCAGGTTTGTGGCTTAATTCACTCTATCAGACATCATCATCTTGCTGCTTTGGAGAGCTATATGAAAGATGTGGAAGAACCTGTTCATGCATTCTCTTTTATCGACTATTATTTGCGGCTGAGTGGCAGCGAATCCGATGCTTTTAAATTATCCATAATTTCTATAATTCCAGATCTGGTCAAATTAAGCAGGGAGTGCACATTCTTTTTGGTGGTAGACCATTTCAGTCAAGAAAGTCAACACATTTTATCTGAGCTGCATGCCCACCCAGAAAGCCTTTTCCTTTATCTAAAGACCATTATTGAGGTTCATTCAACTGGCAGCCTCAACTTTTCTTGCTTAAAAGAAGGAAAAGCTGTGGATTTTCCTAGTGATCGAAGAGCTAGGACTCAGTCAGATAGAGTAGAGTCTTACTTGGAGAGAATCTCTGATTTCCCAAAGTTCCTGCGCAATAATCCGGTTCATGTAACTGATGAAATGATTGAATTATATCTCGAGATTGGTGTATCAAACATTCCCATTTCTCATTACATCCCCTTTGCCCCTTTCTTCAAGACACCCTGGACCAGGTATGAACACAATTCAGTTCTCAATTTCTTGGAGACCTTTGAAAACTATAGGGTGGAACACTGTTTACGCTTGTGCCAAGAATATGGGATCATTGATGCTGCTGCTTTCTTATTAGAAAGGGTTGGTGATGTTGGCAGTGCTCTTTTACTCACTCTTACTGGCCTCAATGATAAATTCATCATGCTTGATGCCGCTGTTGAAAGTGTAGTTTCTGATCCTAAAGCAGATCATTTTAACACCATTTTGAAGAAGAAAGAGGTCCATGACATACTTGATATAGTGCGTGCCTGTATTCAACTGTGCCAGAGGAACAGCCCCCGATTGGATCCTGATGAATCTGAGTCCCTCTGGTTTCAATTGCTTGATTCGTTTTGTGTGCCACTAATGGATTCATTAGATGGTAAATTGGATTCTGAAGGAGAAAAGCACTTGGGACTTCTAGCTGAATCATTGGATACGCAAGAGGATGAAAGGACCTACAAAATTAGTTGGAAGTTGTCGAAGTCCCACAAAGGTGCTAATGTTTTGAGGAAATTGTTTTCTATGTTTATTAAAGAGATTGTCGAAGGAATGATCGGATATCTTCGCCTTCCAACTATCATGTTGAAACTCCTTTCTGATAATGGTAGCCAGGAATTTGGTGATTTTAAGCTTACCATATTGGGGATGCTTGGCACATATGATTTTGAAAGACGAATTTTGCTAAGGAACTGGAAAAGATTTACTCTAGGCCGGTCCTTCTCTACACCACTCCGCTGCTCTCTACCATCTGACCGGAATAGCGGTGGGGTGACCGGGGAATGGGGGAGAGAGAGGTTGACGGACACTGCGAAATCATTAATCGAAGATGATACGTTCTATACAATGAGCTTACTAAAGAAGGGGGCTTCTCATGGGTATGGCGGACCAAGGAGCCTTCAGTGTTGTATATGCAATTGCCTGCTCTCCAAAAATTCGACTAGCTCTACCTCTAGCATTCGAGTTTTCAATTGTGGGCATGCTACCCATCTCCATTGTGAACTTCAAGAAAAGGAGTCATCATCCCATAGAGGCTCCTCCTCAGCTGGATGCCCCATTTGTATGCCTAAGAAAAAGGCTCCCAGATCTAAAAGTAAGTCTGTCCTTGCCGAGAATGGACTGCTAAGCAAATCTTCGTCAAAACGCCACGTATCACAGGGGAATGTTTCTCTGCACCCATACGAAAGTGATGCATTTGAGAATTCCTATGGTTCTCATCCAATTTCAAGGAAAGACCAGAGAATGAGCCAAATCGAAAACATTCCACAATTGAGGCTCGCACCGCCGGCTGTGTATCATGAAAAGGTGAAGAAAGGAATTGGTATGGTAACTGGAGAAAGTAGTAGCATTAGTGCTCCTCCAAAAATAGAAAAAACTAGTAAAAGCAGGCAACTTAGAGATTTAAAAGTGAAGGGATCGGCAATTCGTTTCCCATTGAGATCAAATATATTTGGTAAGGAGAGGACCAGCAAGCACTGA

Network for GWHGAAZE031544

Functional Module

Protein Structure

Pfam accession	Pfam name	Alignment start	Alignment end	E-value
PF12816.8	Vps8	1019	1203	3.10E-55
Protein Sequence

Gene family

KEGG pathway

Gene Ontology

Expression pattern

Expression pattern detail