Gene detail

Detailed information of gfas1.m1.4904.m1 in Galaxea fascicularis

Genomic Location: Sc0000258:67772...93533
NR annotation: CAH3028392.1, unnamed protein product [Porites evermanni]

Gene Structure

More details in Jbrowse

Sequence

CDS

gfas1.m1.4904.m1

ATGGATGACGAGATGATGTGCGAAAGTTTGATGAAATGGGTGAACACTTTCGAAGGAATTAAAGCTCCGCATAGAACTGTCGAAGAACTGACGGACGGAGTTGCTCTTTGCGAATGTTTAGCCGAAATTGCCCCAGATTGGTTTGATGATGAATGGATATCTAAAATCAGACATGATACAGGAGACAACAGGAGACTGAAGGTTAACAACCTCAAGAAACTTTTAAAAGGAGTAATTGATTATTATACAGAGGTGTTGACGATGGATATTTCTTCATTTCCAAAGCCTGATGTCAATGCTATAGCAATTTTTGAACTTGCAGTTGAAACCTTAGACATATCAGAGCTTGGCAGACTGCTGCAGCTTGTTCTTGGTTGTGCTGTTAACTGTGAGGACAAACAAGAATACATCCAGGTTATCATGTCAATGGAAGAATCAGTGCAGCATGTTGTCATGATGGCTATACAAGAGCTGATGACAGTTAAAGATGGTGGCATGTCTGGGGGAGATAGTGAGATCTACAAAGAACTGGAAATACAGCATAAGAGAACTTTAGAACAACTGAGCAGTCTTGCTGCTGAAAAAGAGGAGCTCTCACAGAGATGTCATGAACTGGATGAACAGCTATCATTCATTAAAGAGCATGAAAGCAGTTTGCAAATGGAAAATGACAGACTCAGGGAGAAGTTAAGTCATCAGGACTCCAGCAGCAACAGAGATGATGATTTCAGTTTTTCTGCTCAAAAGCTGCAGCAATGTCAACACCAGATGGAGCAACTCAAAGAAGAAAATTTCACTTTAGAAACCACTCGGGATGAGTACAGAATTAAGTACGAGCAGATGGAGAGGGAAGTTCTCCTGCTGAATGAACGGATTGAGCAACTGCAGAGTTTAGCAGAGGAATCGCAGATGTTGAAAGATGAAATGGATGTTCTGCGACACTCTCAGGAGAAAGTGATAAAATATGAATCAACCATAGAGCTTTACAAGAAGAAATTAGAGGAACTTTCAGACATGAGAAAACAAATGAAGGCCTTGGAAGAGAAAAATGTCACATACATGAATGAAACCATGAATTTACAAGAGGTTCATCAGCTGCAAATTCAAGTGTCAGATTTGCAGAGAAGAGCAGATAAGGCCGAGTTTGAGGCCAGGAAATCGAAGGAGAAACTTACGAACCTTGATGGAGAGAATGAACGTCTGCGACAAGAAAGAATGAAGTTGAGAGAAGAAAATGAAGAGCTTCAACTTGCTCAAGTAGCAGGGTCTCCAATGCGTCAGCTGACCCCTGGTACATCACCAAATGATGAATTTGACATCGGAAGTAGTCTTTCACCTGAAGTGAAGGAGCGCATCCTTCGTCTTGAACATGAAAATAAAAAACTGAAGGAACAGAAGCAGGGAGAACAAGAAGAACAGAATCAGCTTCTTCAAAGTCTGCTAAACGATGCCAATGAAAGGAAGGATCAACTCGAAAAAGAAAACAGAGAATTGAATCAAAAGCTAATGGAGGCTGATAGTGAGCTGGACGATATGAGAAATCAGAAGAGCGCCGGCGAGATGGATAAACAGAGTGAGCTGGGTAAAAAATACTCCGATCATTTGGACAAACTCAAAGTAGCAAATGACGAGTTACAGAAAAAGAAAGCGTACATTGATAGTCTGGAACCTAAAGTGTCCAGCAGTGCGGAAAAAGTGACCGAGCTTCAGGAGCTACTGAACAAGAAGGATCAAGAAATGAAGGTCATGGAAGACCGCTACAAGAAATACTTGGAAAAAGCCAAGAGTGTAATAAAAACATTGGATCCAAAGCAAAATCAAGGATCTCAACCTGAGGTGCAAATGTTAAAAAATCAAGTTCAGGAAAAGGACAAAATTATCGAACATTTGGAGGTGAGATTCAAGCCTCTTCCATGCACAATTTTGGGTTTTCGGAGTCTAGGCCAGATGATTGATGCTTGGCTTTATTTTCAGCGCGATCACGAAAAGATGAAAATAACAAGAGAAAGAGAAGAGAAGCTAATAGTCAGTGCTTGGTATGAAATGGGAATGCAGCTTCACAGAAAAGCTGCAGAGGAAAGGTTATCTGGAAGCACTGGTGGAATGTCGTTCTTAGCTCGACAAAGACAAGCTTCCAGCCGACGATCCACACCCAACAGAACACAGCAAACCGCCGCCGTGTCATCGAGTTTGTCCTCTTCATATGGCTATCTAAAGAAATCTGAAGAATTCGAAGAAGCAGTCTGGAGGCTGAGCAAGAATTCGCACACAGCAAACCAGAAGAAACTTTATGTGGAAATCAGTGAAAAACCTTCAAGTAGAACCGCACTGAAACAAGTCCGAAACAGTCAACGTGGCATTAATAACATCACCCAGTTAAGAACACAAGAGAAAGTGTTAACTCAGGCCAAGCAATCCAGATCCACCCCGCTCTTCAACATGAGAACCCTGGTCTTCCTTTGTGGTATTGTTCTGTTTGCTGGTTTAATGCAGAGTTCAAAGGGATTTCCTTCAGTGGATGATGCCAGTGATTACGAGGTAGCAGGAACTTGCCCCGACCTGGAAAAAGTACAGTGGACGATTGGACAATGTGATCAATGCTATTGTCGCAACAAAGAAGTATACTGTAAGACTAATTGTGTCCAATGA

Transcript

gfas1.m1.4904.m1

CTGAAATTGTTCAGATTATTTATGGGAAACAAAAACAACGGTGGCAAGTGTCAGTCTTAAAAAAAATAAAGTCTTAAAGACTTTAAGAATGTCGGATGATCTGAGGTTAACTAACTGTCTGGGAACTATTTTACTGTATTTACTTGGATACGTCGCTTTTCCAAGATTCGTACGCTACCATGATACCCTCACTGTTACCCACCCCTCCCTTTATAATCAAAACGCAATATTTCCCAAGAGGCCATTCGAAAGTAAATTGTTTTGTAACCTCGCCAGCGGTCCGTGCATTTCTTTACTCTTCGCTGGAGCTTTCCTTGTAAATATTGTTAGTTTAGAGCTGTTTTTCTTCACGACCCTCGAATTTTGACGAGCGTAATCGAAGTAGAATGGATGACGAGATGATGTGCGAAAGTTTGATGAAATGGGTGAACACTTTCGAAGGAATTAAAGCTCCGCATAGAACTGTCGAAGAACTGACGGACGGAGTTGCTCTTTGCGAATGTTTAGCCGAAATTGCCCCAGATTGGTTTGATGATGAATGGATATCTAAAATCAGACATGATACAGGAGACAACAGGAGACTGAAGGTTAACAACCTCAAGAAACTTTTAAAAGGAGTAATTGATTATTATACAGAGGTGTTGACGATGGATATTTCTTCATTTCCAAAGCCTGATGTCAATGCTATAGCAATTTTTGAACTTGCAGTTGAAACCTTAGACATATCAGAGCTTGGCAGACTGCTGCAGCTTGTTCTTGGTTGTGCTGTTAACTGTGAGGACAAACAAGAATACATCCAGGTTATCATGTCAATGGAAGAATCAGTGCAGCATGTTGTCATGATGGCTATACAAGAGCTGATGACAGTTAAAGATGGTGGCATGTCTGGGGGAGATAGTGAGATCTACAAAGAACTGGAAATACAGCATAAGAGAACTTTAGAACAACTGAGCAGTCTTGCTGCTGAAAAAGAGGAGCTCTCACAGAGATGTCATGAACTGGATGAACAGCTATCATTCATTAAAGAGCATGAAAGCAGTTTGCAAATGGAAAATGACAGACTCAGGGAGAAGTTAAGTCATCAGGACTCCAGCAGCAACAGAGATGATGATTTCAGTTTTTCTGCTCAAAAGCTGCAGCAATGTCAACACCAGATGGAGCAACTCAAAGAAGAAAATTTCACTTTAGAAACCACTCGGGATGAGTACAGAATTAAGTACGAGCAGATGGAGAGGGAAGTTCTCCTGCTGAATGAACGGATTGAGCAACTGCAGAGTTTAGCAGAGGAATCGCAGATGTTGAAAGATGAAATGGATGTTCTGCGACACTCTCAGGAGAAAGTGATAAAATATGAATCAACCATAGAGCTTTACAAGAAGAAATTAGAGGAACTTTCAGACATGAGAAAACAAATGAAGGCCTTGGAAGAGAAAAATGTCACATACATGAATGAAACCATGAATTTACAAGAGGTTCATCAGCTGCAAATTCAAGTGTCAGATTTGCAGAGAAGAGCAGATAAGGCCGAGTTTGAGGCCAGGAAATCGAAGGAGAAACTTACGAACCTTGATGGAGAGAATGAACGTCTGCGACAAGAAAGAATGAAGTTGAGAGAAGAAAATGAAGAGCTTCAACTTGCTCAAGTAGCAGGGTCTCCAATGCGTCAGCTGACCCCTGGTACATCACCAAATGATGAATTTGACATCGGAAGTAGTCTTTCACCTGAAGTGAAGGAGCGCATCCTTCGTCTTGAACATGAAAATAAAAAACTGAAGGAACAGAAGCAGGGAGAACAAGAAGAACAGAATCAGCTTCTTCAAAGTCTGCTAAACGATGCCAATGAAAGGAAGGATCAACTCGAAAAAGAAAACAGAGAATTGAATCAAAAGCTAATGGAGGCTGATAGTGAGCTGGACGATATGAGAAATCAGAAGAGCGCCGGCGAGATGGATAAACAGAGTGAGCTGGGTAAAAAATACTCCGATCATTTGGACAAACTCAAAGTAGCAAATGACGAGTTACAGAAAAAGAAAGCGTACATTGATAGTCTGGAACCTAAAGTGTCCAGCAGTGCGGAAAAAGTGACCGAGCTTCAGGAGCTACTGAACAAGAAGGATCAAGAAATGAAGGTCATGGAAGACCGCTACAAGAAATACTTGGAAAAAGCCAAGAGTGTAATAAAAACATTGGATCCAAAGCAAAATCAAGGATCTCAACCTGAGGTGCAAATGTTAAAAAATCAAGTTCAGGAAAAGGACAAAATTATCGAACATTTGGAGGTGAGATTCAAGCCTCTTCCATGCACAATTTTGGGTTTTCGGAGTCTAGGCCAGATGATTGATGCTTGGCTTTATTTTCAGCGCGATCACGAAAAGATGAAAATAACAAGAGAAAGAGAAGAGAAGCTAATAGTCAGTGCTTGGTATGAAATGGGAATGCAGCTTCACAGAAAAGCTGCAGAGGAAAGGTTATCTGGAAGCACTGGTGGAATGTCGTTCTTAGCTCGACAAAGACAAGCTTCCAGCCGACGATCCACACCCAACAGAACACAGCAAACCGCCGCCGTGTCATCGAGTTTGTCCTCTTCATATGGCTATCTAAAGAAATCTGAAGAATTCGAAGAAGCAGTCTGGAGGCTGAGCAAGAATTCGCACACAGCAAACCAGAAGAAACTTTATGTGGAAATCAGTGAAAAACCTTCAAGTAGAACCGCACTGAAACAAGTCCGAAACAGTCAACGTGGCATTAATAACATCACCCAGTTAAGAACACAAGAGAAAGTGTTAACTCAGGCCAAGCAATCCAGATCCACCCCGCTCTTCAACATGAGAACCCTGGTCTTCCTTTGTGGTATTGTTCTGTTTGCTGGTTTAATGCAGAGTTCAAAGGGATTTCCTTCAGTGGATGATGCCAGTGATTACGAGGTAGCAGGAACTTGCCCCGACCTGGAAAAAGTACAGTGGACGATTGGACAATGTGATCAATGCTATTGTCGCAACAAAGAAGTATACTGTAAGACTAATTGTGTCCAATGATATAAAAGGAAAAAAAGCAGTTTGAGGACCATGCTTTGCACGCAGCAGATTCTATTGCTAGAGGTCAGATAACTTCGGTACAAGCAAGTCGCAAGTTATGCAGATGTTATTAACTATAATAAAATATGGGGGAACTGGTCTGTCTCGACTCGTTTTGCTAAGGGATCAATGGGTTATTTGCTGAGCGGTAAGCCCCAGAAGTACAACAGCTTACTTATTCCAGCAGCTAGTGGAACGTGACACGGAGACTAGTCAGCGAAACACGTACGAGCGCGGAAAAAATCAGCCTGGCGATGGGTATTTTGGTGCTTGTTCT

Protein

Uniprot

Uniprot term	Description
B6MFW3	Protein Hook homolog OS=Branchiostoma floridae OX=7739 GN=BRAFLDRAFT_281537 PE=3 SV=1
Q5TZ80	Protein Hook homolog 1 OS=Danio rerio OX=7955 GN=hook1 PE=2 SV=1
Q8BUK6	Protein Hook homolog 3 OS=Mus musculus OX=10090 GN=Hook3 PE=1 SV=2

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF19047	HOOK_N	HOOK domain	Domain	Interproscan
PF05622	HOOK	HOOK protein coiled-coil region	Coiled-coil	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR036872	Homologous_superfamily	CH domain superfamily	Interproscan
IPR043936	Domain	HOOK, N-terminal	Interproscan
IPR008636	Domain	Hook, C-terminal	Interproscan
IPR001715	Domain	Calponin homology domain	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR18947	HOOK PROTEINS	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0005737	Cellular Component	cytoplasm	Interproscan
GO:0005813	Cellular Component	centrosome	Interproscan
GO:0008017	Molecular Function	microtubule binding	Interproscan
GO:0030705	Biological Process	cytoskeleton-dependent intracellular transport	Interproscan
GO:0031122	Biological Process	cytoplasmic microtubule organization	Interproscan
GO:0051959	Molecular Function	dynein light intermediate chain binding	Interproscan
GO:0005515	Molecular Function	protein binding	Interproscan

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID	Source
K16536	HOOK3; protein HOOK3	-	Cytoskeleton proteins	ko04812	deepkoala