Gene detail

Detailed information of HSymV2.0_g05.09099_t1 in Hydractinia symbiolongicarpus

Genomic Location: HiC_scaffold_5:20512296...20541342
NR annotation: CAH3106600.1, unnamed protein product [Pocillopora meandrina]

Gene Structure

More details in Jbrowse

Sequence

CDS

HSymV2.0_g05.09099_t1

ATGCCACAACAGAGATTCTTTAAAACATCTTCACAAGAAGCAGAATTCCGAAAAGAAGTTGAAAGCCAAAAATGGGTACCAGAAAAAAAGACTCCAACAGTAGTTTTAAAGGAGGCTGCCAAGTCCAACACTAGTGGGTTTAAAAAAAGAGATCTCACACCCTGTGATGATGATGAGAACTATGATAGTTTTCATGCAGTGATGCTGGGAAAGTCTGTGCAGCAGCAAAAAACAAAAGTGATAGAAAAAGTTAAAGATGCTTCACTTACTGCCGAAACCATGAATGCCATTGTTACATCACAGGAACCAAGAAATGTAATATATGATCCTGTTAGTCAACCTGCCATCATTTCTCATGCTAACACTACAAAATCACTGAAGTTGGAGCAAAGAAAACCTATAATTAAAAAAGATGTTCACGTCCCAAAAAGAATTAAAAAAATACAAAAAGAAGAAACTAGAAAGTTAAATAGAAAGGTTTCTCCTCATACTCGCTGTTCTTCTATGGAGACCACAGAATTTTCAACGGATGTTAGCAAATCTGTGGTTGATAGATTAAAATCATTTGCAAGAATGGATGAAGAGTTCTTTGATATCATTAGTCAAATGGACAAAGGAAATCAACTAACAGCCAACAAAATTGAAACAGTAAATAATAAAGGAAAGGAAATTAATAAAAATATAAACACTTTATTTGATGAAAAATTTTCAGATGATTTAAGTATAAATTTTGTTCCTGGAAGACGACAATCTTCACCTATAATGAAAGTATCGTCTGAAAACTTTGTAGCTAGAGACTCTATAAATAAACATTCAGAAGTTGCAACTTCTAAAATAGAAAATAAAAGCCAAAATAAACCTAGCAATGGTATTCTAAACACAGACATAGTTCATTTGAACTCAATTCACACATCGTCCCAGAAGCAAAGTTGTTCAGTTGAAGTGACAGCAAAAGAGATAGATAGAAAAACTAATATATTATACAGTACTTTAAGTAAAGATGCAGTTAAAGACAAAGAAATATCTGCTAAAAGCTGTAACACTGCATCAATTTGTCATCAAACACAGAGTTGTAAAGCAGGCTTGGATTCTGGAATGACGTTATCAAGCTGCATTCATGATTTGTTTGATATAGATGCTACTTTGAAGAAAGACGTCCAATATGAAGATATTGTAAACATTACTGCCAGTAAAGCTGCAATTATTGATAAACCCACTGTTAATCCTGTCAATGGCAAATTATTTGTATCAAAGGAGTCTTTACATCAGATGTCATTGAATAAAAAACCACTCGTCAGGCTTGCGCCAACACTGAATAGCACAAATCATAAAACAGTTCATCACTTCTGTACAGCTCATCCTAATGCTACAATAAAGCAAAAGATTAATGTGCACTCATTATTTTCTCACACACCAGCTAAATACAATGTCCTGAAAACAGTGCAGAAACTAGCGTTTCCAAGTTCTCCTAGCCATCTGCAGCCACATTCTATAAGCACTTCATGCTTGGAGGATGACAAAAGTGAAATATATTCCAAGGAGGAAGATAAAAGGTTGTCACTCATTGCAGACAAAATAATAAATGAAATTGAAACAAAGTCAAATGACAATGTTTCTGAACCATCACCAATAGCCGCTGAAAAGAAATTTATGAAATTACAAGATATTGTTGATCAAATTTTTGAGGAAAATGATAGTTTTGATGGCAGTTTGGTTGGCCAGAAAATTGAACTGAATGTCGGTAATTCAAGATTCTTCAATGTAGCTGGACCACCCAAGTTACACTTGGAGCCAGCTGAAGTAACAAATACATTAGCTCCACAATATGTATCTTTGTTAAATGAAAAAAATGAAGTTATTTCTGATGATGATATTCAAGATGAATTAATTGAAAACTTAAATGATAGTGAGGTTTTTGAAGAGCTGAGCAATAGTGAAAGGGAACACAAATTAAGGGTACTAAACAGACAGCATCACTCTGCTCAAGACTTACGACAGATGGAGAGTGATTCCGAAGATGATGAAATGGAGGATGAAAATGCAGAGGATGGTTTAATTGGAAAATTTGAATCAGTACTTGATATGCAAAGAAGAAGAAATAAAACAAGACCTGACAGTGCCAGTGAATGTTCAGATAACATGAAAAACACTTATCTAGAAAGAAGATGTCATTCACAGCCAAGTGTTATTGTAGGAAAATCAACAGAAAAGTTAACGTTTTTGTCTAACTACAACTCTGTGATGAAAGAGACACAAGATCTTTCAAATCAGCTTCAAGCATTAAATATGGAATTAAAGAATGAATATAAAGAGCCAGCACAAGGTAGCATGGTAGATAATAAAAATGACATTCCATGTACACAAAGTTCTAAAATTAAAACCAAGATATGGAATAATATAAATGAAAACTCTAATAAGCTTCAAAGGTCAACGTCATTACCTAGTTTTGCAGTGAGTAACAGAGTAAGAACTCTCATTCGTGCAAAAAGTGAAACAGCATTACACCATGCAGTGGCATTCTTTGATAATGCGAACAATGTTCAGTCACAGAGGGACCTCGTGTTTTTACTGAAGGAAAAATATTGGTATCAATGGATTGATGAACAATATGCTCTTGACACTATGAGTGAAGAAGATTCTGACATTCAAACATCAAGGTCAGCTTCTGCAGTTCCATCAGTGTATGAAATAGATTTCATTCCTACAAAAGACGGTAGTTTGATAAAGTTGCTACAAGAAGAAATAAGCATACTAACGAAGCGAATTGATACATTAAATGACACATCTGGATTGCTTGGCTTTCTTCTTTGTCGCAGAGGTGCTCTCTATAAGAAGGCTGGAGAATTGAAGAATGCACTGATTGATCTCAACAGGTCAATAGAACTCGAACCAAAACTCGTCGATGCATACTGGCATCGACATTTAGTTCTTCGAATTCAAGGCGATACAAAAAAAGCATTGGAAGATTTGAATCGAGTTACCACTTTAAACCACAATCATTCATTTGCATTCAGGTCAAGTGCTGAGATATACAAAGAAAAAGGTGATATCGAGTTAGCTATCTCTAGCTATAGTCAGGCAATACACATTGAGCCATCTAATACAGAGCTGCTGTATCTCAGGGCTGAACTCTTAGAGCAGAGAGGTGATATTATGTTGGCTTTAGAAGATTATAAATCAGCAAACAAACTTGAACCAACCAACACAACAGCTTTATATAAGATTGGTACCTATCATTTCAATATCGGATCGTGGATGGCCGCTATAAAAGACTTTACAGAGTTTTTATCAAAACAACCAAAAAATGCAGACGTATATTTCTTGAGGGGGAGAGCGTTCACCAAACTATTGCGTTATAAAGAAGCCATTACTGATCTTTCTGTCAGTATTCATCTGAAGCCGAACAATCACCTTGCATTCTTCCATCGTGGTTGCTTGCTTAGAAAATGTCTTCCAAAACAAGCTGTGCAAGATTTCAGTGTTTCACTACTGCTCGATTCAACAGTTGCAAATGTCTCTTCGTATCTTCATCGAGGGATTTTGTATACTGAGTTGCAAAGGTACGAACAAGCAAGTTTAGATTTCGAAGCAGCTATTCGTCTGGATCGAAAACTCGCACCTGCGCATGTTAACCTTGGAGTGATTGAAATGAATTTTAAAAAGAATATACCTCTAGCCATTAATAGATTCAACATTGCCATTCGCATGGATCCGACCTATATTCGCGCCTACATGTGTCGTGCAGATGCCTATGAAAGAATTGGCGTGATCGATTCAGCCATAACAGATTATTCAAGAGTTATTCACATGAAGCCAGATGAAACAGAATTTCGAGTAGCAAAGGGTAGGCTGTTGCTGAAGAAGAAAAAGCACGAACTTGCTAGTTTCCTTATAAGACAATGTGCTGTGTTAAGTGCGTGGAAGAAAGTTTCACCAACCCAACAAGCTGTTGTTGAAGCATTCCTAGGAAATTTTGAGAGGGCCATTGGTTTATTAGAAGTTGCCATCAAAAGTCAACCAATTACGCCTCTACATATTTTACTTGGGAAAACAAAAATGAAAGCAAAGCGTTACCAGGACGCCATCGAGAGTTTTCAACAAGCTCTCGATATTATGAAACCATGGAATCCCAAACAGTGCTGGCCTAAGGAAGCCTCCCAGGTCTACTTCATGATGGGGTTGTGCCACGTGGAAGAGTACGCGTACCAACTAGCGATTGGATCCTTTAACTGCTCCTTGAAGATACATCCTGGGTTTGCAGAGGCGTATTACCAGAGAGAGCTTGTTAAGATGAAATTGGGTTCATCGAAAGGTGTACATGATTTTAACCGAGCCCTAGCATGCAACCCAAGTTTTTATCAAGCTTTTTTATGCCGAGCGTTATATTACGCTATGAACAAACGATACGCCAAGGCGATTATGAACTGTAACGAGGCCATCAAACTTGAAGAGAGAAGTGTACAGGCATACTTATATAGGGGTTCTATCAAATACCACATGAAATCCTATGACTTGGCAATCAAAGACTTGACAAAAGCTATATCTAAAGATCAGTCTTGCGCGTTAGCTTACTTCAATCGTGCAGCATGTTATCATCAGAAAAAACATTATTTCAAGGCTTTGAAAGATTACAGTATAGTATTGTTGAGCGACATTTCTTTGAGGATGAAGGCTTTACTTAATCGAGGGTTATTATATTTTGAAATAAATGATATGGAAAACGCCTGTGACGATTTTTTGACGGCGCTTGACGAGGATCCTCGCAATGCAAAAATTTATCATACCCTTGGCTTATGTTATCACAGAATGGGTTGTGTTGAAAAAGCAGTTGAAGCATTTACAACATCGTTAGAATGCGATCCATTCTTTACCAATTCGTTAATTGGTCGGGGAAACGCGTTAATTAGCTGCAATAATCAACAAGCAACTATCTCGGGAAGACGTGATTATAGTCGCGCATTGCACATGGATCCATCTTGTGCCGAAGCAAGGGTAAACCTGGCTCATTGTTTACAACTCAACGCACAGCACATGAAAGCGTGGTATCTTTACACAAGAACAATAGAACTTGCCCCAGCTAGTAAGTCAGCGCTGGAGGGTCGAGCATTGGTAAACTTACGGATGCAAAACACGTATGGTGCTTTTCTGGACATCAATAATGCACTCAAAATTGGGAAATCAGCTGAATTGCTGACAATCAGAGGTGTTGTAAACCAGTGTCTTGGGGACAACGTAAGTGCAATGTCAGACTATCAAGCCGCCATTAAATTCAATCCTTCATACGGACTTTCGTATTACAACGCAGCTAACCTGTACTTTCTCCACAAGCAATTTGAACAGGCGATATCATATTATAATCGCACGATAGATTGGGATCCATCAGATGCGCCCGCTTATGTAAACAGAGGCACAGCTAAGAGTATCGTAAAAGACGAAACTGCATTGCAAGATTTTGAAATCGCAGCATCATTAGCACCGAATTGGTCGCATATATACTTCAATCGTGGCAACGTTTACTTCTCGTTGCGAATGCATGAAAACGCTGATGATGATTTCACACAAGCTTTATCACTGAAACCAAACGACGCATTGCTCTACAAGCGGCGAGCTGATGTGAGAGGTAAAATGGGAAGGAAAGAAGCAGCGTTAAAGGACTATCGGCGCGCTATTGACTTGAAGAAGACATGA

Transcript

HSymV2.0_g05.09099_t1

GACATGCCACAACAGAGATTCTTTAAAACATCTTCACAAGAAGCAGAATTCCGAAAAGAAGTTGAAAGCCAAAAATGGGTACCAGAAAAAAAGACTCCAACAGTAGTTTTAAAGGAGGCTGCCAAGTCCAACACTAGTGGGTTTAAAAAAAGAGATCTCACACCCTGTGATGATGATGAGAACTATGATAGTTTTCATGCAGTGATGCTGGGAAAGTCTGTGCAGCAGCAAAAAACAAAAGTGATAGAAAAAGTTAAAGATGCTTCACTTACTGCCGAAACCATGAATGCCATTGTTACATCACAGGAACCAAGAAATGTAATATATGATCCTGTTAGTCAACCTGCCATCATTTCTCATGCTAACACTACAAAATCACTGAAGTTGGAGCAAAGAAAACCTATAATTAAAAAAGATGTTCACGTCCCAAAAAGAATTAAAAAAATACAAAAAGAAGAAACTAGAAAGTTAAATAGAAAGGTTTCTCCTCATACTCGCTGTTCTTCTATGGAGACCACAGAATTTTCAACGGATGTTAGCAAATCTGTGGTTGATAGATTAAAATCATTTGCAAGAATGGATGAAGAGTTCTTTGATATCATTAGTCAAATGGACAAAGGAAATCAACTAACAGCCAACAAAATTGAAACAGTAAATAATAAAGGAAAGGAAATTAATAAAAATATAAACACTTTATTTGATGAAAAATTTTCAGATGATTTAAGTATAAATTTTGTTCCTGGAAGACGACAATCTTCACCTATAATGAAAGTATCGTCTGAAAACTTTGTAGCTAGAGACTCTATAAATAAACATTCAGAAGTTGCAACTTCTAAAATAGAAAATAAAAGCCAAAATAAACCTAGCAATGGTATTCTAAACACAGACATAGTTCATTTGAACTCAATTCACACATCGTCCCAGAAGCAAAGTTGTTCAGTTGAAGTGACAGCAAAAGAGATAGATAGAAAAACTAATATATTATACAGTACTTTAAGTAAAGATGCAGTTAAAGACAAAGAAATATCTGCTAAAAGCTGTAACACTGCATCAATTTGTCATCAAACACAGAGTTGTAAAGCAGGCTTGGATTCTGGAATGACGTTATCAAGCTGCATTCATGATTTGTTTGATATAGATGCTACTTTGAAGAAAGACGTCCAATATGAAGATATTGTAAACATTACTGCCAGTAAAGCTGCAATTATTGATAAACCCACTGTTAATCCTGTCAATGGCAAATTATTTGTATCAAAGGAGTCTTTACATCAGATGTCATTGAATAAAAAACCACTCGTCAGGCTTGCGCCAACACTGAATAGCACAAATCATAAAACAGTTCATCACTTCTGTACAGCTCATCCTAATGCTACAATAAAGCAAAAGATTAATGTGCACTCATTATTTTCTCACACACCAGCTAAATACAATGTCCTGAAAACAGTGCAGAAACTAGCGTTTCCAAGTTCTCCTAGCCATCTGCAGCCACATTCTATAAGCACTTCATGCTTGGAGGATGACAAAAGTGAAATATATTCCAAGGAGGAAGATAAAAGGTTGTCACTCATTGCAGACAAAATAATAAATGAAATTGAAACAAAGTCAAATGACAATGTTTCTGAACCATCACCAATAGCCGCTGAAAAGAAATTTATGAAATTACAAGATATTGTTGATCAAATTTTTGAGGAAAATGATAGTTTTGATGGCAGTTTGGTTGGCCAGAAAATTGAACTGAATGTCGGTAATTCAAGATTCTTCAATGTAGCTGGACCACCCAAGTTACACTTGGAGCCAGCTGAAGTAACAAATACATTAGCTCCACAATATGTATCTTTGTTAAATGAAAAAAATGAAGTTATTTCTGATGATGATATTCAAGATGAATTAATTGAAAACTTAAATGATAGTGAGGTTTTTGAAGAGCTGAGCAATAGTGAAAGGGAACACAAATTAAGGGTACTAAACAGACAGCATCACTCTGCTCAAGACTTACGACAGATGGAGAGTGATTCCGAAGATGATGAAATGGAGGATGAAAATGCAGAGGATGGTTTAATTGGAAAATTTGAATCAGTACTTGATATGCAAAGAAGAAGAAATAAAACAAGACCTGACAGTGCCAGTGAATGTTCAGATAACATGAAAAACACTTATCTAGAAAGAAGATGTCATTCACAGCCAAGTGTTATTGTAGGAAAATCAACAGAAAAGTTAACGTTTTTGTCTAACTACAACTCTGTGATGAAAGAGACACAAGATCTTTCAAATCAGCTTCAAGCATTAAATATGGAATTAAAGAATGAATATAAAGAGCCAGCACAAGGTAGCATGGTAGATAATAAAAATGACATTCCATGTACACAAAGTTCTAAAATTAAAACCAAGATATGGAATAATATAAATGAAAACTCTAATAAGCTTCAAAGGTCAACGTCATTACCTAGTTTTGCAGTGAGTAACAGAGTAAGAACTCTCATTCGTGCAAAAAGTGAAACAGCATTACACCATGCAGTGGCATTCTTTGATAATGCGAACAATGTTCAGTCACAGAGGGACCTCGTGTTTTTACTGAAGGAAAAATATTGGTATCAATGGATTGATGAACAATATGCTCTTGACACTATGAGTGAAGAAGATTCTGACATTCAAACATCAAGGTCAGCTTCTGCAGTTCCATCAGTGTATGAAATAGATTTCATTCCTACAAAAGACGGTAGTTTGATAAAGTTGCTACAAGAAGAAATAAGCATACTAACGAAGCGAATTGATACATTAAATGACACATCTGGATTGCTTGGCTTTCTTCTTTGTCGCAGAGGTGCTCTCTATAAGAAGGCTGGAGAATTGAAGAATGCACTGATTGATCTCAACAGGTCAATAGAACTCGAACCAAAACTCGTCGATGCATACTGGCATCGACATTTAGTTCTTCGAATTCAAGGCGATACAAAAAAAGCATTGGAAGATTTGAATCGAGTTACCACTTTAAACCACAATCATTCATTTGCATTCAGGTCAAGTGCTGAGATATACAAAGAAAAAGGTGATATCGAGTTAGCTATCTCTAGCTATAGTCAGGCAATACACATTGAGCCATCTAATACAGAGCTGCTGTATCTCAGGGCTGAACTCTTAGAGCAGAGAGGTGATATTATGTTGGCTTTAGAAGATTATAAATCAGCAAACAAACTTGAACCAACCAACACAACAGCTTTATATAAGATTGGTACCTATCATTTCAATATCGGATCGTGGATGGCCGCTATAAAAGACTTTACAGAGTTTTTATCAAAACAACCAAAAAATGCAGACGTATATTTCTTGAGGGGGAGAGCGTTCACCAAACTATTGCGTTATAAAGAAGCCATTACTGATCTTTCTGTCAGTATTCATCTGAAGCCGAACAATCACCTTGCATTCTTCCATCGTGGTTGCTTGCTTAGAAAATGTCTTCCAAAACAAGCTGTGCAAGATTTCAGTGTTTCACTACTGCTCGATTCAACAGTTGCAAATGTCTCTTCGTATCTTCATCGAGGGATTTTGTATACTGAGTTGCAAAGGTACGAACAAGCAAGTTTAGATTTCGAAGCAGCTATTCGTCTGGATCGAAAACTCGCACCTGCGCATGTTAACCTTGGAGTGATTGAAATGAATTTTAAAAAGAATATACCTCTAGCCATTAATAGATTCAACATTGCCATTCGCATGGATCCGACCTATATTCGCGCCTACATGTGTCGTGCAGATGCCTATGAAAGAATTGGCGTGATCGATTCAGCCATAACAGATTATTCAAGAGTTATTCACATGAAGCCAGATGAAACAGAATTTCGAGTAGCAAAGGGTAGGCTGTTGCTGAAGAAGAAAAAGCACGAACTTGCTAGTTTCCTTATAAGACAATGTGCTGTGTTAAGTGCGTGGAAGAAAGTTTCACCAACCCAACAAGCTGTTGTTGAAGCATTCCTAGGAAATTTTGAGAGGGCCATTGGTTTATTAGAAGTTGCCATCAAAAGTCAACCAATTACGCCTCTACATATTTTACTTGGGAAAACAAAAATGAAAGCAAAGCGTTACCAGGACGCCATCGAGAGTTTTCAACAAGCTCTCGATATTATGAAACCATGGAATCCCAAACAGTGCTGGCCTAAGGAAGCCTCCCAGGTCTACTTCATGATGGGGTTGTGCCACGTGGAAGAGTACGCGTACCAACTAGCGATTGGATCCTTTAACTGCTCCTTGAAGATACATCCTGGGTTTGCAGAGGCGTATTACCAGAGAGAGCTTGTTAAGATGAAATTGGGTTCATCGAAAGGTGTACATGATTTTAACCGAGCCCTAGCATGCAACCCAAGTTTTTATCAAGCTTTTTTATGCCGAGCGTTATATTACGCTATGAACAAACGATACGCCAAGGCGATTATGAACTGTAACGAGGCCATCAAACTTGAAGAGAGAAGTGTACAGGCATACTTATATAGGGGTTCTATCAAATACCACATGAAATCCTATGACTTGGCAATCAAAGACTTGACAAAAGCTATATCTAAAGATCAGTCTTGCGCGTTAGCTTACTTCAATCGTGCAGCATGTTATCATCAGAAAAAACATTATTTCAAGGCTTTGAAAGATTACAGTATAGTATTGTTGAGCGACATTTCTTTGAGGATGAAGGCTTTACTTAATCGAGGGTTATTATATTTTGAAATAAATGATATGGAAAACGCCTGTGACGATTTTTTGACGGCGCTTGACGAGGATCCTCGCAATGCAAAAATTTATCATACCCTTGGCTTATGTTATCACAGAATGGGTTGTGTTGAAAAAGCAGTTGAAGCATTTACAACATCGTTAGAATGCGATCCATTCTTTACCAATTCGTTAATTGGTCGGGGAAACGCGTTAATTAGCTGCAATAATCAACAAGCAACTATCTCGGGAAGACGTGATTATAGTCGCGCATTGCACATGGATCCATCTTGTGCCGAAGCAAGGGTAAACCTGGCTCATTGTTTACAACTCAACGCACAGCACATGAAAGCGTGGTATCTTTACACAAGAACAATAGAACTTGCCCCAGCTAGTAAGTCAGCGCTGGAGGGTCGAGCATTGGTAAACTTACGGATGCAAAACACGTATGGTGCTTTTCTGGACATCAATAATGCACTCAAAATTGGGAAATCAGCTGAATTGCTGACAATCAGAGGTGTTGTAAACCAGTGTCTTGGGGACAACGTAAGTGCAATGTCAGACTATCAAGCCGCCATTAAATTCAATCCTTCATACGGACTTTCGTATTACAACGCAGCTAACCTGTACTTTCTCCACAAGCAATTTGAACAGGCGATATCATATTATAATCGCACGATAGATTGGGATCCATCAGATGCGCCCGCTTATGTAAACAGAGGCACAGCTAAGAGTATCGTAAAAGACGAAACTGCATTGCAAGATTTTGAAATCGCAGCATCATTAGCACCGAATTGGTCGCATATATACTTCAATCGTGGCAACGTTTACTTCTCGTTGCGAATGCATGAAAACGCTGATGATGATTTCACACAAGCTTTATCACTGAAACCAAACGACGCATTGCTCTACAAGCGGCGAGCTGATGTGAGAGGTAAAATGGGAAGGAAAGAAGCAGCGTTAAAGGACTATCGGCGCGCTATTGACTTGAAGAAGACATGACGAGTGTGTTGTGCAATCATTGAGAGATTACCGGAAGAACTAATTGTCATATTGTCAAGGAAATTCACACGCCGTGTTTATTTAATTTATTTATATCCGCTGAATGATATATCGAGGATAATTATATTAGTATTAACATCATTTCCTTCTTCCAGGTTAAATTCGTTGACGGCCTTAGAATATGGATTTTTTGGTTTCTTTAGAAATCCAGTGTTAATGTTGAGATTATAAACCTGTTAATAAAATATATGTATATACTGTTATTTTTATTACCATTGAAATTTTTATTACTACTGTATCTTTTTAATGAAAAATTTCAAATAAAAGACTGTTAATTTTTATGCCGGACTTGATAAGTTAGAAAACAGACTCTGACATTTTCT

Protein

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF13432	TPR_16	Tetratricopeptide repeat	Repeat	Interproscan
PF13431	TPR_17	Tetratricopeptide repeat	Repeat	Interproscan
PF13181	TPR_8	Tetratricopeptide repeat	Repeat	Interproscan
PF00515	TPR_1	Tetratricopeptide repeat	Repeat	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR011990	Homologous_superfamily	Tetratricopeptide-like helical domain superfamily	Interproscan
IPR019734	Repeat	Tetratricopeptide repeat	Interproscan
IPR050498	Family	Photosystem I assembly protein Ycf3	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR44858	TETRATRICOPEPTIDE REPEAT PROTEIN 6	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0005515	Molecular Function	protein binding	Interproscan

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID	Source
K24929	TTC6; tetratricopeptide repeat protein 6	-	Domain-containing proteins not elsewhere classified	ko04990	deepkoala