Identifiers and Description

Gene Model Identifier

Contig19078.0.g26

Standard Name

None

Aliases

Contig19078_0_g26

Description

TPR repeat

Genome Browser

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Molecular Function

• identical protein binding (IEA) | GO:0042802
• protein binding (IEA) | GO:0005515

Domains

• ( pfam13414 ) TPR repeat
• ( pfam00515 ) Tetratricopeptide repeat
• ( pfam07719 ) Tetratricopeptide repeat
• ( pfam13431 ) Tetratricopeptide repeat
• ( pfam13432 ) Tetratricopeptide repeat
• ( pfam13424 ) Tetratricopeptide repeat
• ( pfam13181 ) Tetratricopeptide repeat
• ( pfam13176 ) Tetratricopeptide repeat
• ( pfam13428 ) Tetratricopeptide repeat
• ( pfam13174 ) Tetratricopeptide repeat
• ( pfam12895 ) Anaphase-promoting complex, cyclosome, subunit 3
• ( pfam13374 ) Tetratricopeptide repeat
• ( pfam13429 ) Tetratricopeptide repeat
• ( pfam13371 ) Tetratricopeptide repeat
• ( pfam08238 ) Sel1 repeat
• ( pfam12688 ) Tetratrico peptide repeat
• ( pfam07721 ) Tetratricopeptide repeat
• ( pfam04212 ) MIT (microtubule interacting and transport) domain
• ( pfam12968 ) Domain of Unknown Function (DUF3856)
• ( pfam12569 ) NMDA receptor-regulated protein 1
• ( pfam01535 ) PPR repeat

Gene Expression Profile

Homologs

Source	Identifier	Score	Description
T. thermophila	TTHERM_00441970	1.9998521972819316e-89	TPR Domain containing protein
SGD	YBR112C	5.997612587164444e-16	CYC8 SGDID:S000000316, Chr II from 465770-462870, Genom...

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig19078.0.g26(coding)
ATGTCTAATTAAAATATCCCAGGATAGGATATAGATCAAGATACTAAGATTGAGGAAATA
TTTGACCAAGCTGATGATTTAATGATCAACAAAAAAGATTACAAAGCAGCTGTAAAGATA
AAATTTTTAATAAAACTTAACTTTTAGTAATAACTTTACGAGGAGATTTTGAGATTGGAC
CCAGAAAATATCGACGGTTTAAACAGTTTAGCAATGTGCATTAAGTCAACTATCCCTACA
GGTCCCCAGTGTTTCGAGATAATCCTACCACTTTACCAGAAAGCTATATCTATTGACCCA
GAGGACTTTGAAACTAATTTTAACATCGGAGTGTTCTACTATGAGCAAAAGAAAGACTAT
GAGAAAGCTATTCATTTCTTAAAGATAGCTATTAACGAAGAGAAAAATGCAACAGCTTTA
TTCAATTTAGCCGTTATATATGAGGAAAAAGGTGATAAACTTAAAGCCAAAGAAGCTTAC
GCTGAGTGTCAAAAAGCTGATTAATCTCACTACAAAAGTAAAGTGAACTTAGCTATACTT
CTTGACAAAGAGGGAAAAGGTCATGAGGCAAATCAGTTCTATCAAGAAGCTTTGAAACAA
AACCCTAAAGATGCGAAAATTCATCACAATATGGGCATAAACCTTAAAAGAGCTGGAAAA
TTGGATGAGGCTCTTTCACATTACAAAAAAGCAATGGAGTTAGACCCTGACAACTCAACT
GTTTTGTACAACACAGGTATCCTCTACAACATAAAATCAGACTACCACAATGCCGTAGAT
GTACTTGAGAAATCAATTTCAAAGAACAAAGAAAATGTCTACGCTTTCCTAGCTCTTGGA
GACGCTCTAGAGAGACAAAAAGAGATAAGAAAGGCTATTCAAGCTTACAAAGATCTAATG
AATTAAGGAAGTGCAAATAATGGCACTCAAGTACATGGCCTCAAAGAGAAAATCATGTAC
CTGGAGAACATACTTAATTCTATGAAGAAATAAAATTCATAGAAAGATGGAGAGCAGCAA
TAGCAATAAACGAATTAGTAGTAGTAGCAGTAGATTAGTGCTCCACCAGCTGAAGAGAGT
AAAGTCCCTCCTAAAAATGATGCGAAGAAAAGTGAAGCTAAAGATTAATCTAAATAATCT
CAAGACTAAGAAGACTAGGCAAAAGTCTAAGCAAAACTTGAAGAGAATAAAAAGCAGCAA
TTAAACGACGAAGATCATGACGAAGATGAGTTAGTTCAAAAAGACAAGACAGTTTTGTCA
CAACAAGAGGAAATGAAGAAACAAGACTCAGCAGTGATTTAAGATTAAGAATAAATCCAA
TAAAATTAATAAGAAGTTGAGTAGTCAGACCATGCAACTGACTTTCTCAATTGGTCATTG
GAAGAGTGCCAGAGAAAGCTGCAATAAGATCCCTAGAATTTATTCGCTTAAATCAGGCTT
TGCCAATTAGAAATCGAAGAAAAAAAGCTTGACGAGGCATTGGGGATGCTTAAGCAAATA
AATGCTGTAGATCCCAATTTCTTTCCTGCACTTTAGCAAGAATTACATGGAGATATCTGC
TTCAGAAGAGAAGAGAGCAAGTCTTTCTAGGATGCTCTTGATCACTACATTAAGAGCGCT
TAAATAAACCCAGAAAACTATGAGATATACCTCAAGCAGGGGAAATGCTATGAGAAGTAG
AGAGACTTCGACAAGGCTACTGAATTGTTCTAGAAAGCAGTGGAGATGAATGACTAATCA
CCTTGGGCACATTTTAGACTTGGCTGGGTTTGCATTAGAAACGGATAGAAAATTAAGGGT
ATTGAGCATTTAAAGAAATCTCTAGAGCTAGATCCAAATAACTGTGATGTTTTGACTAAG
CTTGGGGAGGTACTAATGAGAGAACAGAATGCTTTGAATGAAGCTGAGGAATACTTAAAA
AGAGCAATCGCTATCGATGAAAATTTACCAGACGCACTCGTAGCTCTGGGCAGAGTATTT
GAAAAGAAGGGGGAGGTTGATCAAGCCATAGACTGCTATGAAAGAGCAATTAAGCAGCCA
GTCTCCAACATAAATGCCTATTTCTATCTTGGAATCATTCATGAAAAGAAGAAAGAGTAC
AAGAGATCAATTTAACTGTTTAAGCAATGTCTGTTGTTTGATTAAGAGCATTTTGGCGCT
TGCTTACATTTAGCCACACTTCAAGCAAACCAAGGTGAATCCCATAAAGCAGCAAAATAT
TTCAAGCATGCTCTTAAGTTAGACCCCAATAACATTCCTGCAAACTTTGGACTCGGCAAG
ATTCTTCACTCCACTTCAGAAAATGTGGATGCCCCCATTCCTTATTATGAGTTTGTTATT
AACAATGATGATAAACACTATAAAGCCTTTTGCTAATTGGGAATAGTTTACCTTGAAAAG
GGAGAACTTGAGAAAGCAGCTGAATATTTAAAGAAATGCTTGTAGCTCAACCCTAAATAC
GTGCTTGGTTTGGTATCTATGGGCAACCTATTGTTTGAAACTGGCCACTCAAAAACTGCT
GCAAAGTATCATCAGCAAGCTTTGAAGTATAATCCAAGAGAAATTTAAGCTTTGATAGGA
TTAGGAAACGCACTCTACGATATGGGTGAGCCTAAAGAAGCTATAGAATACTATAAGAAG
GCCTTAGAACTAGATAAAGGATTGAGTGATGTTCATTATAACCTTGGTAATGCTCTGTAC
CTAATTGAAAATACTGATCTAGCCATTTAACACTACAAGATTGCAATAGATCTCAATCCA
AACAAGCCAGAATCTTACTATAATCTTGGAAATGCTCTTTGTATCAAGGCTGAATTTGAG
AAGGCTATAGTCAATTACAAACGTACAATTGAGCTTGACCCCTACAATGCTCCTGCCTTC
TATAACCTCGGTAATGCCTATTATATGATCAATGAGTTTGATAAGGCTATCAGTAGCTAC
GGTCAGGCTTTGAAACTTAACCCAGACAGCGCTGAATGCCACTTTAACATTGCAAGTGCC
TATAACGATAAAGGGGACTTCGATAATGCTATTAAGCACTATAAGGACTCTTTGCAGTAT
GATGCTAAGAATTCAGAAACATTCGTAAATTTAGGCACAATCTATGAAACTTAATAGGCT
TATAAACTTAGTCACGAAGCTTTCACATAGGCTCTAAAGATCAATCCTGAGGTTTAGAAA
GCTATCGAGGGATTGCAGAGAGTTGAAAAATTGATGGATGAAGGTTAATGA

>Contig19078.0.g26(protein)
MSNQNIPGQDIDQDTKIEEIFDQADDLMINKKDYKAAVKIKFLIKLNFQQQLYEEILRLD
PENIDGLNSLAMCIKSTIPTGPQCFEIILPLYQKAISIDPEDFETNFNIGVFYYEQKKDY
EKAIHFLKIAINEEKNATALFNLAVIYEEKGDKLKAKEAYAECQKADQSHYKSKVNLAIL
LDKEGKGHEANQFYQEALKQNPKDAKIHHNMGINLKRAGKLDEALSHYKKAMELDPDNST
VLYNTGILYNIKSDYHNAVDVLEKSISKNKENVYAFLALGDALERQKEIRKAIQAYKDLM
NQGSANNGTQVHGLKEKIMYLENILNSMKKQNSQKDGEQQQQQTNQQQQQQISAPPAEES
KVPPKNDAKKSEAKDQSKQSQDQEDQAKVQAKLEENKKQQLNDEDHDEDELVQKDKTVLS
QQEEMKKQDSAVIQDQEQIQQNQQEVEQSDHATDFLNWSLEECQRKLQQDPQNLFAQIRL
CQLEIEEKKLDEALGMLKQINAVDPNFFPALQQELHGDICFRREESKSFQDALDHYIKSA
QINPENYEIYLKQGKCYEKQRDFDKATELFQKAVEMNDQSPWAHFRLGWVCIRNGQKIKG
IEHLKKSLELDPNNCDVLTKLGEVLMREQNALNEAEEYLKRAIAIDENLPDALVALGRVF
EKKGEVDQAIDCYERAIKQPVSNINAYFYLGIIHEKKKEYKRSIQLFKQCLLFDQEHFGA
CLHLATLQANQGESHKAAKYFKHALKLDPNNIPANFGLGKILHSTSENVDAPIPYYEFVI
NNDDKHYKAFCQLGIVYLEKGELEKAAEYLKKCLQLNPKYVLGLVSMGNLLFETGHSKTA
AKYHQQALKYNPREIQALIGLGNALYDMGEPKEAIEYYKKALELDKGLSDVHYNLGNALY
LIENTDLAIQHYKIAIDLNPNKPESYYNLGNALCIKAEFEKAIVNYKRTIELDPYNAPAF
YNLGNAYYMINEFDKAISSYGQALKLNPDSAECHFNIASAYNDKGDFDNAIKHYKDSLQY
DAKNSETFVNLGTIYETQQAYKLSHEAFTQALKINPEVQKAIEGLQRVEKLMDEGQ