Identifiers and Description

Gene Model Identifier

Contig1034.1.g116

Standard Name

KELCH23

Aliases

Contig1034_1_g116

Description

Polycystin cation channel

Genome Browser

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Cellular Component

• membrane (IEA) | GO:0016020
• nucleus (IEA) | GO:0005634

Molecular Function

• protein binding (IEA) | GO:0005515
• zinc ion binding (IEA) | GO:0008270
• ion channel activity (IEA) | GO:0005216

Biological Process

• ion transport (IEA) | GO:0006811
• transmembrane transport (IEA) | GO:0055085
• ubiquitin-dependent protein catabolic process (IEA) | GO:0006511
• multicellular organism development (IEA) | GO:0007275

Domains

• ( pfam08016 ) Polycystin cation channel
• ( pfam13964 ) Kelch motif
• ( pfam01344 ) Kelch motif
• ( pfam13415 ) Galactose oxidase, central domain
• ( pfam13418 ) Galactose oxidase, central domain
• ( pfam13639 ) Ring finger domain
• ( pfam07646 ) Kelch motif
• ( pfam03145 ) Seven in absentia protein family
• ( pfam00520 ) Ion transport protein
• ( pfam01485 ) IBR domain

Gene Expression Profile

Homologs

Source	Identifier	Score	Description
T. thermophila	TTHERM_00191760	1.9991517704232713e-32	hypothetical protein

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig1034.1.g116(coding)
ATGCAAAACTTACTCTCTTAAGCTTTAGCTTAAAGGTTCTCTTTGGCTCCACAAGTTGAT
GAAACTTACATCTAAGAAGTATTGGATGTCGATAGAGTAAACAACAAAGAAGAATTGAAA
GAATTTATTGAGGCAGTTTAATGCTTAATTTGCCTTGGAATTGTGAGAGATCCAGCGATG
GAGTGTTCAACATGCAACAGGCCCTTTTGCAAACTATGCTTGGATTCGTGGTAGCGTCAT
AATCGTACTTGCCCGATGAGATGTGAACGACCTTAGTTCTAAAAGATTCATAGAACTATC
AAGAACATCCTAACTAAGTTCAGATTCTAATGTAAATTCGAAAGTATGGGTTGCTTAGAA
TTGCCTTACTATGACAAGCTATCGAAGCACGAGTAAAATTGTACTTATGAGATTGAAACC
TGCGAAAAATGCCAAATTCAAATGCGAATCGTTGAGAAATCCACCCATGACTGCATAACC
TCCCTTAAAGTAGAAGTTTCTAAGCTTAAGAAACACGCAAAATCTAGGCTTTTGTATTAT
ACTTCAGGTGGCAGCTAGGATTTTCATATTTTTGATGAGAAAAACTTGGATTGGGAGAGC
TTCAAAATCAGTGGAGAATTTCATTTCCCGATATTAAGTCAGTTCGTAGTTACAAACAGC
AGTGGATTGGATTAAGAAGCTGATTAGAGAATGTAATAACTGGGCAGGTAAAATGAAAAC
ATCAGCACTAGAATATTTGGTATTGGTGGTATTAAAGACATCACAAAGGTTAGATCAGAG
GGCAATAAGTAAATATCTGAAAGAGTAACTGAACCGACTAAAGAGACTTTTGAAATATTT
ATAAATCTCTTAAGTGTTCAACCCAAGTAAAACATGAAAATAGCCAGAGCTATGTTTGGA
GTTGCTCTTGATCCATCTTCCACTTAAATATTTGTTGTTGGTGGTATTGATATCGAGAAG
AAAGAAATATCTGATTGTGAAGTGTATGACCTTAAGCAAAACATGTGGAGTAGCTTGCCA
AAGTTAACAACCCCAAGATCATCAGTATCATTAATAGTAATCAACTCCTCATTTATCTAT
TCTTTTGGAGGGTTCCCACTGTCCAACTCATCAATCGAGTTGTTCTATCAATCTAAATGG
CAGGCTATTCAACTCAAAGACGGGGATGATTTTATACATCCATTTTGGGCTGGTGCACAT
CTCTCCGATAAAATGAATGGATCAATCTACATATTTGGAGGTGGATTGAAATACAATGAT
TCTTAAGATATTTATGATTACAATGCTGACAATCGCTAGTTATCCAAACTTAAAATAACA
CTCCCAAAAGAAGATAGATTTTTCTACAATTCACAGAAAATAGTTCTAGGAGAAGATAAA
TTCATAACAATGGGAAGACACGGAGTTTATAAAATGGATTTACAAAGAAAAACTTGCTAT
AAATTAGCGGAGGATAAAGTCAACAACTAGGAAATCAAGGAGCCATTACTTAGTAAGTAA
GAGTCAAAGAGCCTGAAAGATCATCGACAGAGCTCACAACCAGACTATAGCAATATAAAG
ATTATCAACTCTAGTTCAAGCAGTTGGTCTCCTTACAGTTAAAAAGATAAAAATTAAGAA
TAAACTTAACCACAGGAATTCAAGAAGAAACCTCTTAATCCATTAGAAATATTTGCTCAG
AATGATAGGAAAAAGACATGTTTTAGGTTACTCCAGGATTTTTTCTAAGAGCCAGATATC
CCTCTCAAAGATAAAATTATTCTTGGGCCTGTTGATAAGTACATCAAGTACAAATCATAA
AATGAGACTACCCGCTCCCAAGAAAGAGTGTTTTACAAATATTTCTTCAATGAAGACGAA
AATTATGATTCGTTAGATCAGGGAAGAGTGAGAAATTTCTACGATGTCAATTCTTTCAGG
GAAATTATCAGTAATAGTGTGGAGAATTACTATACTATCAACGATCGAACTATGGAATAT
TATGACTATTTTTATACTGACAGCTCAATGCAGTAAATTAAGCCAGTTAAAATCTAATTG
TTCTATGCTGACGAATAGTTTACCCCACAAAATTATATGGAGGGATTTATAGAGGAAGAT
AGCAATTTCTTGGAAATCTCAAGAGAAAATTAGAAAATATTTGATTAACAGAAATTTTCA
AATGAGTAACTGAAAAGATTGATTGTGAGATTGGATAAAATCGAATTGGTCTATCATTTG
AGCTCCAAACTTTTAGATTCGAGACTTGCTAAACAATTCCCACTCTATCAATGGTTAATT
AAGCAGGAATTCAGCTTTTAAGACAGAAACCATATGTCTTTACGGCTTATGATAACAAAG
ATCTCAGCCACAGATGAATACGCAAGGGAGTACTGGACTTAGTATATTTGGATTGATATT
GGCATCATTTTGCTTGCTCTTAGTTCTATATTTTTCACTTGGAAGTATATTTATGAAGTG
GCCGTTCTCTATAACGAACTTAAACTCAAATTTGCGAAGAGTAGTTACTCGAAGGCTTAT
AAAGAATAGTAAAAAACGATAAATAAAATTAGAGAGAAGAATCTACGATATAAGAACGAG
TTGTCTATGGCTGGATCATAAAGAGGAGGCTCAGTAAAGGAAGACACTGATGAGAATGAT
TTAAGCGACAGTGACACTTTAGGAAACCATCAAAACAACCCTGGAGATATGAGTTAAAAG
ATAAATCCGTAAAACCAAGACAATTATTTCGATTAATCAGTGGCTACGAAACATATCTTG
GATAACAAAAGCAGATTGCAACAAGACTTCAATCTTGAACCTATGGTGCTGTGGGAAGAT
CTCACAGTCAATGATAAGATCAAACTCTTTAGTTATTGGACTATACTTTCTATAATAGGG
AGTTTCCTGCAGATATTTGGTTCACTGTCAAACATTATGAGCGTGTACAATATATTCGAG
ATTGATAGGCAAGGGGGAAATGTGGAATTACTGATAGGATTAGGGTGTATGATGGCTTGG
TTAGGTCTTGTTAGATATATGGAGTATAGTGAGGAATACTCGATTCTAGGCAGAACACTT
TCCCTGTCAGCTCCAAACGTGTTGAAGACCATGATAAGCACCTTGCCAGTTCTAATGGGC
TACACTTTCTTGGGCGTGGCACTATTCTATAAATCCAATAGATTTTCTAGTGCGACTGGA
GTACTGACCACTCTCTACGCTTTGATGTTTGGAGATATGGTTTATGACACTTTTTATGAT
TTGAGTTTCACTCATTTCTTCTACTCAAAGATTTACCTGTTCTCCTTCATATTCTTCTCG
ATTTGTGTGATAAATTCATTGTTCATATCAGTGATTGAAGATGCTTATGTGACTGCTAAG
TATACTTCTCGATTAGATATGTTTTTAGGCAGATAATCTTCACAGCTGCCCGTGAAACCA
TTATTGAGAGATCGTGAGCCTGAAGGTCTTAATATTGACGATGACTTGAAACTAAATCAG
CTACAGAAGCAAAGTAAGAAAGAATTAAAATCTCAGAAAGTACTGGAATAAATGATGGAA
TAATCATAAATTTAATATGATTAGAATATGAGTTCAAGGTAGATACATAAAGAACACTAG
CATTAATATCCACCAGGTTTGTCTTAAATATTAAAGAGGTCACTAACCTCACATCATTTC
CCCTATCAGAGATAGTTCTCATAATTCAAGAATGATGATGAGTCACAGAAAGAATTTAAT
AAGAAGAAATTACAGCTAAATTTGGAATTTAAAGAGGCTATTGATAGAATGGAGAATGTG
ATTAATTACACTGGAGAGATAATGCACATGTACAGAACAAACGAAATTAGTGAATAACAA
TACAGATAATTTAACTTGGAAATGGACAGCAAGATTGTATAGATGCAAAATATGCTCATA
CAATTAGAGGAAAAGAGCAAAAACACCTGA

>Contig1034.1.g116(protein)
MQNLLSQALAQRFSLAPQVDETYIQEVLDVDRVNNKEELKEFIEAVQCLICLGIVRDPAM
ECSTCNRPFCKLCLDSWQRHNRTCPMRCERPQFQKIHRTIKNILTKFRFQCKFESMGCLE
LPYYDKLSKHEQNCTYEIETCEKCQIQMRIVEKSTHDCITSLKVEVSKLKKHAKSRLLYY
TSGGSQDFHIFDEKNLDWESFKISGEFHFPILSQFVVTNSSGLDQEADQRMQQLGRQNEN
ISTRIFGIGGIKDITKVRSEGNKQISERVTEPTKETFEIFINLLSVQPKQNMKIARAMFG
VALDPSSTQIFVVGGIDIEKKEISDCEVYDLKQNMWSSLPKLTTPRSSVSLIVINSSFIY
SFGGFPLSNSSIELFYQSKWQAIQLKDGDDFIHPFWAGAHLSDKMNGSIYIFGGGLKYND
SQDIYDYNADNRQLSKLKITLPKEDRFFYNSQKIVLGEDKFITMGRHGVYKMDLQRKTCY
KLAEDKVNNQEIKEPLLSKQESKSLKDHRQSSQPDYSNIKIINSSSSSWSPYSQKDKNQE
QTQPQEFKKKPLNPLEIFAQNDRKKTCFRLLQDFFQEPDIPLKDKIILGPVDKYIKYKSQ
NETTRSQERVFYKYFFNEDENYDSLDQGRVRNFYDVNSFREIISNSVENYYTINDRTMEY
YDYFYTDSSMQQIKPVKIQLFYADEQFTPQNYMEGFIEEDSNFLEISRENQKIFDQQKFS
NEQLKRLIVRLDKIELVYHLSSKLLDSRLAKQFPLYQWLIKQEFSFQDRNHMSLRLMITK
ISATDEYAREYWTQYIWIDIGIILLALSSIFFTWKYIYEVAVLYNELKLKFAKSSYSKAY
KEQQKTINKIREKNLRYKNELSMAGSQRGGSVKEDTDENDLSDSDTLGNHQNNPGDMSQK
INPQNQDNYFDQSVATKHILDNKSRLQQDFNLEPMVLWEDLTVNDKIKLFSYWTILSIIG
SFLQIFGSLSNIMSVYNIFEIDRQGGNVELLIGLGCMMAWLGLVRYMEYSEEYSILGRTL
SLSAPNVLKTMISTLPVLMGYTFLGVALFYKSNRFSSATGVLTTLYALMFGDMVYDTFYD
LSFTHFFYSKIYLFSFIFFSICVINSLFISVIEDAYVTAKYTSRLDMFLGRQSSQLPVKP
LLRDREPEGLNIDDDLKLNQLQKQSKKELKSQKVLEQMMEQSQIQYDQNMSSRQIHKEHQ
HQYPPGLSQILKRSLTSHHFPYQRQFSQFKNDDESQKEFNKKKLQLNLEFKEAIDRMENV
INYTGEIMHMYRTNEISEQQYRQFNLEMDSKIVQMQNMLIQLEEKSKNT