Identifiers and Description

Gene Model Identifier

TTHERM_00678190

Standard Name

WDR1 (WD40 Repeat containing protein 1)

Aliases

PreTt07583 | 102.m00103 | 3730.m00030

Description

Macronuclear WD40 repeat containing protein; possibly associated with DNA replication or cell division

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• macronucleus (IDA) | GO:0031039 | Ref:SUPR000318

Biological Process

• DNA replication (IDA) | GO:0006260 | Ref:SUPR000318

Domains

• ( PF01011 ) PQQ enzyme repeat
• ( PF00400 ) WD domain, G-beta repeat

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.8%

TetraMine Data

TTHERM_00678190

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_16396.1	9.997093137033517e-262	hypothetical protein (1059 aa)
WormBase	WBGene00013862	0.000009999254677478949	locus:wdr-5.3 WD repeat-cont aining protein wdr-5.3 statu s:Partially_confirmed UniPro t:Q23256 protein_id:CAA98293 .1
DictyBase	DDB_G0276855	0.000019995566179747357	DDB_G0276855 on chromosome: 2 position 7489987 to 7492179
Oxytricha	Contig18453.0.g8	0.00003998524687536623	WD domain, G-beta repeat

General Information

No Data fetched for General Information

Associated Literature

1. Ref:SUPR000318

Sequences

>TTHERM_00678190(coding)
ATGTCTACTTAAAATAAAAGCACTTCAATAGCATAATAAGATCAAGAGATTTGTAATATC
TAATAGGACATAGAGCAATAGGCATCTAAAGATAATTAAGAAAAATAATAGCCTAATAAT
AATTCTCATTTGAAATATTAAAGTGATCAGAAGTTTATTTCAATATCCAGAGGATAAAAA
AATGTATTTATTAATAACTTGAAAGGAATAAAAGGTCTTGAACTCAAATATTAAATACAG
GCAAAACATAATGATGATGCTTTTTGTCTTACTGTTTTAGATAATTAGTATTTAGCTATT
GGCTCAACTGATGCAACAATTACAATATACAATTTAAAAAATGATTGCAAACTTGTACGC
AAAATAAATTATTATTATGAGCCTATATTAATTTTAGAACCTTTAAGACTTTTCCATAAA
ACTCTTTTACTCAGCACAGGGTATGACTAAATTATTAACGTCTGGGATTATTTATCTGGG
AAAAAGATTACCGATTTAGAAGCTTGTGGATGTGAAATAACAAAATTATGTGACAATTTA
GATAAAAATCTTATAGTAGGATCAACTTTTGATGGAAGAATTATCTTATGGAGCTACACA
AATAAGCGTATTGTTAACGTATTAAAACTAAGATCCTAAATAAGTAATTAGTAAAGACTA
ATTATTCAAGAAGCTTATGAAGATCTTATTTAAACAGAAATGTAATAAATTGAAGGGATA
GGATAAGAAGATGATGATTTAGTTTCTGAAATGGATTTAGAATCACATGGTTCAATATAC
TCCTTACACTAGATTTAAAGGGATAGTTACCTTGTTTTGTAAAGAGGATGTATTTCAGAA
ATAAAAATAGTGGCTTCAAAAGATACCAAGACCAGTCAAAATGCTTAAGAGACAAAAAGT
AAATCTTAAGAAATACTGATAGAAGAAATAGATTAAGAAAATAATGATAACTAAATATAA
AATAAACAAAATGATTCTGCTAAAATAAATTATGAAATTTAGGTGCTCAGATAATTTTAA
GCAAATTAAGATGCTATACAGTTTAATTTAATACCTTTTGAAAACCAAAAAATTATCACA
TTAGGTACTAAGAGAGGCTTCATATTTCTTTATGATTTTGATACTGGAGAGGTTATAACA
AGTAAAAAAACTTTATCAGGAGCAGTTAATGAAATACTTACAATATAAACTATGCACGAT
TCTAAAGACCATCCATTTGTAATTTCAACAAGCCACACAGATAGATTTTTAAAAATTGAA
TCCCTGAAAACAGGGGACTCATTTAGAGTTGAAGATGATAGAATTTTTTGCTATAATGAA
TGCATGAACTCAAAAATGCAATTCTTCAAAAATAGATAAAATGAACTTTTCATCGCTGTT
ATTTGCCAAGAGCATTAAAACCCTTACTTTTCAATATTTAAAATCAACTTAGATTACTAT
GAATCTCAAAAAAATATCACTGAAAAGTTACTGAATTAATGA

>TTHERM_00678190(protein)
MSTQNKSTSIAQQDQEICNIQQDIEQQASKDNQEKQQPNNNSHLKYQSDQKFISISRGQK
NVFINNLKGIKGLELKYQIQAKHNDDAFCLTVLDNQYLAIGSTDATITIYNLKNDCKLVR
KINYYYEPILILEPLRLFHKTLLLSTGYDQIINVWDYLSGKKITDLEACGCEITKLCDNL
DKNLIVGSTFDGRIILWSYTNKRIVNVLKLRSQISNQQRLIIQEAYEDLIQTEMQQIEGI
GQEDDDLVSEMDLESHGSIYSLHQIQRDSYLVLQRGCISEIKIVASKDTKTSQNAQETKS
KSQEILIEEIDQENNDNQIQNKQNDSAKINYEIQVLRQFQANQDAIQFNLIPFENQKIIT
LGTKRGFIFLYDFDTGEVITSKKTLSGAVNEILTIQTMHDSKDHPFVISTSHTDRFLKIE
SLKTGDSFRVEDDRIFCYNECMNSKMQFFKNRQNELFIAVICQEHQNPYFSIFKINLDYY
ESQKNITEKLLNQ

>TTHERM_00678190(gene)
ATGTCTACTTAAAATAAAAGCACTTCAATAGCATAATAAGATCAAGAGATTTGTAATATC
TAATAGGACATAGAGCAATAGGCATCTAAAGATAATTAAGAAAAATAATAGCCTAATAAT
AATTCTCATTTGAAATATTAAAGTGATCAGAAGTTTATTTCAATATCCAGAGGATAAAAA
AATGTATTTATTAATAACTTGAAAGGAATAAAAGGTCTTGAACTCAAATATTAAATACAG
GCAAAACATAATGATGATGCTTTTTGTCTTACTGTTTTAGATAATTAGTATTTAGCTATT
GGCTCAACTGATGCAACAATTACAATATACAATTTAAAAAATGATTGCAAACTTGTACGC
AAAATAAATTATTATTATGAGCCTATATTAATTTTAGAACCTTTAAGACTTTTCCATAAA
ACTCTTTTACTCAGCACAGGGTATGACTAAATTATTAACGTCTGGGATTATTTATCTGGG
AAAAAGATTACCGATTTAGAAGCTTGTGGATGTGAAATAACAAAATTATGTGACAATTTA
GATAAAAATCTTATAGTAGGATCAACTTTTGATGGTATTTAATTATTACTTTAAATATTA
TAATACTAAATTCTAAATTTGTATCTATTTTAAATAAAAATCAAATTAACTATTAGGAAG
AATTATCTTATGGAGCTACACAAATAAGCGTATTGTTAACGTATTAAAACTAAGATCCTA
AATAAGTAATTAGTAAAGACTAATTATTCAAGAAGCTTATGAAGATCTTATTTAAACAGA
AATGTAATAAATTGAAGGGATAGGATAAGAAGATGATGATTTAGTTTCTGAAATGGATTT
AGAATCACATGGTTCAATATACTCCTTACACTAGATTTAAAGGGATAGTTACCTTGTTTT
GTAAAGAGGATGTATTTCAGAAATAAAAATAGTGGCTTCAAAAGATACCAAGACCAGTCA
AAATGCTTAAGAGACAAAAAGTAAATCTTAAGAAATACTGATAGAAGAAATAGATTAAGA
AAATAATGATAACTAAATATAAAATAAACAAAATGATTCTGCTAAAATAAATTATGAAAT
TTAGGTGCTCAGATAATTTTAAGCAAATTAAGATGCTATACAGTTTAATTTAATACCTTT
TGAAAACCAAAAAATTATCACATTAGGTACTAAGAGAGGCTTCATATTTCTTTATGATTT
TGATACTGGAGAGGTTATAACAAGTAAAAAAACTTTATCAGGAGCAGTTAATGAAATACT
TACAATATAAACTATGCACGATTCTAAAGACCATCCATTTGTAATTTCAACAAGCCACAC
AGATAGATTTTTAAAAATTGAATCCCTGAAAACAGGGGACTCATTTAGAGTTGAAGATGA
TAGAATTTTTTGCTATAATGAATGCATGAACTCAAAAATGCAATTCTTCAAAAATAGATA
AAATGAACTTTTCATCGCTGTTATTTGCCAAGAGCATTAAAACCCTTACTTTTCAATATT
TAAAATCAACTTAGATTACTATGAATCTCAAAAAAATATCACTGAAAAGTTACTGAATTA
ATGA