Identifiers and Description

Gene Model Identifier

TTHERM_00492970

Standard Name

IMA13 (Importin Alpha 13)

Aliases

PreTt04233 | 61.m00220 | 3711.m00068

Description

Armadillo/beta-catenin-like repeat family protein; Karyopherin/Importin alpha family member

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

GBrowse

Gene Ontology Annotations

Cellular Component

Domains

  • ( TIGR01889 ) staphylococcal accessory regulator family

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10%

TetraMine Data

TTHERM_00492970

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_12990.19.997093137033517e-262hypothetical protein (545 aa)
OxytrichaContig20249.0.g400.000000007998594485613997Armadillo/beta-catenin-like re
peat
SGDYNL189W0.000019995566179747357SRP1 Karyopherin alpha homolog
, forms a dimer with karyopher
in beta Kap95p to mediate impo
rt of nuclear proteins, binds
the nuclear localization signa
l of the substrate during impo
rt; may also play a role in re
gulation of protein degradatio
n
WormBaseWBGene000020740.00020003864201578029locus:ima-3 Importin subunit
alpha-3 status:Confirmed
UniProt:Q19969 protein_id:CC
D70435.1

General Information

No Data fetched for General Information

Associated Literature

  1. Ref:18676955: Malone CD, Falkowska KA, Li AY, Galanti SE, Kanuru RC, LaMont EG, Mazzarella KC, Micev AJ, Osman MM, Piotrowski NK, Suszko JW, Timm AC, Xu MM, Liu L, Chalker DL (2008) Nucleus-specific importin alpha proteins and nucleoporins regulate protein import and nuclear division in the binucleate Tetrahymena thermophila. Eukaryotic cell 7(9):1487-99

Sequences

>TTHERM_00492970(coding)
ATGAATTCTGATTAAAATTTGCTATAAAATGAGCAATTTAGTTAAGTCTTTCAATTTAAG
AAAGAAAAATTTAGAGTAGAGATAAGGAAGAAAAATTTAGCTTAGGAGCTCCATCAAAGA
AGAATGAAAATAGGAAGTATTGAATAAGTAAAAACTTAGAAAGCTGATAAAAAGTAATAT
TTTTCTGGATATGAAAATAAATATGAAGAGGAAATATAATTGGCATACTTGGATTTAGCT
GACTATTTGGAAAAATTAGACTTTGATGGAATTTATGATGTCTTAATTGCTTTTTATTAA
TTTATTTAAGATGATTAAGAAATGATAAGTCTCAAAGCTCCAAAAATTGTTTAGAGCGGA
GTTTTATAGATATTTTCATATTTGATAAGTGATTAATTTGATTAAATGCAAAATATTGTA
AATGTTATTATGGAAATATTTTGCAATCTAACAACAGGATCTGCCTCTTAAAATCTTACT
ATATATAATATCGCTTTAAAAGATAGACTACTAAAATTCTTAGACTTCAACCTTAATCCA
AATATAATTGATAGCGTTTTACATATTATATCACACTTCTGCTATGATGTCACTCCCATA
AAAGAGGATTTAATGAGATAAGGACTAATCTAAAAAGTAGTTGAATTATACAAAAAAAAG
AGACTAGGATTATATACTAAATAAAATAAAGAATTTTATAGCACTTATACTTGGTGTTTG
AGCTCTATAGCTTCAGATGAAAATCTTGAATTAAAAGAGGTTTTAGAATTAAACTTAGTA
GCAAATGAACTCTTTCTTGAAATAAAAGATCAGAGCTCTGCTAAAAATTTACTTTGGTAT
TACTACCGAATCACTCATAATGCAGGAGATAAACTATCAATTATATTAGCAAGCGATGAG
AAAGGATTAGTACTTCAAAAAATGATAGATTGTCTAAGTCTTTAAAAAGAATAGATTTTA
GTATCTCTTTTAGCATTCTAGCCTCTTTCTAATTTCTTGTAAGCAAACGATGAATAGCTA
ATTATATAGCTCCTAAATAAAAAATTATTAGATGGATTAAATTATTTAATCTAAACTTGC
TCAAAATAAACTAAAACTATAGAAACCATTTTTTGGTCTATTTCTAACATTGTTTTGTTA
AGCAATGAAGTACTAAAGTATATAATATCTCATCCTATATTTGAAAATATTATTAAAGCA
GCATAAATTTACTCTGATAAAATTTAAAGTGAGGCAATAACCTGTCTTTGCCATGTATAA
TAACTATGCTCTTACTAACAGATTAATTTATTTTATCACCTCAAAGTCTATGACATCTTA
ATAAATGAGCTACAAGAAAGTAAAGACGAAGATATTTTACTAAAAATAATAGATGGTTTA
TATTGTGCTGTTTAAAAAGCTGGTCAAGAGAGTGATTCAGAATAATTGAAATTTCTTTCC
AAGCTAGAATAGCTCAATTTATCTGTAAAACTTGATAATTTATAGAATTATCCTAGCTAA
ATTGTATTTGAAAAGGCTATTGATTTTATTGAAACCTTTTATCCAAAATCTAATCTTGAC
TAATAATGA


>TTHERM_00492970(protein)
MNSDQNLLQNEQFSQVFQFKKEKFRVEIRKKNLAQELHQRRMKIGSIEQVKTQKADKKQY
FSGYENKYEEEIQLAYLDLADYLEKLDFDGIYDVLIAFYQFIQDDQEMISLKAPKIVQSG
VLQIFSYLISDQFDQMQNIVNVIMEIFCNLTTGSASQNLTIYNIALKDRLLKFLDFNLNP
NIIDSVLHIISHFCYDVTPIKEDLMRQGLIQKVVELYKKKRLGLYTKQNKEFYSTYTWCL
SSIASDENLELKEVLELNLVANELFLEIKDQSSAKNLLWYYYRITHNAGDKLSIILASDE
KGLVLQKMIDCLSLQKEQILVSLLAFQPLSNFLQANDEQLIIQLLNKKLLDGLNYLIQTC
SKQTKTIETIFWSISNIVLLSNEVLKYIISHPIFENIIKAAQIYSDKIQSEAITCLCHVQ
QLCSYQQINLFYHLKVYDILINELQESKDEDILLKIIDGLYCAVQKAGQESDSEQLKFLS
KLEQLNLSVKLDNLQNYPSQIVFEKAIDFIETFYPKSNLDQQ


>TTHERM_00492970(gene)
ATGAATTCTGATTAAAATTTGCTATAAAATGAGCAATTTAGTTAAGTCTTTCAATTTAAG
AAAGAAAAATTTAGAGTAGAGATAAGGAAGAAAAATTTAGCTTAGGAGCTCCATCAAAGA
AGAATGAAAATAGGAAGTATTGAATAAGTAAAAACTTAGAAAGCTGATAAAAAGTAATAT
TTTTCTGGATATGAAAATGTAAAAATTGATCAAATCATATAAAATTTATTTTAATAATGA
TTCTAATAAATAGAAATATGAAGAGGAAATATAATTGGCATACTTGGATTTAGCTGACTA
TTTGGAAAAATTAGACTTTGATGGAATTTATGATGTCTTAATTGCTTTTTATTAATTTAT
TTAAGATGATTAAGAAATGATAAGTCTCAAAGCTCCAAAAATTGTTTAGAGCGGAGTTTT
ATAGATATTTTCATATTTGATAAGTGATTAATTTGATTAAATGCAAAATATTGTAAATGT
TATTATGGAAATATTTTGCAATCTAACAACAGGATCTGCCTCTTAAAATCTTACTATATA
TAATATCGCTTTAAAAGATAGACTACTAAAATTCTTAGACTTCAACCTTAATCCAAATAT
AATTGATAGCGTACTTTTTATAATTATTGTATTAGCTCAATTAAATAAATTAATTATTAA
TAACAAATATTAGGTTTTACATATTATATCACACTTCTGCTATGATGTCACTCCCATAAA
AGAGGATTTAATGAGATAAGGACTAATCTAAAAAGTAGTTGAATTATACAAAAAAAAGAG
ACTAGGATTATATACTAAATAAAATAAAGAATTTTATAGCACTTATACTTGGTGTTTGAG
CTCTATAGCTTCAGATGAAAATCTTGAATTAAAAGAGGTAAATGTTTTTTTTATCATAAA
TTTATGAAAAATTTTTTAAACAATAATTAGGTTTTAGAATTAAACTTAGTAGCAAATGAA
CTCTTTCTTGAAATAAAAGATCAGAGCTCTGCTAAAAATTTACTTTGGTATTACTACCGA
ATCACTCATAATGCAGGAGATAAACTATCAATTATATTAGCAAGCGATGAGAAAGGATTA
GTACTTCAAAAAATGATAGATTGTCTAAGTCTTTAAAAAGAATAGATTTTAGTATCTCTT
TTAGCATTCTAGCCTCTTTCTAATTTCTTGTAAGCAAACGATGAATAGCTAATTATATAG
CTCCTAAATAAAAAATTATTAGATGGATTAAATTATTTAATCTAAACTTGCTCAAAATAA
ACTAAAACTATAGAAACCATTTTTTGGTCTATTTCTAACATTGTTTTGTTAAGCAATGAA
GTACTAAAGTATATAATATCTCATCCTATATTTGAAAATATTATTAAAGCAGCATAAATT
TACTCTGATAAAGTAAGATAAATTACAAATTTATATACTTAATGATATTTATTTTAATAT
TTAGATTTAAAGTGAGGCAATAACCTGTCTTTGCCATGTATAATAACTATGCTCTTACTA
ACAGATTAATTTATTTTATCACCTCAAAGTCTATGACATCTTAATAAATGAGCTACAAGA
AAGTAAAGACGAAGATATTTTACTAAAAATAATAGATGGTTTATATTGTGCTGTTTAAAA
AGCTGGTCAAGAGAGTGATTCAGAATAATTGAAATTTCTTTCCAAGCTAGAATAGCTCAA
TTTATCTGTAAAACTTGATAATTTATAGAATTATCCTAGCTAAATTGTATTTGAAAAGGC
TATTGATTTTATTGAAACCTTTTATCCAAAATCTAATCTTGACTAATAATGA