Identifiers and Description

Gene Model Identifier

TTHERM_00242270

Standard Name

FZY8 (FiZzY 8)

Aliases

PreTt18964 | 20.m00428 | 3706.m00192

Description

Fizzy/CDC20/CDH1 family protein; homolog of S. cerevisiae CDH1, a cell cycle regulated activator of the anaphase-promoting complex /cyclosome (APC/C), which directs ubiquitination of various targets

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

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Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

  • ( PF00400 ) WD domain, G-beta repeat
  • ( PF08662 ) Eukaryotic translation initiation factor eIF2A

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.2%

TetraMine Data

TTHERM_00242270

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_07770.19.997093137033517e-262hypothetical protein (838 aa)
OxytrichaContig4092.0.g706.996594825025754e-146WD domain, G-beta repeat
WormBaseWBGene000015102.0006597401342834e-129locus:fzr-1 status:Partially
_confirmed UniProt:Q09649
protein_id:CAA87433.1
DictyBaseDDB_G02872593.999582750711782e-108cdh1 on chromosome: 5 position
54882 to 57146
SGDYGL003C1.9992138342796362e-97CDH1 Cell-cycle regulated acti
vator of the anaphase-promotin
g complex/cyclosome (APC/C), w
hich directs ubiquitination of
cyclins resulting in mitotic
exit; targets the APC/C to spe
cific substrates including Cdc
20p, Ase1p, Cin8p and Fin1p
Stentor CoeruleusSteCoe_231492.138865964899539e-62

General Information

No Data fetched for General Information

Associated Literature

  1. Ref:SUPR000048

Sequences 

>TTHERM_00242270(coding)
ATGAATTGCCTTAGGAATCTATAAAACAGCAATCCTGCTAATAGAAAAGAAAGTCTTGAC
TACAGTCCTATAAATGAAAAAAAATCTAACTCTTAAAATGTAGAGAGCTAAAAATACCTT
TCTCCCTAACAGCTAGGGTAAAGCTATTCTACTTAGCCCAGTTTTAGAAGTCCTATGAGC
GGTGAGAACAGCAGTTGCTGCTAAAACTAATAATAAATCAGTTTTGTATAGCAAGCACAT
CCGTCTCTTCCTTGTTTTGAAGAAGAATTTGAATATTCGCCTGCTGAGGGTATTTGTACT
CCCTAAAATGGAAATAATAAAGATAGCACTACTAAATAATTATGCGAATAAGCATCTTCC
TTTTCTTAGAAATCAGAATACTCCATACAGCTCTTCAACTAGTAAACATTATTTAACTTT
TTACAAAAAATGAGATTTTAATTCAGCATCTTAATGCTAAAATCCTCACATAATTCTAAA
GCTTATGAACGATATTTCTATTTAAAAAATGAATTAAAGTTATAATCTTTAATGATATTA
AAAAATTTTTCTCTTTTAAATCTTAATGATTCAATGAATAAATATGTGAGTTGTATGAGT
ATTTTATTTAATATGAAAATATTTAATATTAGGTTGAGTGAATAATTCAGTAATATAAGC
TTAGAAGATCAAACAATAGGAAGTCCCTTGTAAAACAACAGCTCATACTTTTAAGAAAAA
TCTCAGAATAGTGAATAGAATTTTTACAATATGAGTGACACATTTTTAAATAGTACACAG
AATAGCAAGACTCCTTATGGAATTAGAAATTAATATATAGAAAACCCAGATATTGAGTTC
TTTTTGAAGAAAGGAATTATGAGTGCTCGCTATACTAATTCTAATGCTTTTGTCAAAAGA
AACGACCAATAATCTACACCTAAAGATCAGGATGGAATGGAAGAGAGTTTTGATGAGATT
ATTACTAAGTTTGATGAAGCATTGGAAGTTTCAGATTTTACTCAGAAGGTAAAATAAGAT
GATTTGGTGATGCAAATTCCTTTGTAAACTCCTAAAAGTCAAAGAAAATTAAAGGAAGAT
GACTGGAAAGAAAATTTTAGTTCTCCTGAGAGATTGAGTCTTTAGACAAGCTTATTTAGT
AAAAATAAAACATAATTTGATAATTAACTTTGCACTCTATCAAATAATAATTAAGCCATT
CCTAGCATTTGGAAAAGCTCTAAGTAGAAATTCAATAAAAAAAAATCTGATCGTTTTATT
CCTAATCGTAAAACATCAAAGTTATCTATTGCACTCACATCTGCGCATGAAATTAAAGAT
GAAAATGAAAACAAGAATTTCTTTAAAGGCGAATTTTACGATAAGTAATCTTAAGTTTCT
ATTGAAGAACTCTATAAATCTCACATTTTGGGAATATCAAACAATAATTAAAAAACTCCC
TTCGGTATTTCGTCTTCTTAATTTTCACAATATTTTGCAAACCATGGAAGTGCCATGATT
CCACCAAGATATGTAAACAATTCTTCCTAAGAAGTAGAGCGCTCAAATAATACTCCCCAC
TTACCAATTTACTTAAACCAAGACGAAAATGAAGTGTCTCAAACAATTCAGAGCTTCTCT
AATTAAAATATTTTAAGATTTAAGGATTCTCCTTAGAAGAACAAATAAGATATTGGAAAG
TTCCTACCTGAATATTCTAACAAGTATAGCTTAATTGATAATTAAAACTCTTGCATATTT
GATTTTAAGAGAAAAGAAACTCGTAAAATAAACAAAATTCCTTTTAAAGTTTTGGATGCA
CCATCACTATAAGACGACTTTTATCTAAACCTAGTAGATTGGTCTAGCACTAACATTTTA
GCTGTTGCTTTAGGTTCTTGCGTTTATCTGTGGAAGGCAGACAACAACAAGGTTATTAAA
TTTTGTGATTTAGGTTCTACAACTGTCACTAGTGTTGCATGGCATCCAAAAGGCCATCAA
CTTTCTCTTGGCACATCTGCTGGATAGGTCTAAGTCTGGGATGCGAACAGCTTAAAAATG
TTAAGATCCTACAATGATCATATTGTTAGAGTTGGTTCTCTTTCATGGTCAACGTCTCTT
TTAGCATGTGGTTCAAGAGATAAAACAATATCTCTTAGAGACTAAAGAGATGATAATTCA
ATAGTAAGAACATTTAAAGAACATAAATAAGAAGTCTGTGGACTGAAATGGAGTTTCGAC
GAGCAATACCTAGCTTCTGGTGGAAATGATAATAAATTATTTGTTTGGAATAATCACTCT
ACTATTCCCATTTGTAAATTTACTTAGCACACAGCTGCAGTGAAGGCAATAGCATGGTCT
CCACACTAGCATGGTTTACTTGCTTCTGGTGGTGGTACTCAAGATAGATGCATAAGATTC
TGGAATACATAAACAAGCACAATGCTCGATTATATAGACACTTAATCATAAGTTTGTAAT
TTAATGTTTGGCAAAACAGAAAATGAAATTGTGAGCACCCATGGATATTCGCTTAACTAA
ATAGTTGTTTGGAAATATCCTTCCTTACAAAAAATTGCAGAGCTTACTGGACACACATCT
AGAGTACTTTTCTTGGCAATGAGTCCCGATGGCTAAACAATAGTGACAGGAGCTGGAGAT
GAAACTCTGAGATTTTGGAAGGTTTTCCCTTCAGTAAATGATGGTTACAAACCCCCAAGT
GTATTAGTAAATGATATTAGAGATCTAAGATGA


>TTHERM_00242270(protein)
MNCLRNLQNSNPANRKESLDYSPINEKKSNSQNVESQKYLSPQQLGQSYSTQPSFRSPMS
GENSSCCQNQQQISFVQQAHPSLPCFEEEFEYSPAEGICTPQNGNNKDSTTKQLCEQASS
FSQKSEYSIQLFNQQTLFNFLQKMRFQFSILMLKSSHNSKAYERYFYLKNELKLQSLMIL
KNFSLLNLNDSMNKYVSCMSILFNMKIFNIRLSEQFSNISLEDQTIGSPLQNNSSYFQEK
SQNSEQNFYNMSDTFLNSTQNSKTPYGIRNQYIENPDIEFFLKKGIMSARYTNSNAFVKR
NDQQSTPKDQDGMEESFDEIITKFDEALEVSDFTQKVKQDDLVMQIPLQTPKSQRKLKED
DWKENFSSPERLSLQTSLFSKNKTQFDNQLCTLSNNNQAIPSIWKSSKQKFNKKKSDRFI
PNRKTSKLSIALTSAHEIKDENENKNFFKGEFYDKQSQVSIEELYKSHILGISNNNQKTP
FGISSSQFSQYFANHGSAMIPPRYVNNSSQEVERSNNTPHLPIYLNQDENEVSQTIQSFS
NQNILRFKDSPQKNKQDIGKFLPEYSNKYSLIDNQNSCIFDFKRKETRKINKIPFKVLDA
PSLQDDFYLNLVDWSSTNILAVALGSCVYLWKADNNKVIKFCDLGSTTVTSVAWHPKGHQ
LSLGTSAGQVQVWDANSLKMLRSYNDHIVRVGSLSWSTSLLACGSRDKTISLRDQRDDNS
IVRTFKEHKQEVCGLKWSFDEQYLASGGNDNKLFVWNNHSTIPICKFTQHTAAVKAIAWS
PHQHGLLASGGGTQDRCIRFWNTQTSTMLDYIDTQSQVCNLMFGKTENEIVSTHGYSLNQ
IVVWKYPSLQKIAELTGHTSRVLFLAMSPDGQTIVTGAGDETLRFWKVFPSVNDGYKPPS
VLVNDIRDLR


>TTHERM_00242270(gene)
ATGAATTGCCTTAGGAATCTATAAAACAGCAATCCTGCTAATAGAAAAGAAAGTCTTGAC
TACAGTCCTATAAATGAAAAAAAATCTAACTCTTAAAATGTAGAGAGCTAAAAATACCTT
TCTCCCTAACAGCTAGGGTAAAGCTATTCTACTTAGCCCAGTTTTAGAAGTCCTATGAGC
GGTGAGAACAGCAGTTGCTGCTAAAACTAATAATAAATCAGTTTTGTATAGCAAGCACAT
CCGTCTCTTCCTTGTTTTGAAGAAGAATTTGAATATTCGCCTGCTGAGGGTATTTGTACT
CCCTAAAATGGAAATAATAAAGATAGCACTACTAAATAATTATGCGAATAAGCATCTTCC
TTTTCTTAGAAATCAGAATACTCCATACAGCTCTTCAACTAGTAAACATTATTTAACTTT
TTACAAAAAATGAGATTTTAATTCAGCATCTTAATGCTAAAATCCTCACATAATTCTAAA
GCTTATGAACGATATTTCTATTTAAAAAATGAATTAAAGTTATAATCTTTAATGATATTA
AAAAATTTTTCTCTTTTAAATCTTAATGATTCAATGAATAAATATGTGAGTTGTATGAGT
ATTTTATTTAATATGAAAATATTTAATATTAGGTTGAGTGAATAATTCAGTAATATAAGC
TTAGAAGATCAAACAATAGGAAGTCCCTTGTAAAACAACAGCTCATACTTTTAAGAAAAA
TCTCAGAATAGTGAATAGAATTTTTACAATATGAGTGACACATTTTTAAATAGTACACAG
AATAGCAAGACTCCTTATGGAATTAGAAATTAATATATAGAAAACCCAGATATTGAGTTC
TTTTTGAAGAAAGGAATTATGAGTGCTCGCTATACTAATTCTAATGCTTTTGTCAAAAGA
AACGACCAATAATCTACACCTAAAGATCAGGATGGAATGGAAGAGAGTTTTGATGAGATT
ATTACTAAGTTTGATGAAGCATTGGAAGTTTCAGATTTTACTCAGAAGGTAAAATAAGAT
GATTTGGTGATGCAAATTCCTTTGTAAACTCCTAAAAGTCAAAGAAAATTAAAGGAAGAT
GACTGGAAAGAAAATTTTAGTTCTCCTGAGAGATTGAGTCTTTAGACAAGCTTATTTAGT
AAAAATAAAACATAATTTGATAATTAACTTTGCACTCTATCAAATAATAATTAAGCCATT
CCTAGCATTTGGAAAAGCTCTAAGTAGAAATTCAATAAAAAAAAATCTGATCGTTTTATT
CCTAATCGTAAAACATCAAAGTTATCTATTGCACTCACATCTGCGCATGAAATTAAAGAT
GAAAATGAAAACAAGAATTTCTTTAAAGGCGAATTTTACGATAAGTAATCTTAAGTTTCT
ATTGAAGAACTCTATAAATCTCACATTTTGGGAATATCAAACAATAATTAAAAAACTCCC
TTCGGTATTTCGTCTTCTTAATTTTCACAATATTTTGCAAACCATGGAAGTGCCATGATT
CCACCAAGATATGTAAACAATTCTTCCTAAGAAGTAGAGCGCTCAAATAATACTCCCCAC
TTACCAATTTACTTAAACCAAGACGAAAATGAAGTGTCTCAAACAATTCAGAGCTTCTCT
AATTAAAATATTTTAAGATTTAAGGATTCTCCTTAGAAGAACAAATAAGATATTGGAAAG
TTCCTACCTGAATATTCTAACAAGTATAGCTTAATTGATAATTAAAACTCTTGCATATTT
GATTTTAAGAGAAAAGAAACTCGTAAAATAAACAAAATTCCTTTTAAAGTTTTGGATGCA
CCATCACTATAAGACGACTTTTATCTAAACCTAGTAGATTGGTCTAGCACTAACATTTTA
GCTGTTGCTTTAGGTTCTTGCGTTTATCTGTGGAAGGCAGACAACAACAAGGTTATTAAA
TTTTGTGATTTAGGTTCTACAACTGTCACTAGTGTTGCATGGCATCCAAAAGGCCATCAA
CTTTCTCTTGGCACATCTGCTGGATAGGTCTAAGTCTGGGATGCGAACAGCTTAAAAATG
TTAAGATCCTACAATGATCATATTGTTAGAGTTGGTTCTCTTTCATGGTCAACGTCTCTT
TTAGCATGTGGTTCAAGAGATAAAACAATATCTCTTAGAGACTAAAGAGATGATAATTCA
ATAGTAAGAACATTTAAAGAACATAAATAAGAAGTCTGTGGACTGAAATGGAGTTTCGAC
GAGCAATACCTAGCTTCTGGTGGAAATGATAATAAATTATTTGTTTGGAATAATCACTCT
ACTATTCCCATTTGTAAATTTACTTAGCACACAGCTGCAGTGAAGGCAATAGCATGGTCT
CCACACTAGCATGGTAATTATATATTTTTTTTTTTGAGTTTTAATTGATAAAAAACAATA
TAAATTTTAGGTTTACTTGCTTCTGGTGGTGGTACTCAAGATAGATGCATAAGATTCTGG
AATACATAAACAAGCACAATGCTCGATTATATAGACACTTAATCATAAGTTTGTAATTTA
ATGTTTGGCAAAACAGAAAATGAAATTGTGAGCACCCATGGATATTCGCTTAACTAAATA
GTTGTTTGGAAATATCCTTCCTTACAAAAAATTGCAGAGCTTACTGGACACACATCTAGA
GTACTTTTCTTGGCAATGAGTCCCGATGGCTAAACAATAGTGACAGGAGCTGGAGATGAA
ACTCTGAGATTTTGGAAGGTTTTCCCTTCAGTAAATGATGGTTACAAACCCCCAAGTGTA
TTAGTAAATGATATTAGAGATCTAAGATGA