Identifiers and Description

Gene Model Identifier

TTHERM_00784660

Standard Name

TTLL14R (Tubulin Tyrosine Ligase-Like )

Aliases

PreTt25570 | 131.m00143 | 3813.m01647

Description

Similar to tubulin tyrosine ligase

Genome Browser (Macronucleus)

GBrowse

Genome Browser (Micronucleus)

GBrowse

Gene Ontology Annotations

Molecular Function

Biological Process

Domains

No Data fetched for Domains

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_00784660

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_11442.19.997093137033517e-262tubulin-tyrosine ligase (986 a
a)
OxytrichaContig8412.0.g154.000989088096131e-71Tubulin-tyrosine ligase family
Stentor CoeruleusSteCoe_234731.0806392777072785e-30
WormBaseWBGene000441876.998542127613979e-20locus:ttll-9 status:Partiall
y_confirmed UniProt:Q564U4
protein_id:CAI79169.1
DictyBaseDDB_G02815418.997498379799854e-17DDB_G0281541 on chromosome: 3
position 4627625 to 4629265
SGDYBR094W0.000000000000004001928599951003PBY1 Putative tubulin tyrosine
ligase associated with P-bodi
es

General Information

No Data fetched for General Information

Associated Literature

  1. Ref:15890843: Janke C, Rogowski K, Wloga D, Regnard C, Kajava AV, Strub JM, Temurak N, van Dijk J, Boucher D, van Dorsselaer A, Suryavanshi S, Gaertig J, Eddé B (2005) Tubulin polyglutamylase enzymes are members of the TTL domain protein family. Science (New York, N.Y.) 308(5729):1758-62

Sequences

>TTHERM_00784660(coding)
ATGAGGTCTAAGTCAACTCAAAAACTTAATAACAATTTTTATAAGTACATTAGAGGTAGT
TTTGGAAATAAAGATTACCACTAAATGTACGAAGAAGTCATTGATTATGATACTTTCAAT
ACAAAAAGCGATAAATCACTGAAAATAAATCCATATTTATAGTCAAGCATAAAGTAATTC
AAGACAATATAATCATCAGATTTAAATTCAAATCGTGCAAACAATCTAAAAAGAAAAGTA
AAAACTTAGAAGGTCAACTAAACGAAAGAAAATCAGCAAACAAGTCAAGTGTAAATTAGT
AGCTAGGAAATAAAACAGAAAAAGCTAATTCATAGTGCGGAAGATATAGATTTGTAAGTA
AAATAATTTGATGTTAATGCAAATGCAGAAGCAATTAAATTAGAGTAGCTAAAAAAAATA
GATGAAGCAAAAGCAATCCAAGAAGATTTAGAAAATAGGAATAAATAAAGATAAAGAGAC
ATGAAATTAGAAAAATTGCCATTAAATCTTTCAAATAACAATAAAAAATCACTTTAAAAT
GTCTCTAAACGTAATCCTTAACTTGCTGAAACATTAGATATTTACAGTTAATCCAGCGGC
ATATATCAAATTATGCAGAAGTCTTTATTAAATGGATAGTCATACAGTAATCTGAGATCT
AATTTTTCATAAAGCATAGACAAGAAACACACACTACCTGCTATTCCTTAAACTGACAAC
TCAGAAGAACCTTTATTAATTAAGCTTATAAAGCATTAATAAATGCTTGAAAAAGAGAGG
TCATCATAAATTAGATAGTAATATTTGTAGCGTAAATCTGAATTACAGTCTGTAAAAAAT
TAGCACACACAAAACCTTAAAACGAAAGAAAAAGAGTCACTGAAAATCTAAGAGCAACTA
CGCATAAAAATAGAATATTACAAAAGAGAGCTTGAAAAAGAGCGTTAGAATAAATAGACT
ATTCATTAATTAACTGATTAATTAAGGATTTTGTTAAAAGATTAGAATCTCATGAACAAA
TCACTCCTCCCTTATATATCTGTAAAAGATACTCTCGCCTTTTTCAGTTAGAATTAAATC
TTTTAATTCTATTATATTGGTAAAGGCAATAATTCTGAAATTGTCAGAAGAATCTTAGAA
ACTCGTGTGCTCTTGTAAGAAGTTGATGAAGTGTGTCCAGAAGTCAATTTCGAGTGGCAT
CCATTTAGCAGACCAATTTAGTTTTCTAAGCTTGGCACAAAGGGTGAAATTTAGTTGACT
AAGAAAGTAGTAAATCATTTCGAGTATCACCACGAAATAACTACAAAAAGTAATTTGGTT
AAAAATATGAAAAACTACTGCGCAGAAAATAAACTTGATGTATTCGAATACACACCAATA
ACTTTTGAAATAAATGTTGACAGCAACAGTTTTATGAATGAAATGAGAACATTCTTGTAG
TATTATATGAAAAATTTACCATCACACTTAAAGACCTAAAAAGATCAGATAGAAATTAAA
AAGAGGAATGGTAGAGTTTAATTTTAGCTACGTCCAAATGAAAACTAAAATTCTTTACAA
GACAGAAAGGAGTCTACCACAGCTGCTCCTAACTTCTAAATGAAAGAATCTTATATATCT
GAAGGAAAGTCTCCTTACGTTTGGCTTCTAAAACCTGTAAATTTGAACAGAGGAAGAGGT
ATAGAAGTATTTTCGAGTGTAGAAGAACTAGAGAAATTAGTAAATGAATACTACATTGGT
TTCCCTGAAAAAAATTTTAAGGAAGAGTAAGAAAAACTGCTTGAAGAGAAGACTTAGCTC
CTAAAGCTATAAAATGAAGCATAAATAAAAAGTAGCAGTAATCTTTTAGTTAACAAATAA
ACAGATTTAGCAATTTTCGCCAGTGAAAAGATTCCAAGTTTAGATCAATAAACTAACTCT
CCTTCAACTGATGACAAATCTGACGAAAGCGATGAAAACAAAGGAAAGTAGACAAATTAA
GTTAAATTTCAGATTGAGCCAAGCAATTAAGTAGACACTCCTAATATTTAAGCTACTAAA
AAAACGATTCAGTCTGCCAAAAAGATTCTTTAACCAACTATTTCAATTTAGTCTTAAGTA
AAATCAGGTTAGTTTGAGCCTTTGATTAATGGCTCTTAGATTAATATAGCTAAAAGCATT
AATTTACTTCCTAGAAAACCCTAAACAGCAAGCTTAGCTAATAGTTAAGTTATTGCATCT
GCTTCAATTACAAGAAAAGGTTTTCACTAATAAATTAAGCAACCCACAGTTAAACCTCAG
AAGGGCGGCAAATTTATTATCTCAGAAAACTAATTTGTTATTTAAAAGTATATAGAAAGG
CCTTTGCTTATAAACTAAAGAAAATTTGATATTCGTGTGTGGGTGCTAGTAACTCAAAAC
ATGGATGTACTTATTTTTAAATAAGGTTACTTACGTATGAGTAGCGAAGTATATGATATA
ACTGACTTACAAAATCCTTTTATTCATTTAACTAATAATGCTGTTTAGTAACATTCAAAG
AATTATGGTAAATTTGAAAACGGTAACTAAATGAGCTTTGAAGATTTCTAGATATTTTTG
GATAAGACTTTTCCATCCAAAAATATCTCACTTAAAGACAAAATAATACCAAAGATGGAA
GAAGAAATTAAATTAAGTTTATAAAGTGTAAGGAACAAGCTAAACATGAACTAAAGACCA
AATTGCTTTGAAATATTCGGATATGATTTCATCATAGACGAGCTCTTCAATGTGTGGATA
ATTGAAGTTAATACTAATCCCTGCATAGAAGAAAGCAGTCCAATTTTAAAGATATTACTA
CCCAGAATGTTAGATGATGCATTCAAATTAACAATAGACCAAATGCTTAAGATAGATCTT
TCTTAAAGAGCTATTAAGTATCCTGTGCCTGGATATCTTGATGAAGATAATATGTGGAAA
ATGTTATGCACTCTTTAGTCTCGTTTTTCAAACTCAATTTGA


>TTHERM_00784660(protein)
MRSKSTQKLNNNFYKYIRGSFGNKDYHQMYEEVIDYDTFNTKSDKSLKINPYLQSSIKQF
KTIQSSDLNSNRANNLKRKVKTQKVNQTKENQQTSQVQISSQEIKQKKLIHSAEDIDLQV
KQFDVNANAEAIKLEQLKKIDEAKAIQEDLENRNKQRQRDMKLEKLPLNLSNNNKKSLQN
VSKRNPQLAETLDIYSQSSGIYQIMQKSLLNGQSYSNLRSNFSQSIDKKHTLPAIPQTDN
SEEPLLIKLIKHQQMLEKERSSQIRQQYLQRKSELQSVKNQHTQNLKTKEKESLKIQEQL
RIKIEYYKRELEKERQNKQTIHQLTDQLRILLKDQNLMNKSLLPYISVKDTLAFFSQNQI
FQFYYIGKGNNSEIVRRILETRVLLQEVDEVCPEVNFEWHPFSRPIQFSKLGTKGEIQLT
KKVVNHFEYHHEITTKSNLVKNMKNYCAENKLDVFEYTPITFEINVDSNSFMNEMRTFLQ
YYMKNLPSHLKTQKDQIEIKKRNGRVQFQLRPNENQNSLQDRKESTTAAPNFQMKESYIS
EGKSPYVWLLKPVNLNRGRGIEVFSSVEELEKLVNEYYIGFPEKNFKEEQEKLLEEKTQL
LKLQNEAQIKSSSNLLVNKQTDLAIFASEKIPSLDQQTNSPSTDDKSDESDENKGKQTNQ
VKFQIEPSNQVDTPNIQATKKTIQSAKKILQPTISIQSQVKSGQFEPLINGSQINIAKSI
NLLPRKPQTASLANSQVIASASITRKGFHQQIKQPTVKPQKGGKFIISENQFVIQKYIER
PLLINQRKFDIRVWVLVTQNMDVLIFKQGYLRMSSEVYDITDLQNPFIHLTNNAVQQHSK
NYGKFENGNQMSFEDFQIFLDKTFPSKNISLKDKIIPKMEEEIKLSLQSVRNKLNMNQRP
NCFEIFGYDFIIDELFNVWIIEVNTNPCIEESSPILKILLPRMLDDAFKLTIDQMLKIDL
SQRAIKYPVPGYLDEDNMWKMLCTLQSRFSNSI


>TTHERM_00784660(gene)
TTTCATTAAGTTTTAGAATAAGAAATAATTGATCATCCTTCAAGATTTTCAGCAATTAAA
TATTGAAAAAAAAGCAAATTAATAATTATAAATTAGCTTTATTTTAATTAAAATTAAAAA
AATGAGGTCTAAGTCAACTCAAAAACTTAATAACAATTTTTATAAGTACATTAGAGGTAG
TTTTGGAAATAAAGATTACCACTAAATGTACGAAGAAGTCATTGATTATGATACTTTCAA
TACAAAAAGCGATAAATCACTGAAAATAAATCCATATTTATAGTCAAGCATAAAGTAATT
CAAGACAATATAATCATCAGATTTAAATTCAAATCGTGCAAACAATCTAAAAAGAAAAGT
AAAAACTTAGAAGGTCAACTAAACGAAAGAAAATCAGCAAACAAGTCAAGTGTAAATTAG
TAGCTAGGAAATAAAACAGAAAAAGCTAATTCATAGTGCGGAAGATATAGATTTGTAAGT
AAAATAATTTGATGTTAATGCAAATGCAGAAGCAATTAAATTAGAGTAGCTAAAAAAAAT
AGATGAAGCAAAAGCAATCCAAGAAGATTTAGAAAATAGGAATAAATAAAGATAAAGAGA
CATGAAATTAGAAAAATTGCCATTAAATCTTTCAAATAACAATAAAAAATCACTTTAAAA
TGTCTCTAAACGTAATCCTTAACTTGCTGAAACATTAGATATTTACAGTTAATCCAGCGG
CATATATCAAATTATGCAGAAGTCTTTATTAAATGGATAGTCATACAGTAATCTGAGATC
TAATTTTTCATAAAGCATAGACAAGAAACACACACTACCTGCTATTCCTTAAACTGACAA
CTCAGAAGAACCTTTATTAATTAAGCTTATAAAGCATTAATAAATGCTTGAAAAAGAGAG
GTCATCATAAATTAGATAGTAATATTTGTAGCGTAAATCTGAATTACAGTCTGTAAAAAA
TTAGCACACACAAAACCTTAAAACGAAAGAAAAAGAGTCACTGAAAATCTAAGAGCAACT
ACGCATAAAAATAGAATATTACAAAAGAGAGCTTGAAAAAGAGCGTTAGAATAAATAGAC
TATTCATTAATTAACTGATTAATTAAGGATTTTGTTAAAAGATTAGAATCTCATGAACAA
ATCACTCCTCCCTTATATATCTGTAAAAGATACTCTCGCCTTTTTCAGTTAGAATTAAAT
CTTTTAATTCTATTATATTGGTAAAGGCAATAATTCTGAAATTGTCAGAAGAATCTTAGA
AACTCGTGTGCTCTTGTAAGAAGTTGATGAAGTGTGTCCAGAAGTCAATTTCGAGTGGCA
TCCATTTAGCAGACCAATTTAGTAAACGAAATATTTTATTTTTAGCAAATTTAAACAAAT
AAAATATAATTTAATCATAAATTTTCAGATTTTATTGATTAAAATCGCATTTTTATTTCT
TTCCTAATAAATTCTTATAATTTATTTATTCTAATTAAAAACTAAAAATAAATAATAGTT
TTTTTTATTCTTGCTTTCAATTCGTTGACAAATATATTTATTTTTAATATTAATTCTTTA
AGGATTTCTAAATTAAGCTAATTGTTTATTTTATTTTAAAGGTTTTCTAAGCTTGGCACA
AAGGGTGAAATTTAGTTGACTAAGAAAGTAGTAAATCATTTCGAGTATCACCACGAAATA
ACTACAAAAAGTAATTTGGTTAAAAATATGAAAAACTACTGCGCAGAAAATAAACTTGAT
GTATTCGAATACACACCAATAACTTTTGAAATAAATGTTGACAGCAACAGTTTTATGAAT
GAAATGAGAACATTCTTGTAGTATTATATGAAAAATTTACCATCACACTTAAAGACCTAA
AAAGATCAGATAGAAATTAAAAAGAGGAATGGTAGAGTTTAATTTTAGCTACGTCCAAAT
GAAAACTAAAATTCTTTACAAGACAGAAAGGAGTCTACCACAGCTGCTCCTAACTTCTAA
ATGAAAGAATCTTATATATCTGAAGGAAAGTCTCCTTACGTTTGGCTTCTAAAACCTGTA
AATTTGAACAGAGGAAGAGGTATAGAAGTATTTTCGAGTGTAGAAGAACTAGAGAAATTA
GTAAATGAATACTACATTGGTTTCCCTGAAAAAAATTTTAAGGAAGAGTAAGAAAAACTG
CTTGAAGAGAAGACTTAGCTCCTAAAGCTATAAAATGAAGCATAAATAAAAAGTAGCAGT
AATCTTTTAGTTAACAAATAAACAGATTTAGCAATTTTCGCCAGTGAAAAGATTCCAAGT
TTAGATCAATAAACTAACTCTCCTTCAACTGATGACAAATCTGACGAAAGCGATGAAAAC
AAAGGAAAGTAGACAAATTAAGTTAAATTTCAGATTGAGCCAAGCAATTAAGTAGACACT
CCTAATATTTAAGCTACTAAAAAAACGATTCAGTCTGCCAAAAAGATTCTTTAACCAACT
ATTTCAATTTAGTCTTAAGTAAAATCAGGTTAGTTTGAGCCTTTGATTAATGGCTCTTAG
ATTAATATAGCTAAAAGCATTAATTTACTTCCTAGAAAACCCTAAACAGCAAGCTTAGCT
AATAGTTAAGTTATTGCATCTGCTTCAATTACAAGAAAAGGTTTTCACTAATAAATTAAG
CAACCCACAGTTAAACCTCAGAAGGGCGGCAAATTTATTATCTCAGAAAACTAATTTGTT
ATTTAAAAGTATATAGAAAGGCCTTTGCTTATAAACTAAAGAAAATTTGATATTCGTGTG
TGGGTGCTAGTAACTCAAAACATGGATGTACTTATTTTTAAATAAGGTTACTTACGTATG
AGTAGCGAAGTATATGATATAACTGACTTACAAAATCCTTTTATTCATTTAACTAATAAT
GCTGTTTAGTAACATTCAAAGAATTATGGTAAATTTGAAAACGGTAACTAAATGAGCTTT
GAAGATTTCTAGATATTTTTGGATAAGACTTTTCCATCCAAAAATATCTCACTTAAAGAC
AAAATAATACCAAAGATGGAAGAAGAAATTAAATTAAGTTTATAAAGTGTAAGGAACAAG
CTAAACATGAACTAAAGACCAAATTGCTTTGAAATATTCGGATATGATTTCATCATAGAC
GAGCTCTTCAATGTGTGGATAATTGAAGTTAATACTAATCCCTGCATAGAAGAAAGCAGT
CCAATTTTAAAGATATTACTACCCAGAATGTTAGATGATGCATTCAAATTAACAATAGAC
CAAATGCTTAAGATAGATCTTTCTTAAAGAGCTATTAAGTATCCTGTGCCTGGATATCTT
GATGAAGATAATATGTGGAAAATGTTATGCACTCTTTAGTCTCGTTTTTCAAACTCAATT
TGATGAAATAAATTTAAAATAAATTCTTTAGAAAAACAAATAATTTACTTATAAAAATGT
AGACTGATATCTCTTAATGTGGAAATATAAAATTATAATGAAAATATATATTAAGCAAGA
AAGTGAGTGAGTTTATATAAAACTCGAATACATACAAAATAAATGCAATATATTTTAAAT
AAAATCTTCAATAATAATTCCAAATGAGTTAAAATAATGAAAAAAAAATAGTATTAGGTT
TATGAATATTATTTTATTTAAATAAAACTTATATTAGTTTATTATATTATAAATTTGATT
GAATTTTATGTTACTATTTTTGATTTATTACTATTTATTATTCAACTTTATCAATTATTT
AAATTTCAAC