Identifiers and Description

Gene Model Identifier

TTHERM_00035680

Standard Name

TTLL14P (Tubulin Tyrosine Ligase-Like )

Aliases

PreTt14402 | 2.m02313 | 3825.m02779

Description

TTLL14P tubulin-tyrosine ligase family protein; Similar to tubulin tyrosine ligase

Genome Browser (Macronucleus)

Full Screen View

No Genome Browser Data Present

Genome Browser (Micronucleus)

Full Screen View

No Genome Browser Data Present

External Links

• Uniprot
• Alphafold

Gene Ontology Annotations

Molecular Function

• tubulin-tyrosine ligase activity (IEA) | GO:0004835

Biological Process

• cellular protein modification process (IEA) | GO:0006464
• peptidyl-amino acid modification (ISS) | GO:0018193

Domains

No Data fetched for Domains

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

No results were calculated for this gene in GeneMania.

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

Source	Identifier	Score
Tetrahymena borealis	EI9_00951.1	9.997093137033517e-262
	Description: tubulin-tyrosine ligase (1346 aa)
Oxytricha	Contig19145.0.g89	9.998819815181669e-76
	Description: Tubulin-tyrosine ligase family
Stentor Coeruleus	SteCoe_23473	1.7587922024243116e-25
	Description: None
WormBase	WBGene00044187	2.000620012690291e-23
	Description: locus:ttll-9 status:Partially_confirmed UniProt:Q564U4 protein_id:CAI79169.1
DictyBase	DDB_G0281541	7.997402223525235e-19
	Description: DDB_G0281541 on chromosome: 3 position 4627625 to 4629265
SGD	YBR094W	0.0000000020002373268528243
	Description: PBY1 Putative tubulin tyrosine ligase associated with P-bodies

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_00035680(coding)
ATGCAATCCGCGAATATTAGTAATAGTATAGCAGAGATTAATAAAATCTCATAATCCAAT
TATCTACAAAAGGAATCAACTCCGCAAGGCTTGATGCAGTCACCTCTTTTAGGGAGCAAT
AAGAAAAGATATTATGAATATCAAAATGAATATAAAAGCGATTTCAAGCCTAGCTAAGTT
TAACATATAGTTTTGATTGCCAAAAAAATAGAGAAACAATCTAGAGAAAGCAAAGGAAGC
CCAGTGCGTTTGCTGGGAGATAATAATTATAGAATACAAACAGCACAATATGGCAACAAG
TACACAAGAAATTATAATTAGCAGTTCACTTCTAATCTAATAAAAGGATAGACATTCTAT
GATACAGGTTATTATTCTAATTAAACTAAATAAGATTTAGGAGCTAACAACAATACTCCT
TCTTCAATTTTTAGCTATTCAGGTTTCTAGCAATAATAATTCGAATCATAGTATCAGTCA
GCAAATAACATGGGCAGAACTTTATCTAGTGTAAAAAACTATCCGCTAACAGGTTTTCAA
ACAAATAAGCCAGACATTTTTAGCTAAATCCAAAACTTTTAATAAAATTAACCTAGCAAA
AATGCTACATAAAATTAAAATACTTCTCCTAAATAGAAAAGTATTTAAAATGAAAAGTCG
TAAGAGAATAATCAACTATTAAAAATACATTATTCTAGCACAAATTAGACTCATAAATCC
CCTCTTCAAGGTAGATAGTTTTTTGTTAGTGAATTGAATAGATAAGTATCTGATTAAAAT
AACAATTTTACATCTGCTTACAGCTAGTAAGCATTTACTTATTAGTAAGGAGGAGGAAGA
AGTAGCTCTTCATAAGTATAGCAGAGTTCAAACTATATGCAAAATATATAGTTTTCACCT
AATTAATAAAATTTCTAGTAAATTGCTCAGAATAAAGAAGAATCCTATTACAAGTATATT
GTTAACTATGGGAATAATTGCCTTATTGTTAAAAGAGTCATGGAAACAAGAGAGAACTGG
AGAGCAATTGAAACTCACAATACAGCCTATAACTTTAGGTGGTGTCCTATTAGTTAAGCA
GTAAAATTTGATAGAATTGGAATAGGGATGAAATAGCTAGTTAATCATTTAGAGTTTCAC
AAAGAATTAACATGCAAATACACTCTGATAAAAAACTTAAAGCCTTATTGTGAACAAAAT
AAGATAAATATGTTCACTTTAACACCTTTAACATTTTTGATTGACTTAGATGATGAAAAT
TGTGATTCTTCTCTGAAAAGATTTGCAAAGTTTTTTTATAAGCACATGCCGAAGAACAGC
TCAGTTCTCAAAAAACCAGAAAATCCTAAAAAGGCTGTAAATGAATTTGTTAAACGCTTA
AAACCTCTTATGCAATATCCGATGCAGGATAAAAAAGAAAAACCGAATCCCTTTTCAAAG
CCTAAGATGCATGAATCTTTTGCAAATGGAGAAAACTACTTCTGGTTTTTAAAACCAACT
GGCACAAATCGAGGAAGAGGAATTTACATATTCAATTAAATAGAATAATTAGAAAAATAC
ATATAAGAGTACTACGTAGGGATGGAAGAGAAACCTTTAACAAAAAAAAAAGAAATAGTA
CCTAATAAGCAGGAGTAAGAATAATTATAATAATAATAATAATAATAATAGCTCCAACAA
CAAATCATAGAAGCTTAAAATTGTTAGCAGAAAAAAGAAAACTCTTAAGAAAAAGAATCT
AATTAGATTTAAGATTAAGATTAACTTGACTTCAAAAGTAAATTTTAGTTCTAACAAAAA
GTGATTCAGTAGCTCTAAAACCACTAGTAATAATTGCAAATTACGTCTGTTTCTCCAAAC
TTAAGGTCAAATGAAAACTATTCTCCAGAAAAAAATTAGTAAGACTAAAATGCAGATTAA
TCTAAGAAGAGAAAAAATACATAAAGTAGTGCAAATAAAGATCCTGTGAGTATCATCAAG
TGCCATCAATTTGTAGTATAAAAGTATGTGGAACGTCCAATGTTAATAAACAATAGAAAA
TTTGATATCCGTGCTTGGGTCCTAGTAACACATACTATGGATGTATATTTTTTTAAAGAA
AGCGTAATAAGAACTTCTGGTTAAAAGTTTAACTTAGACAACAATCAAATTAATAATCAT
TTCATTCATCTCACAAATAATGCTGTTTAGAGATATGCTGACAATTATGGAGAATTTGAG
AATGGAAATTAAATGAGTCTGGCTAATTTCTTTAAATACTGCTAAGCTCATCACCCAAAT
GAGTGTGATACAAGCAAAATGCATTAAGATATGAAAAACATTGTCTACCACACTATGAAT
TGTGTTAAACGTAAAATTAATCCTGAAGACAGAAAATACACTTTTGAAATTTATGGCTAT
GATTTTTTAGTAGATGATAAATTTAATATTTGGCTTTTAGAAATTAATACAAATCCATGT
TTAGATGAATCTTCACCTCACCTACAGCAGGCTTTACCTCGTATGCTTGACGATGCGTTT
AAATTAACCCTGGATATAATATTTCCAAAAACAAAAATTCTTTAAAAGTAGTAGCCTTAA
ATAAACAAATCACCTTCTCAAATAGTAAGCCCTGCAAAAGCAATGATGAAAGCTAAGAGC
CCTAAAACATTACAAAATATAACAAATAGTATAAGAACTGAATAAAATGAAACAAAATTA
GTTTTATAAGAAGAATAAGTAATTGTAGAAAATGAGTAACTACCATAAAGTCTCAATATG
ATAGATGGAAAATCTATCGTCTTTGAGAATAAAAATGAAAATAGCGATTCAGCATCTCCC
AAATGCAGTAGTACAACTCAGTAAGATAGTTAAATATCTAACTCTTAGCCAGGACATCCA
AACAATAGCAACTATATATACGTTTCAAGCACAGTAAAATAATCACTTCCTCAAAGACTT
ACTAAAAAAGAAACAAATTGGCCAGTAGACGGTTTTCCAGATGAAGAAAACATGTGGGAA
TTTTTGTTAAATATTTATTGCCCTAAACCAAAATCAAATCATTCATAAAAAAAATCAACT
TTTTGA

>TTHERM_00035680(gene)
ATGCAATCCGCGAATATTAGTAATAGTATAGCAGAGATTAATAAAATCTCATAATCCAAT
TATCTACAAAAGGAATCAACTCCGCAAGGCTTGATGCAGTCACCTCTTTTAGGGAGCAAT
AAGAAAAGATATTATGAATATCAAAATGAATATAAAAGCGATTTCAAGCCTAGCTAAGTT
TAACATATAGTTTTGATTGCCAAAAAAATAGAGAAACAATCTAGAGAAAGCAAAGGAAGC
CCAGTGCGTTTGCTGGGAGATAATAATTATAGAATACAAACAGCACAATATGGCAACAAG
TACACAAGAAATTATAATTAGCAGTTCACTTCTAATCTAATAAAAGGATAGACATTCTAT
GATACAGGTTATTATTCTAATTAAACTAAATAAGATTTAGGAGCTAACAACAATACTCCT
TCTTCAATTTTTAGCTATTCAGGTTTCTAGCAATAATAATTCGAATCATAGTATCAGTCA
GCAAATAACATGGGCAGAACTTTATCTAGTGTAAAAAACTATCCGCTAACAGGTTTTCAA
ACAAATAAGCCAGACATTTTTAGCTAAATCCAAAACTTTTAATAAAATTAACCTAGCAAA
AATGCTACATAAAATTAAAATACTTCTCCTAAATAGAAAAGTATTTAAAATGAAAAGTCG
TAAGAGAATAATCAACTATTAAAAATACATTATTCTAGCACAAATTAGACTCATAAATCC
CCTCTTCAAGGTAGATAGTTTTTTGTTAGTGAATTGAATAGATAAGTATCTGATTAAAAT
AACAATTTTACATCTGCTTACAGCTAGTAAGCATTTACTTATTAGTAAGGAGGAGGAAGA
AGTAGCTCTTCATAAGTATAGCAGAGTTCAAACTATATGCAAAATATATAGTTTTCACCT
AATTAATAAAATTTCTAGTAAATTGCTCAGAATAAAGAAGAATCCTATTACAAGTATATT
GTTAACTATGGGAATAATTGCCTTATTGTTAAAAGAGTCATGGAAACAAGAGAGAACTGG
AGAGCAATTGAAACTCACAATACAGCCTATAACTTTAGGTGGTGTCCTATTAGTTAAGCA
GTAAAATTTGATAGAATTGGAATAGGGATGAAATAGCTAGTTAATCATTTAGAGTTTCAC
AAAGAATTAACATGCAAATACACTCTGATAAAAAACTTAAAGCCTTATTGTGAACAAAAT
AAGATAAATATGTTCACTTTAACACCTTTAACATTTTTGATTGACTTAGATGATGAAAAT
TGTGATTCTTCTCTGAAAAGATTTGCAAAGTTTTTTTATAAGCACATGCCGAAGAACAGC
TCAGTTCTCAAAAAACCAGAAAATCCTAAAAAGGCTGTAAATGAATTTGTTAAACGCTTA
AAACCTCTTATGCAATATCCGATGCAGGATAAAAAAGAAAAACCGAATCCCTTTTCAAAG
CCTAAGATGCATGAATCTTTTGCAAATGGAGAAAACTACTTCTGGTTTTTAAAACCAACT
GGCACAAATCGAGGAAGAGGAATTTACATATTCAATTAAATAGAATAATTAGAAAAATAC
ATATAAGAGTACTACGTAGGGATGGAAGAGAAACCTTTAACAAAAAAAAAAGAAATAGTA
CCTAATAAGCAGGAGTAAGAATAATTATAATAATAATAATAATAATAATAGCTCCAACAA
CAAATCATAGAAGCTTAAAATTGTTAGCAGAAAAAAGAAAACTCTTAAGAAAAAGAATCT
AATTAGATTTAAGATTAAGATTAACTTGACTTCAAAAGTAAATTTTAGTTCTAACAAAAA
GTGATTCAGTAGCTCTAAAACCACTAGTAATAATTGCAAGTAAATTTGTTTTTTATGGCA
AATAATACATTTTTAAATTAAAAATTAATTAATAGATTACGTCTGTTTCTCCAAACTTAA
GGTCAAATGAAAACTATTCTCCAGAAAAAAATTAGTAAGACTAAAATGCAGATTAATCTA
AGAAGAGAAAAAATACATAAAGTAGTGCAAATAAAGATCCTGTGAGTATCATCAAGTGCC
ATCAATTTGTAGTATAAAAGTATGTGGAACGTCCAATGTTAATAAACAATAGAAAATTTG
ATATCCGTGCTTGGGTCCTAGTAACACATACTATGGATGTATATTTTTTTAAAGAAAGCG
TAATAAGAACTTCTGGTTAAAAGTTTAACTTAGACAACAATCAAATTAATAATCATTTCA
TTCATCTCACAAATAATGCTGTTTAGAGATATGCTGACAATTATGGAGAATTTGAGAATG
GAAATTAAATGAGTCTGGCTAATTTCTTTAAATACTGCTAAGCTCATCACCCAAATGAGT
GTGATACAAGCAAAATGCATTAAGATATGAAAAACATTGTCTACCACACTATGAATTGTG
TTAAACGTAAAATTAATCCTGAAGACAGAAAATACACTTTTGAAATTTATGGCTATGATT
TTTTAGTAGATGATAAATTTAATATTTGGCTTTTAGAAATTAATACAAATCCATGTTTAG
ATGAATCTTCACCTCACCTACAGCAGGCTTTACCTCGTATGCTTGACGATGCGTTTAAAT
TAACCCTGGATATAATATTTCCAAAAACAAAAATTCTTTAAAAGTAGTAGCCTTAAATAA
ACAAATCACCTTCTCAAATAGTAAGCCCTGCAAAAGCAATGATGAAAGCTAAGAGCCCTA
AAACATTACAAAATATAACAAATAGTATAAGAACTGAATAAAATGAAACAAAATTAGTTT
TATAAGAAGAATAAGTAATTGTAGAAAATGAGTAACTACCATAAAGTCTCAATATGATAG
ATGGAAAATCTATCGTCTTTGAGAATAAAAATGAAAATAGCGATTCAGCATCTCCCAAAT
GCAGTAGTACAACTCAGTAAGATAGTTAAATATCTAACTCTTAGCCAGGACATCCAAACA
ATAGCAACTATATATACGTTTCAAGCACAGTAAAATAATCACTTCCTCAAAGACTTACTA
AAAAAGAAACAAATTGGCCAGTAGACGGTTTTCCAGATGAAGAAAACATGTGGGAATTTT
TGTTAAATATTTATTGCCCTAAACCAAAATCAAATCATTCATAAAAAAAATCAACTTTTT
GA

>TTHERM_00035680(protein)
MQSANISNSIAEINKISQSNYLQKESTPQGLMQSPLLGSNKKRYYEYQNEYKSDFKPSQV
QHIVLIAKKIEKQSRESKGSPVRLLGDNNYRIQTAQYGNKYTRNYNQQFTSNLIKGQTFY
DTGYYSNQTKQDLGANNNTPSSIFSYSGFQQQQFESQYQSANNMGRTLSSVKNYPLTGFQ
TNKPDIFSQIQNFQQNQPSKNATQNQNTSPKQKSIQNEKSQENNQLLKIHYSSTNQTHKS
PLQGRQFFVSELNRQVSDQNNNFTSAYSQQAFTYQQGGGRSSSSQVQQSSNYMQNIQFSP
NQQNFQQIAQNKEESYYKYIVNYGNNCLIVKRVMETRENWRAIETHNTAYNFRWCPISQA
VKFDRIGIGMKQLVNHLEFHKELTCKYTLIKNLKPYCEQNKINMFTLTPLTFLIDLDDEN
CDSSLKRFAKFFYKHMPKNSSVLKKPENPKKAVNEFVKRLKPLMQYPMQDKKEKPNPFSK
PKMHESFANGENYFWFLKPTGTNRGRGIYIFNQIEQLEKYIQEYYVGMEEKPLTKKKEIV
PNKQEQEQLQQQQQQQQLQQQIIEAQNCQQKKENSQEKESNQIQDQDQLDFKSKFQFQQK
VIQQLQNHQQQLQITSVSPNLRSNENYSPEKNQQDQNADQSKKRKNTQSSANKDPVSIIK
CHQFVVQKYVERPMLINNRKFDIRAWVLVTHTMDVYFFKESVIRTSGQKFNLDNNQINNH
FIHLTNNAVQRYADNYGEFENGNQMSLANFFKYCQAHHPNECDTSKMHQDMKNIVYHTMN
CVKRKINPEDRKYTFEIYGYDFLVDDKFNIWLLEINTNPCLDESSPHLQQALPRMLDDAF
KLTLDIIFPKTKILQKQQPQINKSPSQIVSPAKAMMKAKSPKTLQNITNSIRTEQNETKL
VLQEEQVIVENEQLPQSLNMIDGKSIVFENKNENSDSASPKCSSTTQQDSQISNSQPGHP
NNSNYIYVSSTVKQSLPQRLTKKETNWPVDGFPDEENMWEFLLNIYCPKPKSNHSQKKST
F