Identifiers and Description
Gene Model Identifier
TTHERM_00112550Standard Name
TKT1 (TransKeTolase)Aliases
PreTt27069 | 8.m00329 | 3812.m02366Description
TKT1 pyridine-binding domain transketolase; Transketolase; catalyzes conversion of xylulose-5-phosphate and ribose-5-phosphate to sedoheptulose-7-phosphate and glyceraldehyde-3-phosphate in the pentose phosphate pathway; needed for synthesis of aromatic amino acidsGenome Browser (Macronucleus)
Genome Browser (Micronucleus)
External Links
Gene Ontology Annotations
Molecular Function
- catalytic activity (IEA) | GO:0003824
Biological Process
- metabolic process (IEA) | GO:0008152
Domains
No Data fetched for Domains
Gene Expression Profile
Vegetative Cell Cycle (Zhang et al., 2023)
GeneMania
Tetrahymena Stock Center
No Data fetched for Tetrahymena Stock Center
Homologs
Source Identifier Score Stentor Coeruleus SteCoe_5405 0 Description: None WormBase WBGene00008506 9.997093137033517e-262 Description: locus:tkt-1 status:Confirmed UniProt:O17759 protein_id:CAB02889.1 Tetrahymena borealis EI9_03959.1 9.997093137033517e-262 Description: transketolase, pyridine binding domain-containing protein (652 aa) WormBase WBGene00002299 9.997093137033517e-262 Description: locus:let-23 Receptor tyrosine-protein kinase let-23 status:Confirmed UniProt:P24348 protein_id:CAA93882.3 SGD YPR074C 9.000270655364168e-50 Description: TKL1 Transketolase, similar to Tkl2p; catalyzes conversion of xylulose-5-phosphate and ribose-5-phosphate to sedoheptulose-7-phosphate and glyceraldehyde-3-phosphate in the pentose phosphate pathway; needed for synthesis of aromatic amino acids DictyBase DDB_G0272618 3.9990760533890984e-36 Description: tkt-1 on chromosome: 2 position 2357975 to 2360086 Oxytricha Contig9079.0.0.g83 0.0004000184047659232 Description: Dehydrogenase E1 component
General Information
No Data fetched for General Information
Associated Literature
No Data fetched for Associated Literature
Sequences
>TTHERM_00112550(coding)
ATGAATACAAGAAGCGGCAAAAAATCTAGTGCCTCCAACTCCAAGCCCGAAACCACCACT
TCTACCACTAAGAATTCTACCAATAAGAAGGTTAAGGCCAACGAAGAACATGACATCGAA
GCTCTTCAAGACGTTGCTAACAGATTGAGAATTCTTTCCATGAAGATGACCAACGCCTCT
AATAGTGGTCACCCTACCAGTTGTGCATCTATGGCTGAATTCCTTTCAGTTATGTTCTTC
GACAAGTCTGGTATGAGAATCAAGAGTGATAACCCCAAGTCATTTGTTGCTGACAGATTA
GTTTTATCTAAGGGCCACACTGCCCCTATTTTGTATGCTGCATGGGGAATTGCAGGCTTA
TACACTGAAGAATAATTAATGACCCTCCGTAAATTCGACTCTGATTTAGAAGGTCACCCT
ACTCCTAGACTTCCCTTCGTCGATGTTGCTACTGGTTCTTTGGGTCAAGGTTTAGGTGTT
GCTTGCGGTATGGCTTATACTTCTAAATACCACGACAGCCTTAACAACCGTTTCTGGTGT
ATCCTCGGTGATGGTGAATGCGCTGAAGGTTCTGTTTGGGAAGCTGCTCACTTTGCTGGT
ATTTACAAGTTAGATAACTTGATTGCTGTCGTTGATGTCAACAGATTAGGTTAATCTGAA
GCTACCTCTTTGGGTCATAATACTAACGTTTATAAGAAGAGATTCGAAGCCTTTGGCTGG
AATGCTTTGGTTGTTGATGGACACGATATTGAAGCCCTCATTAAGGCTTTCAATGAATGC
AAGCACAAGGCTAACTAACCCAGTATCATTATTGCTAAGACCTTAAAAGGAAAGGGTCTT
CCTAATATTGAAGACTAAGAAAACTGGCACGGTAAGCCCGTCGGCAACAAGATTGACGAT
TTGATCAAGCACCTTGAAGAATAGCTTGTCGATAAGAACAGAAAGCTTACTACCATCCCC
CCTGAGAATGCTGAAGAAATTACTCTTCATTCAGATGCAATTAAATTACCCGAACTTAGC
TACAAGAAAGGACAACAAGTTGCTACCAGATTCGCTTATGGTGATGCCTTGAAGAGACTC
GGTGGTGTTGACACTTACAGAAGAATTTGCTCTTTGGATGGTGATACCAAGAACTCTACT
TATGCCCTTACTTTCAAGAACGCATTCCCTGACAGATTTGTTGAATGCTACATTGCTGAA
TAAAACTTAGTCTCTGTTTCTATTGGTTTATCTGCCAGAAACAAGATTCCTTTTGCCTCC
ACTTTTGGTGCTTTCTTCTCTAGAGCTTACGATCACATTAGAATGGCTGGTGTTTCTAAG
GTTAACATTAAATTAGTAGGTTCTCACTCTGGTGTTTCTATTGGTGAAGATGGTCCTTCA
TAAATGGCTTTGGAAGACTTTGCCATGTTCAGAGCTATTCCTGATGCTGTCGTCCTCTAT
CCTTCTGATGCTGTTTCTTGTGAAAGAGCTGTTGAATTAGCTACTAATCATCACGGTATC
GTATACATCCGTACTTCAAGACCTGCTACTGAAGTAGTTTATGATAACCATGAAGAATTC
CATCTCGGTTAGTCTAAGGTACATGGTAAGACTGATTCTGATAAGATTCTTATTATTGGT
GGTGGTATTACATTCGAATCTGCCATGAAGGCTCAAAAAACTTTGGCTGCTGAAGGAATC
CACGCTAGAGTTATGGATATCTTTTCTATTAAACCTATTGATAGAGATGGTATCATCAAC
AATGCTAAAGAATGCAATAATACTATCCTCACTGTTGAAGATCACTACATCGAAGGTGGT
ATCCATGAGGCTGTTTGCAATGCTGTTGCTTCTCTCGGTAGCATCAAGGTTCACGCTATT
GCCGTCGATAGCGTTCCTAGAAGTGGTACTCCTGAAGATCTCTTAAATCATTATAAACTT
ACTGCTCCTCACGTAGTTGAAAAGGTTAAGAGCATCCTTCAATGA>TTHERM_00112550(gene)
ATGAATACAAGAAGCGGCAAAAAATCTAGTGCCTCCAACTCCAAGCCCGAAACCACCACT
TCTACCACTAAGAATTCTACCAATAAGAAGGTTAAGGCCAACGAAGAACATGACATCGAA
GCTCTTCAAGACGTTGCTAACAGATTGAGAATTCTTTCCATGAAGATGACCAACGCCTCT
AATAGTGGTCACCCTACCAGTTGTGCATCTATGGCTGAATTCCTTTCAGTTATGTTCTTC
GACAAGTCTGGTAAGCTTAAAACCCAAAGCATTAACTTTACGGCTATATCTTCTTACAGT
TTATTAAAGAAAAATGTTATTAATTGACATTCAGAAACTCTTTTTAACCTAAATTTAAAC
TTAATAGCCATCTGATTTTTATTTTAAATTTTTTATATGAATTTATAAAAATGAAGATAA
ATGATGTATTTATACTTCGTAACTTCATTTAATAAATCATTTCTAAATGGAGAAATGTGT
TTAATCAATTTTTTGTTCATAATTTAGGTATGAGAATCAAGAGTGATAACCCCAAGTCAT
TTGTTGCTGACAGATTAGTTTTATCTAAGGGCCACACTGCCCCTATTTTGTATGCTGCAT
GGGGAATTGCAGGCTTATACACTGAAGAATAATTAATGACCCTCCGTAAATTCGACTCTG
ATTTAGAAGGTCACCCTACTCCTAGACTTCCCTTCGTCGATGTTGCTACTGGTTCTTTGG
GTCAAGGTTTAGGTGTTGCTTGCGGTATGGCTTATACTTCTAAATACCACGACAGCCTTA
ACAACCGTTTCTGGTGTATCCTCGGTGATGGTGAATGCGCTGAAGGTAATTTTATACTTT
TAATTCAGATTTTTAGAGGTTAAAAATAATATTTATGAAATCCATTTCATATCATATTCC
ATTGAATAAAATCTACTTATTATTTGCAGAGATAACTTGTTTTAATTTCAAGTGTCTAGA
CTTTGTTTCTACTGCATAGGAAGATATCTTCTTTAAAAGCATTTTCAAAGAGAAAAATCT
ATAATAAATTTATTATCTTTGTGTATAGACTGCGATTTGGTATGACAGATAACAAAAAAT
TTGAAATAGAGTGTAAAAAAGCACAAAAATACAAAAAAATGAAAAAATATCTTTCGCATT
TTACTAACTCTACTTTGTAAATTTATTAATAGAACAAATTAAGGATTTTTTATTATTTTT
AGATTTTATTTGAAAAAAATTGATAGTTATTTTGAGAGATATCTATTTATCTATCAATCT
ATCTATTTAGCTAATAAGCTAATATCTATTTGCTTGCTTTAAAATGATCAATTCAAGCTT
TTATACACTTGATAGAACTTTTGTCTATTTAATATATCAAAATTAATGATTTTCATTCAA
AGATATATTTGTTTAGTTTTAAAAAGAGCATAAAATTATGGAATCGAAGCAAACAAATAA
ATGTTAATTACGATTTACTCATTTTTTCTTAATTGGAATACTTTAAAAGAAATCAAAAGA
AGCACACACACAATCAGAAAATAAAAGTCTATTTTTTAATTTGCTTTAATAAGAAATGTA
AATAATACAAGCTTTACATAGAATTGAATGATAATTAGTTCAAGTTAAGCTTTTCTAGAA
ATTTTAATCAGTAAACACCGCAAATCAAAAACTTTTTTCAATTTTATTAAAATAACCTCA
AATTAAATCTTAAAAATTGCATTAATTTAACTAACATCTTTTAATTACTAATATAGGTTC
TGTTTGGGAAGCTGCTCACTTTGCTGGTATTTACAAGTTAGATAACTTGATTGCTGTCGT
TGATGTCAACAGATTAGGTTAATCTGAAGCTACCTCTTTGGGTCATAATACTAACGTTTA
TAAGAAGAGATTCGAAGCCTTTGGCTGGAATGCTTTGGTTGTTGATGGACACGATATTGA
AGCCCTCATTAAGGCTTTCAATGAATGCAAGCACAAGGCTAACTAACCCAGTATCATTAT
TGCTAAGACCTTAAAAGGAAAGGGTCTTCCTAATATTGAAGACTAAGAAAACTGGCACGG
TAAGCCCGTCGGCAACAAGATTGACGATTTGATCAAGCACCTTGAAGAATAGCTTGTCGA
TAAGAACAGAAAGCTTACTACCATCCCCCCTGAGAATGCTGAAGAAATTACTCTTCATTC
AGATGCAATTAAATTACCCGAACTTAGCTACAAGAAAGGACAACAAGTACAAAAATAATT
TTAATTACAATATTTTCAATAAAATTTATTTTTCTTGGCTAACATCTTATTTAATTTTAA
TAAAAGGTTGCTACCAGATTCGCTTATGGTGATGCCTTGAAGAGACTCGGTGGTGTTGAC
ACTTACAGAAGAATTTGCTCTTTGGATGGTGATACCAAGAACTCTACTTATGCCCTTACT
TTCAAGAACGCATTCCCTGACAGATTTGTTGAATGCTACATTGCTGAATAAAACTTAGTC
TCTGTTTCTATTGGTTTATCTGCCAGAAACAAGGTAAAAAATATAATACAAATAAAATTA
GCAAAATAAAAAAGATTATTCCTACCTAGATTTTTAATAGCTTAATATAATCAGTTTTTA
ATAGAGCATAAATAAAATAAAATAATATAATATAAAGAATAGATTTTATTATAAAAATAT
ATATTTAGTTGATTAGAGCAATTATTAATAAGTTAAAGAAAGCCCATATTTATTTATTAG
TTAAAGAAAATAAGCAAGCAAAAGCAAATTTATAAAGGAATTTAAAAACCAAATTGCATT
AATTAGCTTCTAAAATTATTTTTTTAAATTTAATGAATTTATTTATTTATTTGTATGATA
GATTCCTTTTGCCTCCACTTTTGGTGCTTTCTTCTCTAGAGCTTACGATCACATTAGAAT
GGCTGGTGTTTCTAAGGTTAACATTAAATTAGTAGGTTCTCACTCTGGTGTTTCTATTGG
TGAAGATGGTCCTTCATAAATGGCTTTGGAAGACTTTGCCATGTTCAGAGCTATTCCTGA
TGCTGTCGTCCTCTATCCTTCTGATGCTGTTTCTTGTGAAAGAGCTGTTGAATTAGCTAC
TAATCATCACGGTATCGTATACATCCGTACTTCAAGACCTGCTACTGAAGTAGTTTATGA
TAACCATGAAGAATTCCATCTCGGTTAGTCTAAGGTACATGGTAAGACTGATTCTGATAA
GATTCTTATTATTGGTGGTGGTATTACATTCGAATCTGCCATGAAGGCTCAAAAAACTTT
GGCTGCTGAAGGAATCCACGCTAGAGTTATGGATATCTTTTCTATTAAACCTATTGATAG
AGATGGTATCATCAACAATGCTAAAGAATGCAATAATACTATCCTCACTGTTGAAGATCA
CTACATCGAAGGTGGTATCCATGGTAATAATATATTTTTTTTTAGAAATTAATTTTTATT
TAATTGAATTTCTTTAATTAATAACAGAGGCTGTTTGCAATGCTGTTGCTTCTCTCGGTA
GCATCAAGGTTCACGCTATTGCCGTCGATAGCGTTCCTAGAAGTGGTACTCCTGAAGATC
TCTTAAATCATTATAAACTTACTGCTCCTCACGTAGTTGAAAAGGTTAAGAGCATCCTTC
AATGA>TTHERM_00112550(protein)
MNTRSGKKSSASNSKPETTTSTTKNSTNKKVKANEEHDIEALQDVANRLRILSMKMTNAS
NSGHPTSCASMAEFLSVMFFDKSGMRIKSDNPKSFVADRLVLSKGHTAPILYAAWGIAGL
YTEEQLMTLRKFDSDLEGHPTPRLPFVDVATGSLGQGLGVACGMAYTSKYHDSLNNRFWC
ILGDGECAEGSVWEAAHFAGIYKLDNLIAVVDVNRLGQSEATSLGHNTNVYKKRFEAFGW
NALVVDGHDIEALIKAFNECKHKANQPSIIIAKTLKGKGLPNIEDQENWHGKPVGNKIDD
LIKHLEEQLVDKNRKLTTIPPENAEEITLHSDAIKLPELSYKKGQQVATRFAYGDALKRL
GGVDTYRRICSLDGDTKNSTYALTFKNAFPDRFVECYIAEQNLVSVSIGLSARNKIPFAS
TFGAFFSRAYDHIRMAGVSKVNIKLVGSHSGVSIGEDGPSQMALEDFAMFRAIPDAVVLY
PSDAVSCERAVELATNHHGIVYIRTSRPATEVVYDNHEEFHLGQSKVHGKTDSDKILIIG
GGITFESAMKAQKTLAAEGIHARVMDIFSIKPIDRDGIINNAKECNNTILTVEDHYIEGG
IHEAVCNAVASLGSIKVHAIAVDSVPRSGTPEDLLNHYKLTAPHVVEKVKSILQ