Identifiers and Description

Gene Model Identifier

TTHERM_01016110

Standard Name

PYK3 (PYruvate Kinase)

Aliases

PreTt02645 | 198.m00065 | 3746.m00329

Description

Pyruvate kinase, barrel domain containing protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• magnesium ion binding (IEA) | GO:0000287
• potassium ion binding (IEA) | GO:0030955
• pyruvate kinase activity (IEA) | GO:0004743

Biological Process

• glycolytic process (IEA) | GO:0006096

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_01016110

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_20170.1	9.997093137033517e-262	pyruvate kinase, barrel domain -containing protein (759 aa)
Oxytricha	Contig21940.0.g53	8.001993295941272e-61	Pyruvate kinase, barrel domain
DictyBase	DDB_G0283247	4.999083770298882e-50	pyk on chromosome: 4 position 344914 to 346711
WormBase	WBGene00014001	9.999888128184441e-42	locus:pyk-2 Pyruvate kinase status:Confirmed UniProt:D 3YT37 protein_id:CBK19521.1
SGD	YAL038W	2.00017271388466e-38	CDC19 Pyruvate kinase, functio ns as a homotetramer in glycol ysis to convert phosphoenolpyr uvate to pyruvate, the input f or aerobic (TCA cycle) or anae robic (glucose fermentation) r espiration
Stentor Coeruleus	SteCoe_2266	1.0530617357553812e-20

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_01016110(coding)
ATGAGCGAAGAATTTAAGATTGTTGGAGGTGAAGACAACAATGAAGAAATAAGCAATCAT
TTAAAAGTTTCACCTAAAAAAGTATCTAACAAGGTTATAAGGAAGCCATCCATGCACTAT
GTAAGATCTAGAGATGAGCTACTTGAAGAAGAAAATTAACATTTTGAAAGTTTAAGGAAA
AAGTATGTGAAAACTCGCAGAACTAAGATCGTAGGTACAATATCAAGTTTTTATAGTTCA
TACGAAAATTTAAAATCAATGGTAGAAGCTGGATTAAACTCGTTTATGGTTAATATGGCT
TATTGTACACCAGACTTGCTGGTTACTTTAAGGAAGCACAGAGATGCTCTTGAAAAAGAA
TTTGATATATAATTACCAATTACTTGTGTTCTTAAAGGAACCTTAGTAAGAATAGGTACA
TTGATGTAGCCTGAAATATTCTTAAGAAAGGGCTAGGAGTATAGGATAGTCTTAAATCAT
AAGGTTTTAGGTAATAGCCTTTATTGTGCAGTCGATGATAAGGAGATTATAAGAAGAGTA
AAAGTAGGTAATTAAATTCTAATAGATTATGGCTAAATTTCTATGACGATTAAAAGAATT
GAAAAATCCGATTAAAGTTTAAAGCTGCTTCGAGAGTAAAATGGCTATTAGCATGAAGAT
TTCCTAGAAACCTTCACTGAAAAGAAAAAAAGGTTTTATCCAAACCTGTATTTTGGAAGA
GAGAGCTCGAGTGATCAAGAAAATCCAAATAATGGTAGCATTTTCTCTGAAGATGATATA
CGTGCTTTTAACAGCTAAGATAATATAGATGATTCATTCAGCAGCTCTTAGATATCATAA
ACAAGTTAAAACAAAACAAATTTTAAGAACCTTTGCCATTCAACTTAGCATTTAGACTGT
TAAGGTAATAACAATAAATAGGGTTAGTTCATCAGTTTAGGTAGTAGAAAGAATATATAA
ATAACTGAAAATCAAATTATATCTGAAAGGTTTATGTAAAACGCGAATTCACCTAGCAAA
GATACTCCAAAATATTTAAATTCTATTTAGCAAAATCAAAATAATGGAAATAGCAATTAA
TTTTAGAATAAATTTGCTGAACAACTAAGATAAAAAAAGCAAGGTAAAAAGAAAATTTAT
GATGTTATAGTTTGTGAAGTAGATAGCGATTGCCTTATCAAATCTTACAAGCCAATTTTT
ATATATGAGAAGGATTATAATTAAAAGAAAGACTAACTCCGTAAGTATAGACATAAGAAC
TTAAATAATGATATGGGTTTAATAGATTCTATTGGCGAATAGCTTTCAGAAGACGACGAA
CGTGCTGAAGACTATGAAGGTGAAGAATGCATAACACCAAAAGATATTACTGACATAAAT
CACTGCATAAATAATGATATTGATTGTATTTGCGTTTCAAATGTCCGCTCAGCAAGAGAT
ATTAAGGCTGTAAGAAATTTAATTGGAGAGGATAGAGGAGTCAGGATTATGGCTAAAATT
CAAACACCTGAATCTGTAGAAAACTTTGAAGAGATTGTAAAAGCTTCAGACGGTGTGTAG
ATTGCTAGAGGATATTTAACTGTTCATATGCCTGTGGAAAAATTATTTGCAAAGTAGAAA
GAAATGATTCATAAATGTCATGAGCATTTGAAGCCTGTCCTTGTATCATGTAATATTTTA
GATTCTATGGTTTCTTCGCTTCTTCCTACTATGTGTGAAGTTGGTGAAATATCTAATTTA
GTTAATGATTATGTAGACAATATTGTCTTATCTTCTGAAACTTCTTGTGGAAATCACCCA
GTTCAAGCAATTAAAACTTTAAGTCGTATATGTGTTGAAGCTGAAGCTTTGCGTATTATG
AAAAGACTATAAAATCCTTCTCATTCTGATATAGTTTCTATTAAATCTCAATCTAATGCA
ATTCCATGTTGTATAATAAATTGCAGTTTAGAAGCTGCTTATTAAGTTCATGCCTCAGTC
ATTATGGTTTTTACTACCAGAGGATATACTGCATTGAAGCTCTCTAAACTAAGACCTCCT
TGTCCTATTATTGCTGTTACGTGCCATAAAAAAGTGGCAAGAAATCTCTCATCTGTATCT
GCTGTCAATAGTATATTATTTGGAAGCTTAATAGGTACTGAAGTTTTAATCAAAAGAGTA
ATAGATAAATTAAAATTAACTGGATTACTTAAAGTTGGAGACTTCGTTGTGATTACTAGT
GGTGATATAGAGAATTTAGCAAATTAAACAAACAATTTAAGAATATACACGGTCTAGTGA

>TTHERM_01016110(protein)
MSEEFKIVGGEDNNEEISNHLKVSPKKVSNKVIRKPSMHYVRSRDELLEEENQHFESLRK
KYVKTRRTKIVGTISSFYSSYENLKSMVEAGLNSFMVNMAYCTPDLLVTLRKHRDALEKE
FDIQLPITCVLKGTLVRIGTLMQPEIFLRKGQEYRIVLNHKVLGNSLYCAVDDKEIIRRV
KVGNQILIDYGQISMTIKRIEKSDQSLKLLREQNGYQHEDFLETFTEKKKRFYPNLYFGR
ESSSDQENPNNGSIFSEDDIRAFNSQDNIDDSFSSSQISQTSQNKTNFKNLCHSTQHLDC
QGNNNKQGQFISLGSRKNIQITENQIISERFMQNANSPSKDTPKYLNSIQQNQNNGNSNQ
FQNKFAEQLRQKKQGKKKIYDVIVCEVDSDCLIKSYKPIFIYEKDYNQKKDQLRKYRHKN
LNNDMGLIDSIGEQLSEDDERAEDYEGEECITPKDITDINHCINNDIDCICVSNVRSARD
IKAVRNLIGEDRGVRIMAKIQTPESVENFEEIVKASDGVQIARGYLTVHMPVEKLFAKQK
EMIHKCHEHLKPVLVSCNILDSMVSSLLPTMCEVGEISNLVNDYVDNIVLSSETSCGNHP
VQAIKTLSRICVEAEALRIMKRLQNPSHSDIVSIKSQSNAIPCCIINCSLEAAYQVHASV
IMVFTTRGYTALKLSKLRPPCPIIAVTCHKKVARNLSSVSAVNSILFGSLIGTEVLIKRV
IDKLKLTGLLKVGDFVVITSGDIENLANQTNNLRIYTVQ

>TTHERM_01016110(gene)
ATGAGCGAAGAATTTAAGATTGTTGGAGGTGAAGACAACAATGAAGAAATAAGCAATCAT
TTAAAAGTTTCACCTAAAAAAGTATCTAACAAGGTTATAAGGAAGCCATCCATGCACTAT
GTAAGATCTAGAGATGAGCTACTTGAAGAAGAAAATTAACATTTTGAAAGTTTAAGGAAA
AAGTATGTGAAAACTCGCAGAACTAAGATCGTAGGTACAATATCAAGTTTTTATAGTTCA
TACGAAAATTTAAAATCAATGGTAGAAGCTGGATTAAACTCGTTTATGGTTAATATGGCT
TATTGTACACCAGACTTGCTGGTTACTTTAAGGAAGCACAGAGATGCTCTTGAAAAAGAA
TTTGATATATAATTACCAATTACTTGTGTTCTTAAAGGAACCTTAGTAAGAATAGGTACA
TTGATGTAGCCTGAAATATTCTTAAGAAAGGGCTAGGAGTATAGGATAGTCTTAAATCAT
AAGGTTTTAGGTAATAGCCTTTATTGTGCAGTCGATGATAAGGAGATTATAAGAAGAGTA
AAAGTAGGTAATTAAATTCTAATAGATTATGGCTAAATTTCTATGACGATTAAAAGAATT
GAAAAATCCGATTAAAGTTTAAAGCTGCTTCGAGAGTAAAATGGCTATTAGCATGAAGAT
TTCCTAGAAACCTTCACTGAAAAGAAAAAAAGGTTTTATCCAAACCTGTATTTTGGAAGA
GAGAGCTCGAGTGATCAAGAAAATCCAAATAATGGTAGCATTTTCTCTGAAGATGATATA
CGTGCTTTTAACAGCTAAGATAATATAGATGATTCATTCAGCAGCTCTTAGATATCATAA
ACAAGTTAAAACAAAACAAATTTTAAGAACCTTTGCCATTCAACTTAGCATTTAGACTGT
TAAGGTAATAACAATAAATAGGGTTAGTTCATCAGTTTAGGTAGTAGAAAGAATATATAA
ATAACTGAAAATCAAATTATATCTGAAAGGTTTATGTAAAACGCGAATTCACCTAGCAAA
GATACTCCAAAATATTTAAATTCTATTTAGCAAAATCAAAATAATGGAAATAGCAATTAA
TTTTAGAATAAATTTGCTGAACAACTAAGATAAAAAAAGCAAGGTAAAAAGAAAATTTAT
GATGTTATAGTTTGTGAAGTAGATAGCGATTGCCTTATCAAATCTTACAAGCCAATTTTT
ATATATGAGAAGGATTATAATTAAAAGAAAGACTAACTCCGTAAGTATAGACATAAGAAC
TTAAATAATGATATGGGTTTAATAGATTCTATTGGCGAATAGCTTTCAGAAGACGACGAA
CGTGCTGAAGACTATGAAGGTGAAGGTAAATAAATAAACAAACAAAAAAGCAAATACTTT
TCATTAAAAATTTAAAAAGTTTTTTTTGGAAAATAAACAATTTGTTATTAAATTTAAATA
TTTTGAATTTGTTTTTCACCAAAATCTACAAAATAAATTTATCTAAAACTCAATAAAATA
ATAAAAATTAATTATTTTAATTTATAGAATGCATAACACCAAAAGATATTACTGACATAA
ATCACTGCATAAATAATGATATTGATTGTATTTGCGTTTCAAATGTCCGCTCAGCAAGAG
ATATTAAGGCTGTAAGAAATTTAATTGGAGAGGATAGAGGAGTCAGGATTATGGCTAAAA
TTCAAACACCTGAATGTAAAAATAATATTTTCTTCTACTTTAATTATTTATGTATTAATA
AGCAACTTAAACACAATAAATTATTACTCAAATGAAATTTTAATCTCTAAATTTTTATTT
AATATTTATGACGAACTTAAATTAAATCATAAATTTAATTAAGAAATAAATATCACTTTC
TTAAGTCATGCAAATTTCAAAAACTATTTAAAAAAAAATATAATCATATTATAAATAATC
TATAATTTTAACTCTAAAATATTTTTATTTTAATTAATTATTTATTTTATAATTTGCTTT
TTATAAAATTTAGCTGTAGAAAACTTTGAAGAGATTGTAAAAGCTTCAGACGGTGTGTAG
ATTGCTAGAGGATATTTAACTGTTCATATGCCTGTGGAAAAATTATTTGCAAAGTAGAAA
GAAATGATTCATAAATGTCATGAGCATTTGAAGCCTGTCCTTGTATCATGTAATATTTTA
GATTCTATGGTTTCTTCGCTTCTTCCTACTATGTGTGAAGTTGGTGAAATATCTAATTTA
GTTAATGATTATGTAGACAATATTGTCTTATCTTCTGAAACTTCTTGTGGAAATCACCCA
GTTCAAGCAATTAAAACTTTAAGTCGTATATGTGTTGAAGCTGAAGCTTTGCGTATTATG
AAAAGACTATAAAATCCTTCTCATTCTGATATAGTTTCTATTAAATCTCAATCTAATGCA
ATTCCATGTTGTATAATAAATTGCAGTTTAGAAGCTGCTTATTAAGTTCATGCCTCAGTC
ATTATGGTTTTTACTACCAGAGGATATACTGCATTGAAGCTCTCTAAACTAAGACCTCCT
TGTCCTATTATTGCTGTTACGTGCCATAAAAAAGTGGCAAGAAATCTCTCATCTGTATCT
GCTGTCAATAGTATATTATTTGGAAGCTTAATAGGTACTGAAGTTTTAATCAAAAGAGTA
ATAGATAAATTAAAATTAACTGGATTACTTAAAGTTGGAGACTTCGTTGTGATTACTAGT
GGTGATATAGAGAATTTAGCAAATTAAACAAACAATTTAAGAATATACACGGTCTAGTGA