KEGG   Theileria annulata: TA11540Help
Entry
TA11540           CDS       T00253                                 

Definition
pyruvate kinase (EC:2.7.1.40)
Orthology
K00873  
pyruvate kinase [EC:2.7.1.40]
Organism
tan  Theileria annulata
Pathway
Glycolysis / Gluconeogenesis
Purine metabolism
Pyruvate metabolism
Metabolic pathways
Biosynthesis of secondary metabolites
Carbon metabolism
Biosynthesis of amino acids
Module
Glycolysis (Embden-Meyerhof pathway), glucose => pyruvate
Glycolysis, core module involving three-carbon compounds
Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
Guanine ribonucleotide biosynthesis IMP => GDP,GTP
Class
Metabolism; Overview; Carbon metabolism [PATH:tan01200]
Metabolism; Overview; Biosynthesis of amino acids [PATH:tan01230]
Metabolism; Carbohydrate metabolism; Glycolysis / Gluconeogenesis [PATH:tan00010]
Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:tan00620]
Metabolism; Nucleotide metabolism; Purine metabolism [PATH:tan00230]
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif
Pfam: 
Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
GeneDB: 
UniProt: 
LinkDB All DBs
Position
2
AA seq 699 aa AA seqDB search
MILLFSTTLLLFKRDRFAIISHSILLSIIFYNIRFISGVTNYTSLGKYAYLPRSSMQPEK
KYSEENTNYKVRNIKRNIYEVKAPFDKEHAIEYFSSCLKASCKTFEPREIPEGEILTLTK
QVATLGPATNNAESIKSLFDAGVDVFRLNFSHDSRLSKYLVSKTIRQLEVTEPPQNYPFN
EKFVIEHKSILGDIQGPKLRIGKFMPNLDVPGVLPGSKGCEFVELKAGDLFTFDAYDVLG
SKSRVQLDFPEILKELKVGDKILLDDGNLSMTVVSTNPEEPSVTAEVKNDYKLSSRKGFS
VPNVVLPIEFLDEKDVKDAIFCLGIGVDFLGVSFVQNKSDILYLINILNDFYTSDYYQQL
KERLDNLDVEVFDANREDTIVEDILSRYYNQSYLPKKDIFKTVLPKENLSGVGIIPKIEK
QAALDDIHEILKVSDGLMVARGDLGIETDLANLPIVQKRLIQLCRVVYRKPCIVATQMLE
TMRSSPTPTRAEVSDVSNAVFDGADAVMLSAESATGHYPKASVNVQRRVLFTTEMDPYFP
TMQIIKEMLIDENLISSIKSQRPHLYKKMDNLLNIDIHHYNEYLKSKSHLKKCLDDVADI
FAYNDVDVIGIHCDDGLEFLQWISSQRYMIPIVVVTSNPTLSRHSQLTWGVKSHFLPRGA
DPLEFFKYVVKQYPIPIKDAVYLQSRDNKIESYQVLKLE
NT seq 2100 nt NT seq  +upstreamnt  +downstreamnt
atgattttacttttttcaaccaccctgttgttgtttaaaagggatcgtttcgctataata
agtcattctattttgttgtctatcatcttttataacattcgcttcatcagcggagtgacc
aattacacatcattaggtaaatatgcctaccttccacgatcatctatgcaaccggagaag
aaatacagtgaagagaataccaactataaagtcagaaatataaaaaggaatatatatgaa
gttaaggcgccattcgataaggagcacgcaatagaatacttttcaagctgcttaaaggca
tcatgtaagacttttgagcccagagaaatcccggaaggggaaatattgacattaactaag
caggtcgcaacactagggcctgcaacaaataatgcagaatcaataaaatcattattcgat
gcaggcgtggatgtattcagactcaatttttctcatgactcaaggttatctaaatatctg
gtttctaaaaccataaggcaactggaagtaactgaaccaccccaaaattatccatttaac
gagaagtttgttatagaacacaaatctatactaggagacatacaaggccctaaactaaga
attggaaaatttatgcctaatttggatgtgcctggagttttaccagggagtaaaggttgt
gaatttgttgaattgaaggcaggagatttgttcacgttcgatgcctacgatgttttggga
agcaaaagcagagtccagctggatttcccagaaattttgaaggaactaaaggtgggtgac
aagatcctactggatgacggaaatttgtccatgactgtagtttcaacaaatccggaagaa
ccttccgttacagctgaagttaaaaatgattataagctttctagcagaaagggcttttca
gtgccaaatgtagttttaccaatagagtttctggacgaaaaggacgttaaggatgcaata
ttctgtctggggattggagttgacttcctcggagtgagtttcgtccagaacaagtccgac
attctgtacttgataaacattttaaatgatttttatacatctgactattaccaacaactt
aaggaaagactagataaccttgacgtggaggttttcgacgcaaatcgtgaggacacaatt
gttgaggatattctaagtaggtactataaccagtcttaccttcccaaaaaggatattttc
aaaactgtgttaccgaaagaaaatctttcaggagtgggaataattccaaaaattgaaaaa
caggctgctcttgacgacattcatgaaattctcaaggtttcagacgggctcatggttgct
agaggtgatttgggcatagaaactgacctagccaatttaccaatagtacaaaagaggctg
attcagctttgtagagtagtatatcggaaaccatgcatagttgcgacccaaatgttggag
actatgagatcatcaccaactccgacgagggccgaagtctcagacgtatcaaatgcagtt
tttgatggagccgatgcagttatgttatcggcagaatctgcaactggtcattaccctaag
gcaagtgtgaacgtccagaggagggttttattcaccacagaaatggatccatacttccct
accatgcagattattaaagaaatgttaatagacgagaatctcatatcatcaataaagtct
caaaggcctcacttgtataaaaagatggacaacttactgaatattgatatacaccactat
aacgagtacttgaagtcaaagtcgcacttgaagaagtgtctcgacgatgtagccgacatt
ttcgcctacaacgacgtggatgtcattggtatccactgcgatgacgggcttgagtttcta
cagtggatatctagtcaaaggtatatgatccccattgttgtggtaaccagcaatcccact
ctttcgaggcactctcagctcacctggggagtaaagtcgcactttttgcccaggggtgct
gaccctctggagtttttcaagtatgttgtaaagcagtatcccattccaatcaaagatgcc
gtctatttacagagtagggacaacaaaatcgaatcctatcaagttttaaaactagaataa

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