KEGG   Theileria annulata: TA13950
Entry
TA13950           CDS       T00253                                 
Name
(RefSeq) pyrophosphate--fructose 6-phosphate 1-phosphotransferase alpha subunit, putative
  KO
K24182  6-phosphofructokinase [EC:2.7.1.11]
Organism
tan  Theileria annulata
Pathway
tan00010  Glycolysis / Gluconeogenesis
tan00030  Pentose phosphate pathway
tan00051  Fructose and mannose metabolism
tan01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:tan00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    TA13950
   00030 Pentose phosphate pathway
    TA13950
   00051 Fructose and mannose metabolism
    TA13950
Enzymes [BR:tan01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.11  6-phosphofructokinase
     TA13950
SSDB
Motif
Pfam: PFK polyprenyl_synt
Other DBs
NCBI-GeneID: 3861924
NCBI-ProteinID: XP_952138
UniProt: Q4UET3
Position
2:complement(824888..831264)
AA seq 1725 aa
MLYTLDDNYLSSGRENRLDDSDINESYPLEKSNDKNYTHIDKKLTFDTKTTKFKKALNAT
DPLKRVNSMYSSKSVYEELQMARRVKLPSVLQSIHHVLTEFDDSSEDLSMLPQVSKFLPY
ICNNKLVKIESQLLYTHTNSTHTNSSITNSTYTNSSHTHKGANSNTNNKSSNPNLTNFVQ
LNTNPRTDTRVDTRVNPIEPNPMDRTPVERTPIQPNPIDGTPVENNMENENIKNDSNYNL
ISLMDNNIRRKKSVIENSIISNTNMEMEMEIMDRRYNKIYSNQMKIGLILSGGPAPGGHN
VIAGVFDYLKYRNPESQLIGFIGGLDGLKYKRYQIINEEQMDQYRNLGGFNMLMSGRGMI
ANNNEFEMVLKTVTELELDGLIIVGGDGSNSNAANISNYLAQYYHNKYNTKNGNVVMKSE
KRCVVVGVPKTVDGDIRSNNIELTFGFDTAARTYSELIGNLCIDAASTQYNYHFVRIMGR
SASHLALECALQTHPNMLLVSEEVSQKNISLQQIVDDIVDLMQKRYEMGKTFGVILIPEG
LIEFIPDFKILVQELNTAVTVSSVTGSGTKDTKDTKDTKGTEGTEGTEGTEGSTNTVGSG
PDTVTEETEENLLKNFDVNKLKKSKEIWNFLPTNIQEQLLSDIESSGSILVAKIATESLL
SMLVESRIISRKLNHLLEIIIMTHYFGYEGRCAIPSEFDSSYCYSLGYTASVLVAQRKNG
YMAAIRNLKNNIEDWIPLGIPFSHLTTLMKLHKSQSNSSVTVTGTTETNSTKDSITKDST
NGTKDTNTSTKDNVTSSQTTTVGASTVTDTVTEELYKNYRCSIKKTLLDLNGELFKTFEK
VRDIWKYEDLYRSPGPIQLTTSQLLSNSTDLSLYLNTYQSNHINKLNNQVTVSSTNGVNG
SNIGVTGSNNGVNGMGVNGNNGSSSRSNNGGVNVVSRLDNVVNGTNTNSTVSISNTSNTG
MNMTNVSMSNVSNVSMNNVSNVSVGSVGVGSVGMGSSRMNGYDDDMSSYSHESSNDECID
MDDINERRCFTLLIPTLKELVGNYPFNGDYVGLRRKDKSFMSELELKRLEVIPDIPIVCS
DVKSKLVPFKQHVEFDQYIKNQIMLYYPYQHKLNHFNQYELVLNTIPTGMGKKLGTLVSS
EQMKSDSLRVGVVPVGKQAPGVLNVFWGIFTRVSKMGGKCIAFHGIKGLLQSSYIELKGE
DFECFKNQGGLELVLRSKRSFLWKKDKLEAVYKTCTALDLDGLVFLGDEMSMTQASFVTE
YFMSKNSKTCIIGVPVAGGNSLGGDLIEACVGFDTNTRIYASLVGNVLTDAISMPKYWHF
VKILGRFPSVDVLECALQTHPNVVIIAEEYRNSDKSLFDIVDEIANAIVKRSKLGKNFGT
VLIPDHLVLHLPNTKNMLQEIGNALNKANQLNKRKNAIQQLMSYSVYSTNTTNTNGTKDN
GKDTNGKDKDMDNIVDVEDNMGEYVKMITPWSLALFSSFPEYIRREILNMDFTDLGLENL
EIEVMLAKMVKEELLIRKKRGEYNGNYAAVTHYFGYQGRCAIPSEFDCSLAYSYGHLAAI
CVESKLSGFCCSIRAVCGAVKDWKLFATPFTCMMKIAPDSFKMLINPKSEMPIIPPNNVS
LNGKPFMKLKSARRKWLVEDLFNNPGPIQFNSFVGTQNIMLIIEHSQYYHMITSVERFTE
IIKNICKFGVSEEYLHHAFIQLWGLIKITQDKNQLISLSQDFKLL
NT seq 5178 nt   +upstreamnt  +downstreamnt
atgttatatacattggatgataattatttatcatctggtcgtgaaaatcgtttagatgat
tctgatataaatgaaagttatccattagaaaaatctaatgataaaaattatactcatatc
gataaaaaacttactttcgatactaaaactactaaattcaaaaaagcactcaatgctact
gatccattgaaaagagtgaatagtatgtattcatcaaaaagtgtttatgaagaattacag
atggcaagacgtgtgaaattaccaagtgtattacagagtatccatcatgttttaactgaa
tttgatgattccagtgaagatttatcaatgctaccacaagtttccaaattcctaccatac
atttgtaataataaacttgtcaaaattgaatcacaattactttatacacataccaattct
acacataccaattcatccattactaattctacatataccaattcatctcatactcataag
ggagctaatagtaatactaataataaatcatcaaatccaaatcttaccaattttgtacaa
ttaaatactaatccaagaactgatactagagtagatactagggttaatcctatagaacct
aatcccatggatcgtacacctgtagaacgtactcctatacaaccgaatcccatagatggt
actcctgtagaaaataatatggaaaatgagaatataaagaatgatagtaattataattta
atatcattaatggataataatataagacgtaagaagagtgtaatagaaaattcaataata
tccaatactaatatggagatggaaatggaaataatggatagaagatataataaaatatat
agtaatcagatgaagattggattaatattaagtggtggtccagcaccaggaggacataat
gtgatagctggtgtatttgattatttgaaatataggaatccagaaagtcaattaattgga
ttcattggaggattagatggtcttaaatataaaagatatcaaattataaatgaagaacaa
atggatcaatatagaaatctaggtggatttaatatgttaatgagtggccgaggtatgatt
gctaataataatgaattcgaaatggtactcaaaactgtaactgaactcgaacttgatgga
ctcattatcgttggtggtgatggatccaattctaatgcagccaatatctccaattatcta
gcacaatattatcataataaatacaatacaaaaaatggaaatgtggttatgaaatcagag
aagagatgtgtagtagtaggtgtaccaaaaacagtagatggtgatataagatcaaataat
atagaattgacatttggttttgatacggcagctagaacatattcagaattaattggaaat
ttatgtatagacgcagcttcaacacagtataattatcattttgtacgaatcatgggaaga
agtgcttcacatttagcattagagtgtgcacttcaaactcatccgaatatgttattagta
agtgaggaagttagccagaaaaatatctcactacaacaaattgttgatgatattgttgat
ttaatgcaaaaacgatatgaaatggggaaaactttcggtgtcatattaatacctgaagga
ttaattgaattcatacctgatttcaaaattcttgtacaagaacttaatactgccgttacg
gtgtcttccgttacggggtcaggtactaaggatactaaggatactaaggatactaaggga
actgagggaactgagggaactgagggaactgagggaagtactaatactgttggtagtgga
ccagacaccgtaacggaagaaactgaagaaaatttattgaagaattttgatgtgaataaa
ttaaaaaagagtaaagagatatggaattttttaccaacaaatatacaagagcaattatta
agtgatatagaatcatcaggttcaatattagtggcaaaaatagcaacagaaagtttatta
agtatgttagtagaatccagaatcataagtagaaaattaaatcatttacttgaaattatt
atcatgacacattatttcggttatgaaggaagatgtgcaataccgtctgaattcgattct
tcatattgttattcacttggttatacagcttctgtattagtagcacaacgtaaaaatggt
tatatggctgctatacgtaatcttaaaaataatattgaagattggataccattaggtata
ccattttcacatttaactacattaatgaaattacataaatcacaaagtaattcctccgta
acggtgactggtaccacggaaactaacagtactaaggatagtattactaaggatagtact
aatggtactaaagatactaatactagtactaaggataatgttactagtagtcagactact
actgttggagcaagcaccgtaacggacaccgtaacagaagaattatataaaaattataga
tgtagtataaaaaaaacattattagatttaaatggtgagttatttaaaacatttgaaaaa
gtaagagatatctggaaatatgaagatttatatagaagccctggaccaatacaattaact
acaagtcaattattatccaattcaactgatttatcattatatctcaatacatatcaatct
aatcatattaataaattaaataatcaagttacagtatcaagtactaatggagttaatggt
agtaatataggagttacaggatctaacaatggagttaatggtatgggagttaatggtaat
aatggaagtagtagtaggagtaataatggaggagtaaatgtagttagtagattagataat
gtagtaaatggtactaatactaatagtaccgttagtattagtaatactagtaatactggt
atgaatatgactaatgtaagtatgagtaatgtaagtaatgtgagtatgaataatgtgagt
aatgtaagtgttggtagtgtaggagtgggtagtgtaggtatgggtagttcacgtatgaat
ggatatgatgatgatatgagtagttatagtcatgaatcatcgaatgatgaatgtattgat
atggatgatatcaatgaaagaagatgttttacattattaataccaactttaaaagaatta
gttggtaattatccattcaatggagattatgttggattaagaagaaaagataaaagtttt
atgagtgaattggaattaaaaagattagaagtgataccagatataccaatagtatgctca
gatgtcaaatccaaacttgtaccattcaaacaacacgttgagttcgatcaatacatcaaa
aatcaaatcatgctctattatccatatcaacataaactaaatcatttcaatcaatatgaa
cttgtactcaatactataccaacaggtatggggaaaaaattgggtacattagtatcatca
gaacaaatgaaatcagattcattgagagtaggagtagtgccagtaggaaaacaagcacca
ggagtgttaaacgtattttggggaatattcacaagagtaagtaaaatgggaggaaagtgt
atagcatttcatggaattaaaggattattacagagttcatatattgagttgaagggagag
gatttcgaatgtttcaagaatcaaggaggattagaattagtgttgagaagtaaacgttcg
tttttatggaagaaagataaattggaagcagtgtataagacatgtacagcattagatttg
gatgggttggtgttcttgggagatgaaatgagtatgacacaggcatcgtttgtgacggag
tatttcatgtcaaaaaattctaaaacatgtataataggagtgccagtagcaggaggaaac
tcgttaggaggagatcttatagaagcatgtgtaggatttgatacgaacacaagaatctat
gcatcgttggtgggaaatgtattaacagacgcgatatcaatgccgaaatattggcatttc
gtgaaaattctaggtagattcccatcagtagacgtattagagtgtgcacttcaaacacat
ccaaatgtagtaataatagcggaagaataccgtaactcagataaaagtttgtttgacatt
gtggatgaaatagcaaacgcaatagtaaagagaagtaaattaggaaaaaactttggaacg
gttttgattccagatcatttagtgttacacttaccaaatacgaaaaatatgttacaagag
attggtaatgccctaaataaggcgaaccaactcaataaacgtaaaaatgctatacaacaa
ctcatgtcatatagtgtttattccactaatactactaacactaatggtactaaggataac
ggtaaagatactaatggtaaagataaggatatggataatattgttgatgtggaagataat
atgggagaatatgtaaagatgataacaccatggagtttggcattatttagtagtttcccg
gaatatataagaagggaaatcttgaatatggactttacagatttgggacttgaaaacttg
gaaattgaagtcatgttagccaaaatggtcaaggaagaattgttgattaggaagaaaaga
ggtgagtataatggaaactacgcggctgtgacacattatttcggttaccaaggaagatgt
gcaataccgtctgaatttgactgctcgttagcatacagttatggtcatttggcggcaatt
tgtgtagaaagtaagttgagtgggttctgttgttcaatcagagcagtttgcggtgcagtc
aaggattggaagttatttgcaacaccattcacatgcatgatgaagatagcaccagactcg
ttcaaaatgctaattaacccgaaatctgaaatgccaatcataccaccaaataatgtcagt
ctcaatgggaagccatttatgaaattgaaatcagcaaggaggaaatggttagtggaagat
ttgttcaataatccagggccgatccaattcaactcatttgtcggaacacaaaacatcatg
ttaattattgaacattcacaatactaccacatgatcacctcagtggagcgattcacagaa
atcatcaagaacatttgcaagtttggagtttccgaagagtatctacaccacgcattcata
cagctttggggattaatcaagatcacacaagacaaaaatcaattaatctcactctcacaa
gatttcaaacttctctaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (91)   

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