KEGG   Cryptosporidium parvum: cgd2_2130
Entry
cgd2_2130         CDS       T00168                                 
Name
(RefSeq) pyrophosphate-dependent phosphofructokinase
  KO
K24182  6-phosphofructokinase [EC:2.7.1.11]
Organism
cpv  Cryptosporidium parvum
Pathway
cpv00010  Glycolysis / Gluconeogenesis
cpv00030  Pentose phosphate pathway
cpv00051  Fructose and mannose metabolism
cpv01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cpv00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    cgd2_2130
   00030 Pentose phosphate pathway
    cgd2_2130
   00051 Fructose and mannose metabolism
    cgd2_2130
Enzymes [BR:cpv01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.11  6-phosphofructokinase
     cgd2_2130
SSDB
Motif
Pfam: PFK Serglycin
Other DBs
NCBI-GeneID: 3373525
NCBI-ProteinID: XP_626418
ApiDB_CryptoDB: cgd2_2130
UniProt: Q5CTQ1
Position
2:complement(427031..431311)
AA seq 1426 aa
MFLNGEMNRSQRNAIRRLRSLAVILEDTHIDKERSIPLISKAITSQKHIRRRDSIERNIA
TRLDSFKLSMGGKPHLHSADLFENFSPVQLERQKWVPTLPYSLSSNCIKIKEIEIPDLIQ
KDENKLKELLPNTFGRPCIEITRDESKNSENSDHALRVGIVLSGGPAPGGHNVICGVYDF
IKNHHPDSQLFGFLGGLDGLFKSTYKVISDELMDRFRNQGGFDMLWSGRGRINGEQDLER
VEKVCEQLQLHGLIVIGGDGSNSNAALIADYMAKKNKNFCIVGVPKTIDGDLKNPAIEVS
FGFDTAARTYAECVGNLCSDICTSQNVYHFVRVMGRSASHLALEVALQTRPNIVFIAEEV
EQEGITLFEIVKNIVDLMEERSKMGKMYGIILIPEGLIEFIPEMKILIQELNEILDKLKY
EGSECDQEASPDDFDKKICSCLSESSAKIWEYLPENIREQLLLDREATGQIQVAKIATER
LLILLVEAELHRRHGTSFYYDFEHGQTKETISDQVEISNKSNGSILMPFGFTMMHHYLGY
EGRCAMPSNFDSNYCYALGHCAGALVYKGMNGYLAVIRGLEGNPLSWQACGISITRIMEV
KKSRQDGQCYAAVTRQLVDLNGPLFKLLKQVRDIWKFQDLYRAPGPLQFEGPCSETIPYI
VRTPELQDLLCGEDASVTDTDINIVQPNNGGGKRGVFNRIQGTLSSLQLYRTTYRPPLPL
LLTHLKARCKPTTQYNLSDPLIKRQITTCYPHLCNSNHFYCQEAQLDISSEEPNVGLRIG
VLLMSRQAPGIANVVWGLYHRLKMVRGRCLGFYGVKGFLQGKHITLTEKDVDLLPNQGGS
ELIGRTYTECLVSKENLEKARKVCESLHLDGLVLCGSAFGMTQGAILAEYFLQNNCNTKV
VGVPATASNNLANDLVEACVGFDSSTKLYASLIGNVLTDAASMPKYWHFIRLMGRQPSNE
VLECALQTHPNVVIIAEEYGAADKTLVHIVEDVADVICKRAEFGKNFGTVLIPDALLSHL
PDMKILISEINELRRFAEEHSEMKLFMSEMMSLGHSDHPTLSDHTNSQEKSSRVDVADNK
SSAANQEHSPTDSFDGSKYSSKMTPWSLALFKSLPRFIRREILSLDVDSAFSAIETEALL
VLMIKKELKKRKQDNKYNGNFQPFTHFFGYQGRSAMPSQFDAKLGYALGHFASIVVESGL
TGHLCSIRGLCGDVSDWRMTAIPFNCLMKIVPSNDETHPELPSNIPTIPSSEVDLKGKAY
RWLKIVQEHWAMQDRFCNPGPIQFDGAAANFYFRTLHEQQSEYYEMLKHVQNYAELVRET
CTFGVNESFLKTAFVTLNGLLNLRYRDGSLLSSLPDIGPIILQMKSNSGMLNNPTGQGET
IEPIASELSNKAASNLHTSKYISQNNLHMAQSICPGVEEGPWNKTK
NT seq 4281 nt   +upstreamnt  +downstreamnt
atgtttttgaatggagaaatgaacagaagccaaagaaatgctattcgccggcttagaagt
ttggctgtaatacttgaagacactcatatcgataaagaacgtagtattccattaatttct
aaagcgataacgtctcaaaagcatattcgtagaagagattcaatagaacgtaatattgca
actaggttagactcatttaaattgtcaatgggtggaaaacctcatttgcactcagcagat
ctctttgaaaactttagtcccgtgcaattagaaagacaaaaatgggtgccaacattgcca
tattccttatcttcaaactgcataaaaataaaagagattgaaattcctgacttgatccaa
aaagatgagaataaactcaaagaattgttaccgaacacatttgggagaccatgcattgaa
ataactcgagatgaatcaaagaactcggagaattcagaccatgctcttagagttggaatt
gtattatcaggtggtcctgcacctggcggacataatgtcatttgcggtgtatatgatttt
attaagaatcatcaccctgatagccagctattcggatttttaggtgggttagatggtctt
ttcaaatcaacttataaggttatttcagatgaattaatggatcgatttagaaaccaagga
ggttttgatatgctttggtctggtagagggagaattaatggagagcaagatttggaaaga
gttgaaaaagtttgcgagcagcttcaattacatggattaattgttattggaggtgatggc
tcaaattcaaatgctgcgttgatcgcggattacatggcaaagaaaaacaaaaatttttgt
attgtaggggtcccaaaaactattgatggagatttaaaaaaccctgctattgaagtctct
tttggatttgatactgctgcgaggacttacgctgagtgcgtaggtaatctttgctcagac
atttgtacatcacaaaatgtctatcacttcgtaagagttatgggtagatcagcatcgcat
ttggctctggaagtcgcattgcaaacaagaccaaatattgttttcattgcagaagaagtt
gaacaagaaggaataacattatttgaaatagtgaagaatattgtagatttaatggaagag
cgttcaaaaatgggcaaaatgtatggcataatattaatacctgaaggcttaattgagttt
atcccagaaatgaaaattttaattcaagaattaaatgaaatccttgataagttaaagtat
gaggggtctgaatgcgatcaggaagcttcacctgacgactttgataaaaagatatgcagt
tgtctttcggagtcttctgcaaaaatttgggagtaccttccagaaaatattagagagcaa
ttgttacttgatagagaggctactggccaaatacaagttgcaaaaatagcaacagagaga
ttacttatactacttgttgaagcagagttacataggaggcatggaacatctttctattat
gattttgaacatggccaaaccaaggaaacaatttcagatcaggtagaaatttcaaataag
tcaaatggctcaatactgatgccttttggatttacaatgatgcatcattatttgggttat
gaaggaagatgcgccatgccatctaattttgattctaactattgttacgcactgggccat
tgcgcaggagcgttggtttataaaggtatgaatggttacttggcagttataagaggatta
gaagggaatcctcttagttggcaagcatgcggtataagtattactagaattatggaagtt
aaaaaatccagacaagacggtcagtgctatgctgcagttactcgtcagttagtcgatttg
aatgggccacttttcaaactattaaaacaggttcgagatatttggaagtttcaagattta
tatagggcgcctggacctttacaattcgaaggcccatgctctgaaactatcccttatatt
gtaagaacgccggagttacaagatttattatgcggagaggatgcctcagttacagatact
gatataaatattgtacaaccaaataatgggggagggaaaagaggtgtatttaatagaatt
cagggaaccctctcctctctccaactttatcgcacaacatatagacctccgttgccactg
ctacttacccaccttaaagcaagatgtaaaccgactactcaatataatttatctgatcct
ctgataaaaagacagattacaacctgttatcctcatttatgtaattcaaatcacttttat
tgccaagaagcgcaacttgacatttcatctgaagagcccaatgtagggttgagaatagga
gtattgcttatgtctagacaagcacctggaattgcaaatgtggtatggggactataccac
cgtctgaaaatggtaaggggaagatgtttgggcttttatggagttaaaggatttttgcaa
gggaagcatattacacttactgagaaagatgtagatcttttgccaaatcaaggaggatcg
gaattaattggaagaacgtatacagagtgtttagtttcgaaagagaatttggaaaaggct
agaaaggtttgtgaaagtttacatttggatggccttgtattgtgtggctctgcatttgga
atgacccagggcgcaatcttggcagagtattttctacaaaataactgtaatactaaggtt
gttggcgtcccagcaactgcgtctaacaacttagcaaatgatctagtagaggcatgcgta
gggtttgattcaagcactaaattgtatgcaagcttaattggaaatgtattaacggatgct
gcttcaatgcctaaatattggcattttattagattaatgggaaggcaaccttcaaatgaa
gttctggagtgcgcactacagacacatccaaatgttgtaataattgctgaagaatatgga
gcagctgataaaactcttgttcacatcgtagaagatgtggcagatgtaatatgtaagaga
gcggagtttggaaagaacttcggaactgtactcattccagatgcattactttcacattta
ccagatatgaagattttaatttctgaaataaatgaattacgaagattcgctgaagaacat
tccgagatgaaattatttatgtctgaaatgatgagtttgggacacagcgatcaccccaca
ttgtccgatcacacaaatagccaagaaaaaagctctcgcgtagatgtggctgataacaaa
agttcggctgcgaatcaggaacatagccctacagatagctttgatggaagtaaatactct
tctaaaatgactccctggagtctcgcattatttaagtcattacctaggttcattagaaga
gaaatactttcattagatgttgactctgcattttccgcgatagagaccgaggcacttctt
gttttaatgataaaaaaggagcttaagaaaagaaaacaagataataaatataatggcaat
tttcagccgtttacacacttttttggatatcagggtagatctgctatgccatcacagttt
gatgcaaagctagggtatgcgcttgggcattttgcttcgatagttgttgagagcggacta
acaggccatctttgttctattagagggttgtgcggcgatgtttccgattggagaatgaca
gcaataccatttaattgcctaatgaaaattgttccttccaacgatgagacccatcctgaa
ctcccaagcaacattcctacaattccttctagtgaagtggatctgaaaggtaaagcatat
cgttggttaaaaatcgttcaggaacattgggcaatgcaagaccgcttttgcaaccctggg
cctatacaatttgatggggctgctgcaaacttttatttcagaacacttcatgagcaacaa
tcagagtactatgagatgcttaagcatgtgcaaaattacgcggagttggttagagaaacg
tgcacatttggcgtaaatgagtcatttctgaaaactgcgtttgtaactctgaacggccta
cttaatctgcgctatcgtgatggaagtctactctcgtcgcttccagatattgggccgatt
atactacaaatgaaatctaattcgggaatgttaaacaatcctacaggtcaaggcgaaaca
atagaaccaatagccagtgagctctcaaacaaggctgcaagcaatctccatacgtcaaaa
tatatttcacaaaacaacctgcacatggcacagtcgatctgtcctggagtagaagagggg
ccatggaacaaaactaaatga

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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 (69)   
   KEGG ORTHOLOGY (1)   
   RefGene (64)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   APIDB_CRYPTODB (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (90)   

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