KEGG   Cryptosporidium hominis: Chro.30269
Entry
Chro.30269        CDS       T00210                                 
Name
(RefSeq) cGMP phosphodiesterase A4
  KO
K01120  3',5'-cyclic-nucleotide phosphodiesterase [EC:3.1.4.17]
Organism
cho  Cryptosporidium hominis
Pathway
cho00230  Purine metabolism
cho01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cho00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    Chro.30269
Enzymes [BR:cho01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.17  3',5'-cyclic-nucleotide phosphodiesterase
     Chro.30269
SSDB
Motif
Pfam: PDEase_I Ferric_reduct
Other DBs
NCBI-GeneID: 3412936
NCBI-ProteinID: XP_666230
Position
3
AA seq 997 aa
MSGLASSPSIGKTILFEKNNDWGLNFDLGELEIYENQDLKTRLKELISPFENTFSSVSTL
EYLHPFTLKFRSEILEKKFEKKFRKRTEIGIFWIGLLTLFLIILDILLEVYNQKVNEVSN
SSVTAYFIICGVVAICSLFLIISFFVNFLNKHLEVIFTSTTIITTILNITAGNLLLDVSL
SPNNNYDPAVQNSRSLIVITICSILHFMLPISFMSILIYSITSISFYIILVPSMLMPIPN
ETQYVSTTIYLFVFCSVCILAKRVNVSSSRRDFFNINLVKAEMQILENSMNQTPKSTMIE
GTLANINKVQLFLRYLNTSCTKGINRKMLHDAMVDLTSAQVTLCRSDDIYAVDPVAIFLP
QSLQSNVPQTPRQSKVRIIGSGDVTPKENCSPTASQKIKQELGISYDVRIPISPNSPKSM
GQFLSPKSHENKSSYISVDSISARRNTESRATVTSIPGPSRRRLSMMIATAGENSSTLID
PSVEKVREYITAEFTKSSASRREVLYASKVFDGPTANPSNTNEKIKTTSQNLDTNHIVES
MISRQGPLDEPVVGGDIEDNYRHLLKNKRKIAHFATHLASKLISIKDPSGTISLLSQSYF
NETNPHNFTLPELPKGVSTELYSDLDRALQLMDNQYSSNWDLDMWRLNELTKGNCLSVAG
LYMLHLIASEEKNQEAGFDSSNLPRGITTAYSSSITAPSKLIGNISKFNIFFRELNIRYL
NNKYHNELHGTNVCHLAICLSRATGLWSHLDTVERLASVIASLGHDVGHIGRTSNFLVNS
RHMLAINYNDRSVLEMFHASLTFRIIYYYGGGAADFLQSWDAELHKEFRRIVIELILETD
MHRHFECVSRFRVRRQAVDWDPYGDAQDRLMLARTCLKAADIGHGALKWNQHYKWCRSVV
EEFFLQGDEEKALSLPISPICDRESTDVPKSQVGFLNFVCLPLFQELCYVDVEGDVRRCI
DRILENINNWEDIAEAGIQWDSEDALTFVSDEKADLQ
NT seq 2994 nt   +upstreamnt  +downstreamnt
atgagtgggttagccagctctccctctattgggaagacaatactatttgagaagaataac
gattgggggcttaattttgatttgggcgagctcgaaatatatgaaaatcaggacttaaaa
actagactaaaggaattaatttcgccattcgaaaacacattttcttctgtatctactcta
gaatacttgcatccatttacattgaagttccgaagcgagattttggaaaagaaatttgaa
aagaaatttagaaaaagaacagaaattggtattttttggattggattgctaacattattt
ttaataatcttggatatcttattagaagtttacaatcaaaaagtaaatgaagtttctaat
agttcagtaactgcctattttataatttgtggtgtagttgcaatatgctcattatttcta
atcatctcatttttcgtcaatttcttaaataaacatttggaagttatatttacatcaact
acaataataacaacaatacttaatattacagcaggaaatttattactagatgtctcactt
tcccctaataataactacgatcctgctgtccagaattccagatcacttattgtaatcaca
atttgctcgattctacattttatgttaccaatttcttttatgagtatattaatttattca
ataacgagtatctcattctatattatattggtcccttctatgctgatgcctattcctaac
gaaactcaatacgtatccacaacaatttatctttttgtgttttgttctgtatgtattttg
gctaaaagagttaacgtgagctcttctagaagagacttttttaacattaatttagttaaa
gcagaaatgcaaatattggagaattctatgaatcaaacacctaaatctacaatgatcgaa
ggaacattagctaacatcaataaggttcaactatttcttcgctatttaaatacttcctgc
acaaagggaataaatcgtaaaatgttacatgacgcaatggtagacctaacttctgctcaa
gtcactttatgtaggtcagatgatatttatgcagttgatccagttgcgattttcctaccg
cagtcacttcagtcaaatgtgccacaaacccctagacaatctaaggttagaataataggt
agtggagatgtaactccaaaagaaaattgctctccaactgcttctcaaaagataaaacaa
gagttgggtatatcttatgatgttagaattcctatatctcctaattctccaaagtcaatg
gggcagtttttatctccaaagtcgcatgagaacaagtcaagctatataagcgttgattcc
atatcagccagaaggaatacagaatcaagggctactgttacatcgattcctggcccttct
cgtcgaagactctcaatgatgattgctactgcaggagagaactcttcaacacttattgat
ccatctgttgaaaaggtgagagagtatattactgcagaatttactaaatcttctgcatct
agaagagaggttttatatgcttctaaagtttttgatggaccaaccgcaaacccaagcaat
accaatgaaaaaatcaagactacatctcaaaatttggatacaaatcatatagtggaaagt
atgatttcccgtcaaggacccttagatgaacctgtagttggtggagatattgaagataac
tatagacatcttttaaagaataagcgtaagatagctcacttcgcaactcatctagcttca
aaactcatttctattaaagatccttctggaacaatctcattattaagtcaatcatatttt
aatgaaactaatccacataattttacgctacctgaacttcccaaaggtgttagtacagaa
ctttattccgatttagatagggcgttgcaacttatggataaccagtattcctctaattgg
gatttggacatgtggaggctaaacgaattaacaaaaggtaattgcctttcagtggcagga
ctatatatgctacacttgattgcatcagaggaaaaaaaccaagaagctggctttgattca
tctaacttgcctaggggaattactacagcatattcttcttcaattactgctccttcgaag
ctaattggaaatatatccaaattcaatatattttttcgagaattaaatattagatacctc
aacaataaataccataacgaattacacggcactaacgtatgccatcttgcaatttgctta
tcaagagcgactggattatggagccatttagacactgtagagaggcttgcctcagttatt
gcatctcttggacatgatgtaggccatattgggagaacaagcaattttcttgtaaattca
agacatatgcttgcaattaattataatgatcgatctgtcctagaaatgttccatgcatcc
ctaacatttcggataatctactattatggaggcggagctgctgattttttgcaaagttgg
gacgcagaactccacaaagaatttagaagaatagttattgaattaatattagagacagat
atgcataggcattttgaatgcgtttctaggtttagagtgagaaggcaagcagttgattgg
gacccatacggagatgctcaagatagactaatgcttgctaggacatgtttaaaagctgca
gatatcggacatggagcattgaaatggaatcaacactataagtggtgcagatctgttgta
gaagaatttttcctacaaggagatgaggagaaggcattatcgctacccatttctccaatt
tgtgatagggaatctacagatgtaccaaagtcgcaggttggatttttaaattttgtttgt
cttccattgttccaagaattatgctatgtagatgtggaaggtgatgtgagaagatgtatc
gatcgaattttggaaaatattaataactgggaagacatagctgaggcaggcattcagtgg
gatagtgaagatgcattaacatttgtttcagatgaaaaagctgatttgcaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (21)   

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