KEGG   Cryptococcus neoformans var. neoformans B-3501A: CNBI2170
Entry
CNBI2170          CDS       T01040                                 
Name
(RefSeq) hypothetical protein
  KO
K19806  tyrosine-protein phosphatase 2/3 [EC:3.1.3.48]
Organism
cnb  Cryptococcus neoformans var. neoformans B-3501A
Pathway
cnb04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:cnb00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    CNBI2170
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:cnb01009]
    CNBI2170
Enzymes [BR:cnb01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     CNBI2170
Protein phosphatases and associated proteins [BR:cnb01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Non-receptor PTPs
    CNBI2170
SSDB
Motif
Pfam: Y_phosphatase Rhodanese DSPc Y_phosphatase3
Other DBs
NCBI-GeneID: 4938177
NCBI-ProteinID: XP_773603
Position
9:complement(600455..605103)
AA seq 1409 aa
MRSSSMFHASCCLFVLGVGRLMPLLEDDEGRKAGWNRKENEKECMTSFCNQGLAEPGYLL
RVFTQGHSSDGDGAKRGEKRGEEKSKKTHAKKLRRAVARRVRLPFLPYFIVHRHTKTCPN
LLSLPPAPCRVGPPNLRHCFRKQRALASLHVIFIIDTSSSSSAGQSSTRIHSPSPAKSRS
STINDPFVPGHPIAIHHTRQPHLCYPPFPFLRHIHSHPPPVDPLSPSPTRSPAASSPFRS
PSRPSPASRSSSGFSLPVQQPTPLATTNTGFSSPWAALAASSGAPTPSSEVPMGRNSPHL
GSPFERLNIGGGGNNSSSMLRDDSPRIQFGESLASPFEGQFSHAAPAMSSPTSNKQASTG
AAPPIRGGLSAETLMRYKAIATSAGKPDIGGEPNPLAAAARKKNSLPTKLSSASLGASTP
HSTKSPSPLASSVSGSQSPGGMKPQMIAPTDLAKLLPNSTTLILDVRPPSSFQSSHIPSS
HSLPIPSTLLRRPAFTLNKLTQMLSPHSMQEVSKWREKSDIVLVDADSGSAPDGGVLDGL
AGKFGREGYSGRLWFVKGGHAAMKLSGALPLVSDDDEGPQPQQGAAAAGAQKGLMAGRLA
SLAFSHESTTRGKSSGRQPPPKGLTIPPTPSLNFQSNPFGSSFPLTTAVSERPAALHRLD
KGPVTTTGMADSTQAKFQPANPFFDNIRQNLELSHGGITERIPLNLPDSVRERADQFPDW
LRELVTMPEQDSMDKLAHQFYQLELHEQKRLQAIMEWHAKGSGALLQPAVGYDEQILKSA
SERKGWEWAIQRESDLNELKRLMNWERGTEDIEYFPFSITAGVERGTKNRYKNIWPYDFS
RVRLDSPPDQDSDYINASFIQPRGTSRRYIATQGPLDATYRDFWTLVWEQNVRIIVMITK
QFEGGLIKCGNYWCEERYGHIKLQLISQSGGEDTALPAANSGFDFGTAGATPKSSKFPQE
SDSNIKRVFLISRDDKPDQPPRKIVQLQCIGWPDFDVPETPDTLLKLIQEVNDAAHEAKP
EGCYRKADEPPVLVHCSAGVGRTGSFIVVDAILDGLHRDFSQRSAAEARSADGPARLPEV
ISPQHSSSATPATTLSAVASPEPVSQSFDLGVSSTSVAPQLSGSPGTIPTQPEHQVALDF
SFPPKKRGSNETMEVDPPKAANSADDRFMMYRMASEGTSVSSDTDTRRPSLVSVQTSSDR
VSSESIPGRLADPEPVTSLNRPRREPSPLSKMRDPVSCVLESMRVQRMSLVQTLRQYLFV
HRAIIHHYLHMLDHNQVKERPNPSPLQKHVPSVGSSVSGSAIGSLGSIGTLNSGSGSYTD
SLSTNSPADLTKGSVDEDSHTKRRASPTELHPDVRLGGEGGSELSKRPSFKKMKPGTTSG
RMGRKSSAMWKGMEEEAVAEEAVTEELKN
NT seq 4230 nt   +upstreamnt  +downstreamnt
atgcgatcttcatccatgtttcacgcttcttgttgcctttttgttttgggcgttgggcgg
ctcatgccgcttttggaagacgacgagggccgaaaagcgggctggaacagaaaagaaaac
gaaaaggagtgtatgacatcattttgtaatcagggccttgcggaaccagggtatttactc
agggtgtttactcagggccattccagtgatggggacggggcaaagaggggagaaaagcgc
ggcgaggaaaagtcgaaaaagactcatgcaaagaaacttcggcgagctgtagccagaaga
gttaggctgccatttctgccatattttatagtccatagacataccaagacctgcccaaac
cttctatccctgccacccgccccctgtcgtgtcggcccgccaaacttgaggcattgcttc
cgcaaacaacgggccttagcgtcattacacgtcatattcattatagacacctcatcatca
tcatcagccggccagtcgagcacgagaattcattcgccatccccggccaaatctcgttcg
tcgactatcaacgatccatttgttcccggccaccccattgccatacaccatacacgccag
ccacacctttgctacccaccatttccctttctccgacacatccattcgcatccgccgcct
gtcgaccccctttccccttccccgacacgatcacctgccgcctcctcaccttttcgttcc
ccaagccgtccgtcccctgcaagcagatcatcgtccggcttctctttgccagttcagcaa
ccaactcctttagcaaccacgaacaccggcttcagctccccttgggctgctttggctgct
tcttcaggtgcacccactccgtcatcggaagttccgatgggaagaaatagtcctcatctt
ggatctccattcgaaaggctcaatatcggcggtggtggcaacaacagcagcagcatgtta
cgggacgacagtcctagaatacagtttggagagtcattggcatctccattcgaaggacag
tttagtcacgcagcgccggcaatgtcttcgccaacaagtaataaacaggcgtcgaccggc
gcagcacctcccatccgaggaggattgagtgcagagacactcatgcggtataaggctata
gcaacgagtgccggcaagccagatataggcggtgagccaaatcctttggcagcggctgct
agaaaaaagaattccctccctacaaagctttcttcagcaagtctaggcgcgtcaaccccg
cattcaaccaaatcgccaagtcctctggcgtcaagcgttagcggttctcagtcccccggt
ggcatgaagccgcagatgattgcacccactgatctagcaaaactcttgcccaattctact
actctcattcttgatgtacggccaccttcgtcatttcagtcatcgcatattccctcttct
cattcgctaccaattccctctactctgcttcgacgtccagctttcacattgaataaactc
acgcagatgctttcaccacattcaatgcaagaagtatcgaagtggcgtgaaaagagtgat
atcgtcttggttgatgctgacagtggtagcgctccagacggaggggtattggatggactt
gctgggaaattcggaagagaaggatattcgggtagactgtggttcgtcaaaggaggtcac
gctgcgatgaagttgagcggcgctttgccgttggtgtcagacgatgatgaagggccccag
cctcaacagggcgcggccgctgccggtgctcagaaaggtttgatggcaggtagattagca
tctttagccttctcgcatgagtcaaccaccagaggcaaatcatcaggacgccaaccacct
cccaagggtctcactatcccacccaccccttctttgaatttccaatccaatccctttggt
tcttcctttcctttgactactgctgttagcgaacgcccagctgctttgcatcggcttgac
aagggtccggtcacaacaaccggcatggccgactccacacaggcaaagtttcagcctgca
aatccattcttcgacaacattcgtcaaaacctcgagttatcccacggtggcattaccgaa
agaataccgctcaatttacccgattctgtacgggaacgagctgaccaattccctgattgg
ttgcgcgagctagtcactatgccagagcaggacagtatggataagctcgcccatcagttt
taccaattggagctgcatgaacagaagcgactgcaggctatcatggagtggcatgccaaa
ggttctggagctcttctgcaaccagctgtagggtatgacgagcaaatcctcaagagtgct
agtgagaggaagggttgggaatgggctatacagcgagaaagcgatttaaatgagttgaaa
aggttgatgaactgggaacggggaactgaggacatcgagtacttcccgttctctatcacc
gcgggtgttgagaggggtactaaaaacagatacaagaacatctggccgtacgacttctct
cgtgttcgtcttgactctccgcctgaccaggattctgactacatcaacgcatcctttatt
caaccccgaggcacttctcgacgatatattgccactcaaggtccattagatgccacatat
cgagacttctggacccttgtctgggaacagaacgttaggataattgtcatgattacgaaa
cagtttgaaggcggattgatcaagtgtggcaattactggtgcgaggagcgatatgggcat
ataaagctgcaattgatcagccagtctggtggggaagatactgcgcttccggccgcgaac
tctggatttgattttggaacagcaggagcgacccccaagtcttccaaattccctcaagaa
agtgactccaacatcaaacgggtattcctcatctcccgcgatgacaagcctgatcaaccg
ccgagaaagatcgtacagcttcagtgcattggttggcctgactttgatgtgccagagacg
ccggacacgttgctcaaattgatccaggaagtcaacgatgcggcgcacgaggccaaacca
gagggttgttacaggaaagctgacgagccgcctgtcttggtacattgctctgctggtgtt
ggacggacaggaagtttcatagtggtggacgctatcttggatggccttcaccgagacttt
tctcagcgtagtgccgctgaagctcggtctgcggatgggcctgcacgtcttcccgaagtc
atatcgccacagcattctagctctgcaactcctgctactaccctttcagcagttgcatcg
cctgaacctgtcagtcaatccttcgacttgggtgtttctagtacatccgttgcccctcag
ctttcagggtctcctggtacgatacctactcaaccagagcatcaagtcgctctcgatttt
tcgttcccacccaaaaaacggggtagtaatgaaacaatggaagtcgaccctcccaaggcc
gctaacagcgccgatgataggttcatgatgtacaggatggcgtctgaaggtacgagtgtg
tcgagcgacaccgatacaagaaggcccagtctggtatctgtacaaacatcctctgatcga
gtttcttctgagtcgatacccggtcgcttggctgaccctgagcccgttacttccctcaac
cgacctcggcgcgaaccttctccactttctaagatgcgtgacccagtgtcttgtgttctt
gaaagtatgcgggtccagcgtatgtcccttgtgcaaacattacggcagtatttgttcgtg
catcgagctatcatacaccattacctccatatgctcgaccacaatcaagtgaaagaaagg
cctaatccctctcctttacagaagcatgttccttccgtgggctcatccgtttctggttcg
gcgattgggtcactcgggtcaataggtaccttaaactcgggttccggatcttataccgac
tcgcttagcacaaactctccggctgatctgacaaaagggagtgttgacgaagactcgcat
acgaaacgtcgagccagcccaaccgaacttcatcctgatgtgagactaggtggggaagga
ggatccgagctgtccaaacgaccgagtttcaagaaaatgaagccgggaactactagcggg
cgaatggggaggaaatcgagcgcgatgtggaagggtatggaggaggaagctgtggctgag
gaagctgtaacggaggaattaaaaaattag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
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 (4)   
   Pfam (4)   
All databases (16)   

Download RDF
DBGET integrated database retrieval system