KEGG   Maylandia zebra (zebra mbuna): 101483975
Entry
101483975         CDS       T02814                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase zeta isoform X1
  KO
K08114  receptor-type tyrosine-protein phosphatase zeta [EC:3.1.3.48]
Organism
mze  Maylandia zebra (zebra mbuna)
Brite
KEGG Orthology (KO) [BR:mze00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mze01009]
    101483975
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:mze00535]
    101483975
Enzymes [BR:mze01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     101483975
Protein phosphatases and associated proteins [BR:mze01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    101483975
Proteoglycans [BR:mze00535]
 Cell surface proteoglycans
  Others
   101483975
SSDB
Motif
Pfam: Y_phosphatase Carb_anhydrase fn3 Y_phosphatase3 DSPc PTPlike_phytase
Other DBs
NCBI-GeneID: 101483975
NCBI-ProteinID: XP_012775958
Position
LG7:complement(25917506..26013000)
AA seq 1906 aa
METTGFWLLLAAHFILICQQAEGYGYRNQRKFSEDIDWSYAGTLNQNNWAKKFPSCSNAK
QSPINIEQNLAQVKLQYQKLSFDGWENLTTNRTTIKNDGKTVTVNVDGDFYVSGAGLRSK
VKVGCITFHWGCCNASSEGSEHSLNGVKYPLEMQIYCYDPLRFDSLDESIKAGGRITALA
VLFEISTEDNMNYAAIIEGINSVSRYGKSARVSPFTLQGLLPNSTEKYFIYNGSLTTPPC
GEIVEWIIFKNTVAISDDQLVMFCEVMTMQQAGYVMLMDYLQNNYREQQEQFMGLVFSSY
TGTEEIFTRVCSSEPENIQVAPHNLSSLLVTWERPRAVYDSSIDKYSVNYRLASTEDAVS
SEYLTDGDQDVGAILDDLLANTSYMIQVVAVCSNGLYGRSSNPLMVVMPIDNPENALDPA
SYEYSNEVKYDLDLTWDEIGQTKDHDLDWSATNLQRTTTSESPFLLLPTIRTTTVESGHR
KVTKDPLPPLRATQSGQVLSNSEEMQQHSTSMWSPEMTLPPETKGRANFNANALFNLTKT
TKENSLYTTTAPLHRTIKIDGVHGGITLNGKGKIKGGISTTAPTVTTSKADYINRGLSQQ
DYSGKVTTTTPTITSAKTKEGNVSQSGNTATNVMSHISNVSSTTSSSTSFIQTKTDPRLA
HPTNKDNTTDRSLSTKPRGIPEIQTESSTSKPSSSPTKTSVQLSRILVQTTKPLSNGESL
FVFPSTSSSFTASPLCDAVDSSCASSTCLHDPTSSWPVLSPLDSQLTATSLSPVKDPVSQ
ASVFTLSASTLPYLPHPSHSLSGWATDPVFHGVGFDDTDSNDDVLSGSSSNPSVFSSTPP
LQALLDPSAIVFTTKLSESSWDQSLSAASLSVIPTLEPSVHLSSNRFLFDPTLGLSSSFS
SVFDNSRYATGKTIETFLKEGSGDRFPLVSDVHALCDCSLEPSASSPWLHLLNVELSSSA
WDSISLELYSSLGFLSATHVDFDNFLHSLSVVGSDGLSLGQPLSSRSAILPSSSSSHSQV
LQATQSDLPISVAATASAIMESWFSVSSVLTPSPTASPTTLASEGQVIDTSTSASGSGLF
PDSQEGIDQEWDMVQTSTSGESMLPYSMNVISSASPSSSSEAGQNPDDLDEHSSAFYFES
ESSNALGFEVGDTTTEAVTSASHWSLGREEGSSSGQSESLYDNETSSDFSISEHTERELT
EEEPVADASNSSHESRVGSIREQERKAVVPLAVISTLTVLGLIALICVLVYWRLCFQSAH
FYIHDSCSTRVITAPDTAISGEHRAFPVRDFVKHVAELHHTQSFKREFEKLKPSYEEAHM
CTVDIVMSTDNANHPDSKTENRHSNNSTYDDTQVHLSLLANKKGKAMDYINASYVDGFKK
PRLYIAAQGPVRSSIEDFWRMIWEQNICIIVLISNLVEKGCRIYDQYWPLEVQEEYGSFL
VTVKSTKVLAYYTQRTFTIRKIQSSQKGRAKEGANERTVTQYHYTQWPDTGVPDLALPFL
CFIRKSSRARTDDMGPLMVHCSAGVGRTGTYIVLDSMLTQIQNEGSVNIMGFLKHIQTQR
KCLVQTEEQYVFIHNALVEAILSGETEVAVAQLHTYVDKLMTPGPDGGTGMDKQFKMVCY
TNLKHCDYSTALQDCNHNKNRNCSVIPIERSRVHLPTTAGETSDYINASYIAGYRHTKEF
IITQKPLPVTIKDFWTMIWDHNAQVILSLPGMEEEAEPFVFWPYKGQLISYEMFTVTQKS
ETHVCLSNEDLLVVQDYILKATKDDYVLEVRHYRAPNWPNPDSPLISTFELFKLMKEEIL
TEDSPTVVHDNVGGFTAGLFCALSSLTRQLDAEASVDVFQVARLMNLMRPGTFNNIEQYQ
FLYKAMLSLIGTQEDEKTQSFDANGTIVTETTSMAESIESLVPTNK
NT seq 5721 nt   +upstreamnt  +downstreamnt
atggagactacaggcttctggctgctactggctgcacactttatccttatctgccaacaa
gctgaaggatatggatacaggaatcagcgcaaattttcagaagacattgactggtcgtac
gcaggaacattaaaccagaacaactgggccaagaagtttccatcctgcagcaacgccaag
cagtctcccatcaacatagaacagaacctggcccaggtgaaactacagtaccagaagttg
agctttgatggctgggagaatctgacaactaacagaacaacaatcaagaacgatggcaag
actgtgaccgtcaatgtggatggtgacttctatgtcagtggagcaggtctcaggtcaaag
gtcaaggtggggtgcatcactttccactgggggtgctgcaatgcttcttcagaggggtca
gaacatagtctgaatggtgtcaaataccctctagagatgcagatatactgttatgaccca
cttcgatttgattctttggatgaaagcatcaaggctggaggcagaatcacagcacttgct
gttctatttgagataagcactgaagacaacatgaactacgctgctataatagaaggcatc
aacagtgtgagcagatatggaaagagtgccagggtttcacccttcaccctgcaaggtctt
ctgccaaactccactgaaaaatactttatctataatggctctctgactacgccaccttgc
ggcgagattgttgagtggatcatcttcaagaacacagtagccatctccgatgaccagctg
gtaatgttctgtgaggtgatgacgatgcagcaggctggatatgtgatgctgatggactac
ctgcagaacaactacagggagcagcaggagcaatttatgggtctggtgttctcctcttat
acgggcactgaggagatcttcacacgggtctgcagttcagaaccggagaacatccaggtg
gcaccacacaaccttagcagcctgctggtgacatgggaaaggccacgggcagtgtatgac
tccagcatcgacaagtactcagtcaactacagactagctagtacagaggatgctgtctca
tctgaatatctgactgacggagaccaggatgtgggtgcgatacttgatgacctcttggcc
aacaccagttatatgatccaggttgtggcggtgtgctccaatggtctgtacggacgttca
agcaacccattgatggttgtcatgcccattgacaaccctgaaaatgcactggatccagct
tcttatgaatatagtaatgaggtcaagtatgatctagatcttacctgggatgaaatagga
caaactaaggaccacgatctggattggagtgcaacaaacttgcagaggacaacaacttct
gaatcaccttttttgcttttgcctactattagaactacaacagtagagtcgggtcacagg
aaagttaccaaggatccacttcctcctcttagagccactcaatctggtcaagtgttgagc
aattctgaagagatgcaacaacatagtacctccatgtggtcaccagaaatgaccctgcca
ccagaaacaaagggaagagctaacttcaatgccaatgctctgtttaatttaaccaaaaca
accaaagaaaactcactttataccaccactgctcctttacaccgcacgataaaaatagat
ggtgttcatggaggcattaccctaaacggaaaaggcaaaataaagggaggtataagtacc
actgctcccacagtcaccacttcaaaggctgattacattaatagaggattaagtcaacaa
gattattctggaaaagtaactaccactactcctacaattaccagtgcaaagaccaaagaa
ggtaatgtttctcaatcaggcaacactgcaaccaatgtcatgtctcatataagtaatgtg
agcagcacaacgtcgtcttctacatccttcatccaaaccaagactgatccacgtttggca
cacccaacaaacaaagacaacaccactgatagaagtctttctactaagcccagaggtatt
ccagagatccagacagaaagctcaacttccaaaccttcctcttcacctaccaaaacatct
gtccaattaagccgcattctcgtgcagaccacaaagccactgtccaatggtgagagccta
tttgtgttcccctcaacttcctcctccttcaccgcctctcctttgtgtgacgccgtggat
tccagctgtgcctcttccacctgcttgcatgatcctacctcctcttggcctgtattgtct
cccttggactcacagcttactgctacatccctgtcacctgtcaaagacccagtttcccag
gcttcagtcttcacgctatctgcctctaccctgccttacctccctcacccctcacactcc
ctgtctggttgggcgactgaccctgtctttcatggtgttgggtttgatgatactgatagc
aatgatgatgtgttgtctggatcttcaagtaatccctcagtatttagcagtacacctcca
ctccaagcacttctagacccgtctgctattgttttcaccaccaagctctctgaatcttcc
tgggatcagtctctctcagcagcatctctgtctgtcatccccaccctagaaccttcggtt
catctgtctagtaaccgcttcctttttgaccctaccctgggattatctagttctttctca
tctgtttttgacaattcaagatatgccacagggaaaacaatagagacttttctcaaagag
ggcagtggtgacaggtttccattagttagcgatgtgcatgccctgtgtgactgctctttg
gagccatcagcatcctccccttggttgcatttgttaaatgttgaattgtcctcctcagcc
tgggactctataagtttagagctttactcaagtttgggcttcctttcagccactcatgtt
gactttgacaattttctacactctttatctgtggtgggctctgatggtctgtccttaggt
cagccactgtcatcccgtagtgctatcttgccttcatcatcttcttcacactcccaggtt
ctccaagccacccaaagtgacctgccaatttctgttgcagccacagcatctgccatcatg
gaatcctggttctctgtatcatctgtgctaactccttcacccacagcctcccccaccact
ctcgcttcagagggacaggtgatagacaccagtaccagtgcatctggctcaggcctgttc
cccgactcccaggagggcatagatcaggagtgggacatggttcaaacttcaacctctggg
gagagcatgctcccttactcgatgaacgttattagcagtgcttccccatctagctcctca
gaggctggccagaacccagacgatctggatgaacactcctcagcattttattttgaaagt
gagagtagcaatgcattgggcttcgaggtaggagacacgacaacggaagcagtaacctct
gcttcacattggtcgctaggtagggaggaggggagcagctcagggcagagtgaaagcctc
tacgacaacgagacatcttctgacttcagtatctctgagcacacagaaagggagttgaca
gaagaggagccagtagcagatgctagtaacagcagccacgagtcgagagttggttcaatc
agggaacaagagaggaaggctgtggttcctttggctgtcatctccaccctcaccgtcctc
ggcctgattgctctcatctgtgttctcgtctactggcggttgtgtttccagtcggctcac
ttttacatccatgacagctgctcaaccagagtcatcacagcaccagacactgctatatct
ggtgagcacagggcttttccagtgagggactttgtcaagcatgttgctgaacttcaccac
actcaaagcttcaaacgagagtttgagaaactgaagcccagttacgaggaggcacatatg
tgcactgtggacatagtgatgtctactgacaacgcaaatcatccagacagcaagactgaa
aacagacacagcaacaattcgacctatgatgatacccaggtacacctctcactattggcc
aacaaaaaaggaaaagcaatggattacattaacgcaagctacgtggatggttttaagaag
ccacggttgtacattgctgctcaggggcctgtgaggtcgagcattgaggacttctggagg
atgatatgggagcagaacatctgcatcatcgtcttgatcagcaacctggtggagaaagga
tgcagaatatatgatcagtactggccactagaggtgcaggaggagtacggcagctttctt
gtgactgtgaagagcactaaagtcctcgcctactacacccagagaaccttcaccatcaga
aaaatccagagttctcagaaggggcgggccaaggagggggctaatgagcggactgtgaca
cagtatcattacacccagtggcctgacactggcgttccagacttagctctgccgttcctc
tgcttcatccgcaagtcgtccagagccaggacagatgacatggggccactgatggttcac
tgcagtgctggtgttggccgcacgggcacatacattgtcctggacagcatgctgacgcag
atccaaaatgagggctccgtcaacatcatgggcttccttaaacacattcaaactcagagg
aaatgcctggtgcagacagaggaacagtatgtttttatccacaatgccctggtggaagcc
atcttgtctggtgagacagaggtggcagtggctcaactgcatacgtacgtggacaagctg
atgaccccagggcctgatggaggaacagggatggacaaacagttcaagatggtttgttac
accaatctgaagcactgtgactattccacagctctgcaggactgcaaccacaacaagaac
aggaactgctcggtgatacccattgagaggtcacgagtgcatttgccgacaacagcaggg
gaaacatcagactacattaatgcatcatatatcgcaggttacaggcacaccaaggagttc
atcattacccagaaacccttgcctgtcaccataaaggacttctggacaatgatatgggac
cacaacgcccaagtcattttgtcactgcctgggatggaggaagaagcagagccatttgtt
ttctggccttataaagggcagctgatcagctatgagatgttcactgtcactcaaaagagt
gagactcatgtttgtctgtccaacgaggacctgctggtagttcaggactacatactgaaa
gctacaaaggatgactacgttcttgaggtgagacactatcgtgctcccaactggccaaac
ccagacagtcccctcatttccacctttgaacttttcaaactgatgaaggaagagatcctc
acagaggacagccctactgtggtccacgataatgtgggtgggtttacagcaggactgttc
tgtgctctttcgtctctgactcgccagttggatgccgaagcgtcagtggatgtcttccaa
gtagccaggctgatgaatctcatgagacctggaaccttcaacaacatcgagcagtaccag
ttcttgtacaaagccatgctgagtctcatcgggacacaagaagacgagaaaactcagtcc
tttgacgctaacgggaccatcgtgacggaaaccaccagcatggctgaaagcattgaatcc
ctggtaccaacgaataaataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (62)   
   KEGG ORTHOLOGY (1)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (84)   

Download RDF
DBGET integrated database retrieval system