KEGG   Hippocampus comes (tiger tail seahorse): 109507311
Entry
109507311         CDS       T04969                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase S-like
  KO
K06778  receptor-type tyrosine-protein phosphatase S [EC:3.1.3.48]
Organism
hcq  Hippocampus comes (tiger tail seahorse)
Pathway
hcq04514  Cell adhesion molecules
Brite
KEGG Orthology (KO) [BR:hcq00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04514 Cell adhesion molecules
    109507311
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:hcq01009]
    109507311
Enzymes [BR:hcq01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     109507311
Protein phosphatases and associated proteins [BR:hcq01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    109507311
SSDB
Motif
Pfam: Y_phosphatase fn3 I-set Ig_3 Pur_ac_phosph_N Ig_2 ig DSPc Y_phosphatase3 PTPlike_phytase V-set DUF5849
Other DBs
NCBI-GeneID: 109507311
NCBI-ProteinID: XP_019712201
Position
Unknown
AA seq 1937 aa
MSFSLAIQTIEFDDGAGAVLRIQPLRAPRDENIYECVARNSAGELSVTAKLAIIREDLLP
FGFPSIDMGPQLKVVERTRTATMLCAASGIPDPEISWFKDFLPVEPSTSQGRIKQLRSGA
LQIENSEETDQGKYECVATNSQGVRYSSPANLYVRGATDTLRRVPPRFSILPSNHEIMPG
GSVNITCVAVGSPMPYVKWMVSSEDLTPEDEMPIGRNVLELNGVRESANYTCVAMSSLGI
IEATAQVLVKTLPKPPGTPIVTETTATSVTITWDSGNPDPVSYYIIQYRAKGPDSKYETV
DSITTTRYSIGGLYPNTEYEIRVSAFNSIGQGPPSVRVDARTGEQAPASPPRNVQAHIIS
QNTVMVRWEEPEEPNGQVKGYRVYYTMDPSRPMNEWKIHNVQDSVITTIQSLVTSETYTL
QVLAFTSVGDGPFSDPVHVKVMPGVPGQPGKFKIGRVTDTSIELTWEPAYTKEGIINYEL
LYKPVKYGSLEKLTFGPRNSYTVEGLKANTDYSFSLAAISNKGIGAFTNELVQRTSQAKP
SAAPEGVSCESASSTSLRVSWRPPPLEGQNGELAGYELRYRKVSGAGGKGQGQEVSGLPI
SARQADTLVEGLEKWSWYNITMAASTSEGTGPNSLPVLCRTDEDVPSAAPRHIDVNPINS
SALRITWRSVLPRLRQGQIRGYQVHYSRVGGGESRNLPWIKDILLDESQMEEDDSTQYEM
ILGGLKAETLYSVSVAAYTTKGDGAHSKAKLVKTSGLVPGPPCLWAHLGLGPSVVLRWAP
PPECAASGSDGQGLPLEIQGYRLQFGLKNASLETTIDFTKERNFTVINLSPGSTYVFVLS
AKSRAGYGDVVRREISVPVIPPSGYPKISDFVNATCCSLQFSWLPPDQEESNGVITEYNI
AYKETAGSKPSSVPGPFSLPALRAPPRVVTLPASQSRYTILGLNHSTAYEVQLRAHNKAG
PGPFSPPLLCRTVAFETGRVGLQMLETPSNQAPLRLHISPCCGSHAKKQDTENKSEEGEQ
PFNLFHSLTYLHHQPFTNGKRLNVNGCLLQEHRLSHSLRRAKEFFSQSGHEDECSSDVGV
SRKQQPVEYNRQKMEVDARLKKAVIPNLQPDTSYDFKITAPEGNMGGLRHRITAKTSPPI
AIRRPEVDHTRDTETTVTIILPSLESRTPVKIVSHVGMHHFSPPLCRPMSQLLKDISQKQ
RDSRQQKQVDLRRAYITARFTPATLPAFFTLGDQLDYGGFENRALEPGQEYVFFILAELN
STTGKMYVASPYTDPVIAPDSDPQPLDAGDGLIWVVGPVLAVVFIICIVIAILLYKNKRK
ESEPGTKSLLSNAEMMAHHPTDPVEMRRINFQTPGMMSHPPIPISELAEHIELMKANDNL
RLSQEYESIDPGQQFTWEHSNLEVNKPKNRYANVIAYDHTRVILAPIEGVLGSDYINANY
IDGYRKQNAYIATQGPLAETFGDFWRMVWEQRAASVVMMTRLEEKSRIKCDQYWPSRGTD
TYGTIQVTLLDTMELATFCVRTFSLHKSGSSERREVRQFQFTAWPDHGVPEYPTPFLNFL
RRVKACNPPDAGPIIAHCSAGVGRTGCFIVIDAMLERIRHERTTDIYGHVTLMRSQRNYM
VQTEDQYSFIHEALLEAVACGNTEVAARSLYSYMQKLAKVESGEHVTGMELEFKRLANTK
AHTSRFVTANLPCNKFKNRLVNIMPYETTRVCLQPIRGLEGSDYINASYIDGYRQQKGYI
ATQGPLAETTEDFWRMLWEHNSTIVVMLTKLREMGREKCHQYWPAERSARYQYFVVDPMA
EYNMPQYILREFKVTDARDGQSRTVRQFQFTDWPEQGVPKSGEGFIDFIGQVHKTKEQFG
QDGPISVHCSAGVGRTGVFITLSIVLERMRYEGAVDIFQTVKMLRTQRPAMVQTEDEYQF
CYQAALEYLGSFDHYAT
NT seq 5814 nt   +upstreamnt  +downstreamnt
atgtctttctctcttgccatccagaccatcgagtttgacgacggcgcaggcgccgtgctg
aggatccagcctctcagagcacctcgagacgagaacatctacgagtgtgtcgcgcgtaac
agcgcaggagagctgtcagtcacggcaaagctggccattatcagagaggacctgttgcca
tttggcttcccgagtatcgatatgggcccccagttgaaggtggtggagcgcacaaggacg
gccaccatgctgtgtgccgccagtggcatccccgacccggagatttcctggttcaaggac
tttctgcctgttgaacccagcaccagtcaaggccgcatcaaacagctccgatcaggagct
ctccagatcgagaacagcgaggaaaccgaccaagggaagtacgagtgcgtggccacaaat
tctcaaggtgtgcgctactcctcgccagccaacctctacgtgcgaggagcgacagacaca
ttgcgccgcgtcccccctcgtttctccattctcccctccaaccacgaaatcatgccggga
gggagcgtcaacatcacctgcgtggcggtgggctccccgatgccctacgtcaaatggatg
gtgtccagcgaggacctgacccccgaggacgagatgcccatcggtcggaacgtgctggag
ctcaatggcgtgcgagagtcggccaactacacgtgcgtggccatgagtagcctgggtatc
atcgaggccacggctcaagtcttagtcaagactttgccaaagcctccgggcactcccatc
gtcacggaaaccacagccaccagcgtgaccatcacgtgggactccggtaaccccgacccg
gtctcgtactacatcatccagtaccgcgccaaagggccagacagcaagtatgagacggta
gacagcatcaccaccacccgctacagcatcggtgggctgtaccccaacaccgagtacgag
atccgagtgtcagccttcaacagcattggccagggccccccctctgtacgagtggacgcc
cggacgggagagcaagccccggccagcccgccgcgaaatgtccaagcgcacattatttcg
cagaacacagtgatggtccgctgggaggaaccggaggagccaaatgggcaggtgaaaggc
tatcgcgtgtactacaccatggacccgtcccggccgatgaatgagtggaagatccataat
gtccaggacagtgtgatcaccaccatacaaagcttggtgacctccgagacgtacaccctc
caagtcctggccttcacctcagtcggggacgggcccttctctgacccggtccacgttaaa
gtcatgccaggagttccaggacaaccggggaagtttaaaatcgggagggtgactgacacc
agcattgagctgacctgggagccggcgtacaccaaggagggcatcatcaattacgagctc
ctttacaaacctgtcaagtatggcagtttggagaagctgacctttggcccgcgaaactcc
tacacggtggagggtctgaaagccaacacagactattccttctccctggcagccatctcc
aacaaaggcatcggtgctttcaccaatgaactggtgcagaggacatcacaagccaagccc
tcagccgcacccgagggtgtctcctgcgagagtgccagctccacctcgctgagagttagt
tggaggccgcctccactggaaggccagaatggcgagttggcaggttatgagctgaggtac
cgcaaggtttctggggcaggaggcaaaggtcagggccaggaggtgtccgggctccctatc
tcggcccggcaggcagacacactagtagagggcctggagaaatggagctggtacaacatc
accatggcagcctctacttctgagggaactggacccaacagcttgcctgtactctgcaga
acagatgaggatgttcccagcgcagcccctcgtcacattgatgtcaatcctatcaattcc
tccgcacttcggatcacttggcggtctgtgttgccaaggttacgtcaaggtcagatccgc
ggttaccaggtgcactacagccgtgttggcggcggcgaatcccgaaatcttccttggata
aaagatatcctcctggatgagtctcagatggaagaggatgattccactcagtatgagatg
atcttgggaggcctaaaagcagagactttgtattccgtctcagtggcagcatataccacc
aaaggtgacggagcacatagcaaagccaagctggtgaagacctcagggttggtacccggc
cctccctgtttgtgggcacatttgggattaggtccatcagtggtgcttcgatgggctcct
ccaccggaatgcgcagcgtcaggctctgatggccaggggctccctttggaaattcaaggc
taccgcctccagtttggcctgaagaatgcctccctggagaccacgatagatttcacaaaa
gagagaaacttcaccgtcataaacctctccccgggctccacctacgtctttgtgctctcc
gcaaagagccgagcgggctacggagatgtagtgcggagggaaataagcgtacccgtcatc
ccaccctcaggataccccaaaatatctgactttgttaacgccacttgctgctccctccag
ttctcctggctccctcctgaccaagaggagagcaatggcgtcatcacagagtacaacata
gcttacaaagagactgcaggctccaaaccctcaagcgttccaggccccttttcattaccc
gccctccgcgctcccccacgtgtggtcacgctgccggcgagccaatctcgctacacaatc
ctgggcctcaatcacagcacagcttatgaagttcagctcagagcccacaacaaggcaggg
cccggccccttcagcccccctctgctgtgccgaaccgtggcctttgaaacaggtagagtt
ggccttcagatgctggaaacaccctctaaccaagcaccgcttcgacttcacatctccccc
tgctgtggaagtcacgccaaaaaacaagatactgaaaacaagtcggaggagggcgagcaa
cccttcaatctcttccactcactcacttacctccatcaccaacccttcaccaatggaaaa
aggctgaatgttaatggctgtttgcttcaagagcaccgcttatcacattccctcagacgt
gccaaggaatttttcagtcaatctggccacgaggacgagtgttcttctgacgtgggagtt
tcccgaaagcagcaacccgtggagtacaatcggcaaaagatggaggtggatgctcgcctg
aagaaggccgtcatcccaaaccttcagcccgacaccagctacgacttcaagatcaccgct
cccgaaggcaacatgggcggccttcgccaccgcatcaccgccaaaacgtcccctccgatc
gccatccgccgcccagaggtcgatcacacccgggacacggagaccacagtcactatcatt
ctgccatccctggagtctcgaacgcctgtcaaaattgttagtcatgttgggatgcatcat
ttctctcctcctctttgccgccccatgtctcagctgttaaaagacatcagtcaaaaacag
agggactctcgtcagcagaagcaggtggacctgcgccgcgcttacatcacagcccgcttc
acacctgccaccctaccagccttctttaccctgggggaccagctggactacggaggcttc
gagaaccgcgcattagagcccgggcaggaatacgtcttcttcatcctggctgaactcaac
tctacaaccgggaagatgtacgtagccagtccttacacggatccggtgatcgccccggat
tcagacccccaacctctggatgcgggtgacggtctcatctgggtggtgggaccggtactc
gcagtggttttcatcatctgcatcgtcatcgctattttactctacaagaacaagcgcaag
gagtctgagccaggaaccaaaagtcttctgagtaatgccgagatgatggcccatcaccca
acagaccccgtggagatgagacgaattaacttccagactccagggatgatgagccatcct
cccattcccatcagcgagctggctgagcatatcgagctgatgaaagccaacgacaatctc
cgactttcccaggaatacgagtccattgaccccgggcagcaattcacttgggagcattcc
aacttggaggtcaacaagcccaaaaaccgctatgctaatgtgatagcgtacgaccacacc
agagtcatcctggcacccatagaaggcgtcctgggaagcgactacatcaacgccaattac
attgacggctacagaaagcagaatgcctacatcgccacccaggggccactggctgagaca
tttggtgacttctggagaatggtgtgggagcagcgggcggcctctgttgtcatgatgaca
cgcttggaggagaaatcgcggataaagtgtgaccagtactggcctagtcggggcacagac
acatatgggacaatccaggtaaccctgctggacaccatggaactggcaacattctgcgtc
cgcaccttctccctccataagagtggcagcagtgaacgacgagaggtccgtcagttccag
tttaccgcctggccagatcacggcgttccggagtacccgaccccattcctcaacttcctg
cgacgggtcaaggcctgcaaccctccggatgccgggcccattatcgcgcactgcagcgcc
ggcgtcggccgcaccggctgcttcatcgtcatcgacgccatgctggagcgcatccgacac
gagcgtaccaccgacatctacggtcacgtcacactgatgcgttcccagaggaactacatg
gtacaaaccgaggaccagtacagcttcatccatgaggcgctgctggaggccgtggcctgc
gggaacaccgaggtggccgccaggagtctctactcgtacatgcagaagctggcgaaggtg
gagagcggcgagcatgtcactggcatggagctggagtttaaacgactggccaacaccaaa
gcccacacgtcccgctttgtcacagccaacctcccctgcaacaagttcaagaatcggctc
gtcaacatcatgccctacgagaccacccgtgtgtgtctccagccaatcagaggcctggag
ggatctgactacataaacgccagctacattgacggttacaggcagcagaaaggctacatc
gccacccagggtccactggcagagaccacagaagacttttggaggatgctgtgggagcac
aactcaactattgtggtcatgctcacgaaactgagggagatgggccgggagaagtgtcac
cagtactggccggctgaacgctccgccaggtaccagtactttgtggtggaccccatggcc
gagtacaacatgccccagtacatcctgcgggaattcaaagtaacagatgccagggacggc
caatcgcgaacagtccgtcagttccagttcactgactggcccgagcaaggtgtgcccaaa
tccggtgaaggcttcatcgatttcattggccaagtgcacaaaacgaaggagcaatttggc
caggatggaccgatcagtgttcattgcagtgctggcgtgggtcgcacgggggtcttcatc
actctgagcatcgtgctggagaggatgcgctacgaaggggcagtggacattttccagact
gtcaaaatgctgcggacacagagaccagccatggtgcagactgaggatgagtaccagttc
tgctaccaggccgctctggagtatttgggtagcttcgaccactatgcaacataa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (64)   

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