KEGG   Alligator mississippiensis (American alligator): 102569305
Entry
102569305         CDS       T03087                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase V
  KO
K18036  receptor-type tyrosine-protein phosphatase V [EC:3.1.3.48]
Organism
amj  Alligator mississippiensis (American alligator)
Brite
KEGG Orthology (KO) [BR:amj00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:amj01009]
    102569305
Enzymes [BR:amj01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     102569305
Protein phosphatases and associated proteins [BR:amj01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    102569305
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm Pur_ac_phosph_N DUF4249 Y_phosphatase3 DSPc CDKN3
Other DBs
NCBI-GeneID: 102569305
NCBI-ProteinID: XP_014464884
UniProt: A0A151N8S3
Position
Un
AA seq 2275 aa
MELLLLLLPILWPSWLPGTQAKVDRCNETASEGPAEVEAMPSKSGTLLNVSVSDQGRSDS
LFLSWDEPEGDALGYSLALYTLDPDLLLQNGSAGPNATSFQFQGLVPGTRYRAEVTAALT
CAAVREVVTGQTSPSPVHNVSLSNRGSTSALHASWVDASGKKDGYRLVLYHLDSQVAVRN
ESVLADVSAFLFEGLLAGSEYALKITTLAGASQASTSLHQWTAPSAPEELRLQNLGSSTS
LFASWTSAGGAAWLHLKLHSLLSSKVSKAISTKRGLTNYTFQHLDPGTEYHLVVSATAGT
YMASGPNATAWTCPLSPTNVSLSSGGDNGSLQAQWSSPAGNRDFYLVTLQQDESKTPTRN
VSVGGDSTRITFHSLSPGTQYTVQVTAMAGPYRASSQSAATWTQPVAPPGASLSSQGSPS
TLHACWEEATGSGYKVELYTMEPHVLVLSSSVQRSITNLTYEGLSPGTQYTLVIRTIAGL
HASPPLRIANWTYPLPPEELSLSNRGHSTSLYASWKGAPAVSIIHYRGVLFETKSQVQIR
NVSLEKSWTNITFEGLSPGLQYTLEMTAVAGPYKSPMCTAMDWTYPLAPSGVTLTTKKHS
FGLSAFWDKASGDRDQFLLQLYSREHPVQRNISVGPDTQNFTFLGLLPGTQYFLEVTALA
GPYSASSQPATEWTYPLSLANVSVSQGQSPQELHVSWMESGGGRDHWVQLYADESLSIIR
NVSVPRGVTHVDLDGLVPGARYRVEIISQAGPHRTSSQTAIGYTAPLMPLHPLVTNGGST
SALAVHWEAPAGQRDGYLVNVSEEGSSAAGRRVAAGKNSTSVTVVGLAPGSCYHVELWAV
AGAYSSDLQNITGCTVPAAPMNVSLTNAGSSSVLHAAWAEPPGGRDYYRVILYSLASQTT
ERTQSLGPGAENITWTHLAAGSKFAVQVTAVKGPYESSSPNITQWTYPLAPANLTLASPS
AFTLQASWTGAEQGGEGYTVELYETSSGSLASRVSLGWDARNHTFWSLSPGTCYSMRVSA
AAGPYHAIAPNLTHWTRPLAPPAVHLVNEGHPDRLSASWGAVAGSQNSYTLILCHAGSGT
MVTRTSLGKDAHNFTFEDLAPGHEYLLEVVSAAGPYWASAANVSNWTCPLAPLALRLVNE
EHPDRLSASWEAAAGSRDSYMLTLYHAGSGTVVASVSLGKDAHNFTFVGLAPGHRYILEA
VSKAGPCLMPARNISDWTYPLPPLNVYVTNQGHPDRLMASWGAAAGERDGYLLTLYYAGS
GSVAANASVGRDANKFTFSRLAPGHKYLLEVVSMAGPYMASAGNNSDWTTPLVPADLSAV
IGENRTLLSVSWGPSSSQQDYCQLWLREPGNSTLPQRHTLAQGQVQHVFWGLVPGRNYSV
SLSCEAGPYWSSTGVLVVPVEPNPVKDMQCLPDSKAFYLNWTVPSGDVEAYELMVERPSS
GALQPEIHMSIPGSEASLEGLVPNSSYRISLRVLGRNGMRSWAVTLLCNTSVEVLPPPVL
ADVLQFEAGSRVVISSDMFSEENGQIQYYGVIATTNESLLRPTQEIVTTTWYDHYYGQED
SYLAVLIPNPFHPSHRSTPKTWAVPVGTEECGHSRKTCNGKLKANVQYRFSIAAFTKYDQ
LDPAVSFTSFSAAGADATPFPIPIVAGVITGFLLTLTAIFGLVYWKRARAKRNKKSNLPQ
EMSTYSLRNVHRPVPIQSFKQYYEMKTANANNAFFQEFEELKEVGKEQPKVEAELPANVS
KNRHPHVLPYDHSRVRLSHLDGEPHSDYINANFVPGYTSQQEFIVTQGPLKKTIEDFWRM
VWEHNVCNIVMLTVGMENGRVLCEHYWPSESAPVSYRQIRVHLLTQSSSDEWTMREFKLW
HEGLKVERHVTHLHYTAWPDHGIPESTTSIIAFRELVREHIQTAKDSGPTLVHCSAGVGR
SGTFIALDRLLQQMKQEKVVDVFGTLYTMRMSRYQMIQTLVQYIFLHSCILDKISEEPLM
GLSGTEISCPIPVKSFMQHYTQKSAKSKAGFLREYEILLEVAKDEASSATPSVGSQQTRP
CSSILAYDRARIKFSPLEQGPFSDVFQAWLIPGCNSARDYLAIQGPDKVTMEDFWSLVWE
RGVHTIVTLLSCPEKNQVPSEACWPLEGDPVCTEMLTIQRGTEKHISGWRCIQLKLKHEK
KVKERQVQRFLYPLWGRKQQPDARALVEFLAAVRRHTPHKKRAGPLLLHCSSGVGQMGTL
IALDCLLHQLKVERSVDVYGVTLRLMRSCCLMTPTLDQYMFLYMCIRDILAQRLP
NT seq 6828 nt   +upstreamnt  +downstreamnt
atggagctgctgctgctgttgctgcccatcttgtggccatcctggctcccaggtacccag
gcaaaggttgacagatgcaatgagacagcctcagaggggcctgcagaggttgaagcaatg
cctagcaagagtgggaccctcctaaatgtgagtgtcagtgaccagggccgctcggactct
ctcttcctgtcctgggatgaaccagagggggacgctctgggctactccctggccctctac
acgctggacccggacttgctgctgcagaatggatcagctggacccaacgccaccagcttc
cagttccaagggctcgttccagggacgcgctatcgtgctgaggtcactgctgctctaact
tgtgcagcagtcagagaggtggtgactggacagacaagcccatcacctgtacacaacgtg
agcctgagcaaccgtgggagcacctcagccctgcatgcctcctgggtggatgcctccggc
aaaaaggatggctaccggctcgtcctctatcaccttgattcccaggtggctgtgcgcaat
gagtctgtcctcgcagatgtctccgcgttcctgtttgaggggctgctggctggcagtgag
tatgccctgaagatcaccacgctagccggagctagccaggccagcaccagcctccaccag
tggacagcaccctctgccccagaagaactgaggctccagaacctgggctccagcaccagc
ctctttgcctcctggaccagtgctgggggagctgcctggctgcacctcaagcttcacagc
ctcctctcctcaaaagtgagcaaggccatatccaccaagagaggcctcaccaactacacc
ttccagcacctggaccctggcaccgagtatcacctggtggtgagtgccacggctggaacc
tacatggcatcaggacccaatgccacagcctggacatgcccactaagcccaaccaatgtg
tccttgagcagtggtggggacaatggctccttgcaagctcagtggagctccccagctggg
aacagagacttttatctggtgaccttgcagcaggatgagagtaaaacccccaccaggaat
gtgtctgtgggaggagacagcactcgcatcacatttcacagtctgagccctgggacgcag
tacaccgtgcaggtgacagcaatggctggcccttacagagcatcttcccagagtgcagcc
acctggacacaacctgtagcaccacctggtgcaagcctctccagccagggaagcccctct
accctgcacgcttgttgggaggaggctactggatcaggatataaggtagagctatacacc
atggagcctcatgtactggtgttgagcagttctgtacagagaagcatcaccaaccttacc
tacgaggggctgagcccagggacccagtacacccttgtgatcaggacgatagctgggctg
catgcctctccacccctgcggatcgccaattggacatatccattgccaccagaagagctg
agcctcagcaaccgtggacacagcacctcattgtacgcctcctggaaaggagctcctgct
gtcagtatcattcactacagaggtgtcctttttgagaccaagtctcaggtacagatcaga
aatgtgtccctggagaaaagctggactaatatcacctttgaggggctgagccctgggctt
cagtacaccctggagatgactgctgtggctggaccttacaaatcccccatgtgcacagcc
atggactggacataccctttggctccatctggcgtgactctgaccactaaaaaacattcc
ttcggtctctctgccttttgggacaaggcttctggtgacagggaccagttcctactccag
ctgtacagcagggagcacccagtgcaaaggaacatctcagttgggccggacacccagaac
ttcactttcctagggcttcttcctggaactcagtatttcctagaggtgacagcactggca
gggccttacagcgcctcatcacagcctgcaaccgagtggacataccctttgtcactggct
aatgtgagtgtaagccaaggccagagcccccaggagctgcatgtgagctggatggagtca
ggtgggggcagagaccactgggtgcagctctatgccgatgaatcgctgtccatcatcagg
aatgtgtctgtgccacgcggtgtcacccatgtggatctggatggtcttgtgcccggggca
cggtatcgtgtggagatcatctctcaggccggaccccaccgcacctcttcccagacagcc
atcggctacacagccccactgatgccgctccacccactggtaaccaatggtggcagcacc
tcggctctggctgtgcactgggaagctcctgctgggcagagagatggatacctggtgaac
gtgtctgaggagggctcctcggctgcagggagacgtgtggctgcagggaagaatagcacc
agtgtcaccgtggtggggctagcaccaggatcttgctaccacgttgaactctgggcagtg
gccggagcctacagctctgacctccagaacatcactggctgcacagttcctgctgctccg
atgaacgtgagcctcaccaatgcaggcagctcctcagtgctgcatgctgcctgggctgag
cctcctgggggccgggactactacagggttattctatacagcctggcatcccagaccaca
gagcgaactcagtctttggggcctggtgccgagaacatcacctggacacacttggctgcg
ggaagcaagttcgctgtgcaggtcactgctgtcaaaggcccatatgaatcctcctctcct
aacatcacccaatggacctaccccctggcccctgctaacctcaccctggccagcccctct
gctttcaccctgcaggcctcctggacaggggcagagcagggaggtgagggctacaccgtg
gagctgtatgagacctcctctggcagccttgccagccgggtctcacttggctgggatgca
aggaaccacaccttctggagcctgagcccaggcacctgttacagcatgagagtgagcgct
gcagcggggccttatcatgccattgcccccaacctcacccactggacacgtcctctggcc
ccaccagctgtgcacctggtgaatgaggggcaccctgacaggctgagcgcatcatgggga
gcagtggcagggagccaaaacagctacacgctaatcctgtgccacgcgggatcaggcacc
atggttacaaggacctctcttgggaaagatgcccacaacttcacctttgaagatctggcc
ccaggacatgagtacttgctggaggttgtctccgcagctggaccctattgggcatcagct
gccaacgtcagcaattggacctgccctctggccccattggccctgcgcctagtgaacgag
gagcaccccgacaggctgagtgcatcctgggaagctgcagcagggagccgagacagctac
atgctaaccctgtaccatgcaggatcaggcactgtggtggcaagtgtctcccttgggaaa
gatgcccacaacttcacctttgtgggcctggccccaggacacaggtacatcctggaagcc
gtctccaaggctgggccctgcttgatgcccgcgaggaacatcagtgactggacatacccg
ctgccaccccttaatgtgtacgtgacaaaccaggggcaccctgacaggctgatggcatcg
tggggtgcagctgctggagaacgagatggctacctgctcaccctgtactatgcaggctcg
ggttctgtggcagccaatgcttctgttgggagagatgccaacaagttcaccttctcacgc
ctggctccagggcacaagtatttgctagaggtggtctctatggctgggccgtacatggca
tcagcaggcaacaacagtgactggacaacccccttagtcccagcggatctctctgcggtg
attggggagaatcgcacgctgctgtcggtgtcatggggaccctcctccagccagcaggac
tactgccagctatggctgcgtgaacctgggaacagcactctcccacaacggcacaccctg
gcccaggggcaggtccagcatgtgttctgggggctggtcccaggcagaaattactcggtt
tccttgagctgcgaggccgggccgtattggagcagcacaggagtcttggtagtgccagta
gaacccaacccggtgaaggacatgcagtgtctgcctgactccaaggccttctacctgaac
tggacagtgcccagtggagacgtcgaggcctacgagctcatggtagagagaccgtccagt
ggagctctccagcctgagatccacatgagcattcccgggagtgaggccagtctggagggc
ttggtgccaaactcttcgtaccgaatcagcctgagagtgctgggcaggaatgggatgcgg
agctgggccgtgactcttctctgcaacacttcagtggaggtcctgcccccaccggttcta
gcagacgtcctccagttcgaggctggctccagagttgtcatctcctctgacatgttcagc
gaggagaatggccagatccagtattatggtgtcatcgccaccaccaacgagtcattgcta
aggcccacccaggagattgtgaccaccacctggtatgaccattactatgggcaggaggac
tcatacctcgctgtgcttatccccaatcctttccacccgagccataggagcactcccaaa
acgtgggccgtgccagtgggaacggaggagtgtggccattcccggaagacctgcaatggg
aagctgaaggcaaatgtccagtacagattcagcattgctgctttcaccaaatatgaccag
ttagaccctgctgtgtcattcacatcattttcagctgctggtgcagatgcaactcctttt
ccaatcccaatcgtggctggagtcatcacaggttttctcttgacactcacagcaatcttt
ggattggtctactggaagcgagcacgagccaaaagaaacaagaagagtaacttaccccaa
gaaatgtcaacttacagcttgagaaacgtgcatcggccagtccccatacagagcttcaaa
cagtattacgagatgaagacagcaaatgccaacaatgctttcttccaggagtttgaggag
ctgaaggaagtcgggaaggagcagcctaaagtggaggcagaacttcctgccaatgtctcc
aagaacagacacccccatgtgctgccctatgaccactcaagagtcaggctgagccacctg
gatggggaaccccactctgactacatcaatgccaactttgtccccggctacacctcccaa
caggagtttattgtcacccagggacctctgaagaaaaccatcgaggacttctggaggatg
gtctgggagcataatgtctgtaacatcgtcatgttgacagtgggcatggagaatgggcgg
gtgctgtgtgaacactactggccttcggaatctgctcccgtctcctacaggcagatccgc
gtccacctgctgacccagagcagctctgatgagtggaccatgcgtgagttcaaactctgg
catgagggcctgaaggtggagagacatgtgacccacctacactacacagcttggcctgac
catggcattcctgagtccacaacttccataattgccttcagggagctggtgcgagaacac
atccagactgcaaaggattctggcccaacactggtgcactgcagtgcaggagtgggccgt
agtggcaccttcattgccttggaccggttgctgcagcagatgaagcaggagaaggtggtg
gacgtgtttggcaccctttataccatgcggatgagccgctatcagatgattcagactctg
gtccagtacatcttcctgcatagctgtattctggacaagatctcagaggaaccactgatg
ggcctgtccgggacagagatctcctgccccatccctgtcaaaagcttcatgcagcattac
acccagaagtcggccaagtccaaagcaggcttcctgcgggagtatgagatccttctggag
gtggcaaaggatgaagccagctctgccacaccctctgtaggcagccagcagacccgtccc
tgttccagtattctggcatatgatcgtgccaggattaagttttcaccgctggaacaaggc
cccttctcagacgtcttccaggcatggctcatcccgggctgcaattcagctagagactac
ctagccatccaagggccagacaaagtgaccatggaggacttctggagtctggtgtgggaa
cgtggggtccacaccatagtaaccttgctgtcatgtccagagaagaaccaggtcccaagc
gaggcatgctggcccctggagggcgacccagtctgcactgagatgctgaccatccagcgc
ggcacggagaagcacatctcaggatggaggtgcatccagctcaagctgaaacacgaaaag
aaagtgaaggagaggcaggtgcagcgattcctgtacccactgtgggggcgcaagcagcag
ccagatgcccgtgccctggtggagttccttgctgccgtcagacgccacacgccccacaag
aagagagctggtcctctgctcctgcactgcagcagtggcgtgggccagatggggacactg
attgccttggactgcctgttgcatcagctgaaagtggagcggagcgtggatgtctatggg
gtcaccctccggctgatgaggagctgctgcctcatgacaccaacactggaccagtatatg
tttctgtacatgtgcatccgggacatccttgcccaaagactgccctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (20)   

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