KEGG   Athene cunicularia (burrowing owl): 113489030
Entry
113489030         CDS       T05777                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase V-like
  KO
K18036  receptor-type tyrosine-protein phosphatase V [EC:3.1.3.48]
Organism
acun  Athene cunicularia (burrowing owl)
Brite
KEGG Orthology (KO) [BR:acun00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:acun01009]
    113489030
Enzymes [BR:acun01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     113489030
Protein phosphatases and associated proteins [BR:acun01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    113489030
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm Pur_ac_phosph_N Y_phosphatase3 DSPc Y_phosphatase2 PTPlike_phytase
Other DBs
NCBI-GeneID: 113489030
NCBI-ProteinID: XP_026720315
Position
26
AA seq 2269 aa
MRPPLLPLLVLWVPGLLGTLAEGRGCNRTERAGMDAHSDGGTLLNLNVSAHGRSDSLLLS
WDEPEGGAEGYLLALSSLGSGTPLQNGSAGPNITSFWFHELTPGMRYKIEVTATLPCMKT
ASQTVTAQTSPSPVRNLSLSSGGSSAVLHASWVHALGQRDGYHLALYHSESQTLVRNASI
LPNASIFLFDGLLAGSEYALKVSTLAGSGQASTSIHQWTAPSIPTQLRLSPGSSTSLIAS
WAHAAGAAWLHLALHNLLTQTVTTTLSARRGLTSYTFQHLHPGTQYWLGLSATAGPYTAR
GPNATAWTYPLSPGNVTLSSAEEQSSLEARWSTPAGERDFYLVTLQEGEDGALTRNISVS
GDNDRVTFHGLSPGKQYSVQVTAVAGPYRASAHSTAAWTQPLAPSGVSLSSQGSPYSLLA
SWEEAMGEGYLLALSPVEHPVKNSSLLRGVTNFTYEGVHPGTLYTFEVSTVAGPYTSSSR
RITNWTYPLPLEQLTLSNQGHSTSLHASWRAAPASSTGYTGTLWETKSQEWVRNMTVGNN
WTNVTFEDLVPGRQYTLEMAAMAGPYRSPVRSATDWTYPLAPAGVTLTNTRRPLGLSAFW
DKAAGDVDQFHLQLYSKNHPAQRNISVGPNTHNFTFLGLSPGIQYFLKVTVLAGPYRSSS
HFATEWTYPLSLANVSVQPGRRPQELHVSWVESGGGRDHLVQLSVAESLSIIRNVSIPRG
VTQLDLEGLVPGSRYRVEIISQAGPHRTSSQTAIGYTVPLPPLSLSASPVSTAWALAVHW
EVPPGQRDGYLLSIHEEGSSAPARSMEAGKDSTNVTLVGLEPGTCYLVQIWAVAGPYRSL
PRNVTGCTVPAAPTNVSLTNPDSSSELYMSWNKPAGRRDHYRVNLYSLSTQSRDQVQTLS
PDAQNITWTHLEAGSRFAVQVTAVKGSLEASSTNVTQWTHPLAPANLTLGSPSASMLQAS
WAGVGRGAEDYVVDVYDTASNSRVGHMVLGGDARSHIFRNLSPGTRYSVAVRATAGPFHT
STPNLTHCTRPLPPAAVHWLSTGHSDRLSTSWESAAGGRDGYTLTLYRTWLGTVAATASL
GRDTHNFTFMGLTPGYEYSLEASATAGPYQAAAPNISGWTRPLPPTAVRLLSTGHPDRLS
ASWGAAAGGREGYALTLYHARLGTVAATTSLGRDTHNFTFTRLAPGSKYMLEVVSVAGSY
RAPAGNVSNWTYPLAPHNVYMTNQGYPNRLSVSWRAEPQGQDSYRLLLYHSGSGIVAGNV
SVWKGTSKFTFSGLAPGHKYLLEVVSVAGPYAASAGNISDWTTPSVPKNLSVVAEGNNTM
LISWGSVSGEQDDCQLWLRDPRNSTFPRRHALSRGQVQHLLQGLIPGRNYSVSLSCVAGP
YWSSTKPLAVPMEPNPVEDVQCLSESRSLYLNWTSSPGDVEAYEVVTERLSDGPPTSKYV
MSIPTSKASLEGLGPNSSYQISVSTVGMNAMKSQAVTLLCNTTVEALPPPLRADIFQVEA
SSTVIISSDLFSEENGQIEYYGVVATTNDSLLRPTQEIMSSTWYDHYYGTEDSYLAVLIP
SPFHPSPRSSTETWRVPVGTEECGQSRATCNGKLKANEQYRFSIAAFTKYDPVAPAVTFT
MFSAAGSGADATPLSMPIIAGIIVGFVLTLGAIFALIYWKQLRAKRTKKSSLPQEMETYS
LRNVHRPIPVQNFKQYYEMKTASANHAFFQEFEELKEVGKEQPKVEAELPANVSKNRYPH
VLPYDHSRVKLSKLGEDSHSDYINANFMPGYTSQQEFIATQGPLKKTIEDFWRLVWEQNV
CNIIMLTVCMENGRVLCDHYWPSESAPVSYGQVRVHLLMQSSSEEWTMREFKLWHEGLQA
ERHVSHLHYTAWPDHGIPESTTSIMTFRELVREHIQSTKDAGPTLVHCSAGVGRTGTFIA
LDRLLQQMKQEKVVDTFGVVYALRMNRYQMIQTLSQYIFLHSCILEKILEEPLLSLSQTE
RSCPIPLKSFAQHYAQKAAKSHVGFLREYETLLEVVKEEASSATPSSGNQQTRPSSSILP
YDRSRVKFSLLEQGPFSGLLQVWRVPGCSSSREYLAVQGPDKLTMEDFWTLVWEQDVHTI
LTLLPWQDKGEVASEACWPLEGDSLCTKMLTIQCGAEKLVYGWKCIQLKIKHEKKAKERQ
VQRFLYTLWSSKKQPDVQSLVELLTAARRCMPHRKRAGPLLLHCSGGVSQMGTLISLDCL
LHQMKAERIVDVYGVTLQLTRSCCLMTPTLDQYMFLYTCIRDIITQKQP
NT seq 6810 nt   +upstreamnt  +downstreamnt
atgaggccgccgctgctgccgctgctggtcctgtgggtgccggggctcctgggaacgctg
gcagagggcaggggatgcaaccgaacagaacgggcagggatggatgcacacagtgatgga
ggaaccctcctgaacctcaacgtgagtgcccatggccggtcagactcgctccttctgtcc
tgggatgagccagagggaggtgccgaggggtacttgcttgccctctcctccctggggtca
ggcacgccactgcagaatggatctgctggacccaacatcaccagcttctggttccacgag
ctgacccctggcatgcgctacaagattgaggtgacagccacgcttccctgcatgaagacc
gccagccagacagtcacagcacagacaagtccttcacccgtccgcaacctgagcctgagc
agtggtgggagctctgccgtgctgcacgcctcctgggtgcacgccctcggtcagcgagat
ggctaccaccttgccctctaccacagcgaatcccagacgctggtgagaaatgcttccatc
ctgccaaacgcctccatattcctgtttgatgggttgctggctggcagcgagtacgccctg
aaggtcagcacactggctggatctggccaggcgagcaccagtatccaccagtggacagct
ccctccattcccacccagctgaggctcagcccaggctccagcacaagcctcatcgcctcc
tgggcccatgctgcaggggctgcctggctccacctcgcactccacaacctcctcacccag
acggtgaccacgaccctgtcagccaggaggggcctcaccagctacaccttccagcatctc
caccccggcacccagtactggctggggctgagcgccacagctgggccctacactgcgagg
ggacccaacgctactgcttggacataccccctgagtcctggcaatgtgacgctgagcagt
gcagaggagcagagctccctggaggctcgctggagcaccccagcaggagagagggacttc
tacctggtgacactgcaggagggagaggatggagctctgacgaggaacatctccgtcagc
ggagacaatgatcgtgtcaccttccatgggctgagccctgggaagcaatactctgtccag
gtgacagcggtggctggaccttaccgggcatcagcccacagtacagcagcctggacacaa
ccgctagcaccatctggtgtgagtctgtcgagccaagggagcccctacagcctactagcc
agctgggaggaggcaatgggagagggctacctgctggccctcagccccgtggagcaccct
gtgaagaacagctcactgctcagaggtgtcaccaatttcacctatgagggtgtccaccct
gggacactctacacctttgaggtcagcaccgtggctggcccctacacgtcctcatcccgg
cgcatcaccaactggacatatcctctgcccctggagcagctgaccctcagcaatcagggc
cacagtacctctctgcacgcctcctggagagcagctcctgctagcagcaccggctacaca
ggcaccctctgggaaaccaagtcccaggagtgggtcaggaacatgactgtgggaaacaac
tggacgaatgtcaccttcgaggacttggttcctgggcgacagtatacgttagagatggct
gctatggctggaccttacagatcccctgtgagatcagccacagactggacataccccctg
gctccggctggcgtgaccctgaccaacactcgacgcccgctgggactctctgccttctgg
gacaaggctgctggtgatgtggaccagtttcacctccagctctacagcaagaaccatcca
gcacagaggaacatctccgtggggccaaacacccacaacttcacattcctgggactttcc
cctggcattcagtacttcctgaaggtgaccgtccttgctggaccatacagatcctcgtca
cactttgccactgagtggacatatccactgtctctggctaatgtgagtgtacagcctggc
cggaggccccaggagctacatgtgagctgggtggagtcaggtggtggcagagaccacttg
gtacagctctcggtggctgagtccctgtccatcatcaggaatgtgtccatcccccgtgga
gtcacccagcttgacctggaggggctcgtgccagggtcccgataccgcgtggagatcatt
tctcaggctgggcctcatcgcacctcctctcagactgccatcggctacactgtcccgctg
cctcctctttccctgtcagcaagccccgtcagcactgcatgggctctggctgtgcactgg
gaggtgcctcctgggcagagggatggatatctgctcagcatacacgaggagggctcttct
gcaccagcaaggagcatggaagcaggaaaggacagcaccaatgtcaccctggtagggctg
gaaccaggaacttgctaccttgttcagatctgggcagtagctggaccctaccgctccctc
cccagaaatgtcactggctgcacagttccagccgcaccaacaaacgtgagccttaccaac
ccagacagctcgtcagaactttacatgagctggaacaagcctgccggcaggagggaccac
taccgtgttaatttgtatagcctcagcacccagagcagggatcaggtccagaccttgagt
ccagatgcccagaacatcacctggactcacttggaggcaggcagcaggtttgctgtgcag
gtcactgctgtgaaaggctcattggaagcctcctccaccaatgtcacgcaatggacacat
cccttggcccctgccaacctcaccctgggcagcccctctgcctctatgctgcaggcctcc
tgggcaggagtggggcgaggagcagaagactacgtggtggatgtctatgacacagcctcc
aacagtcgcgtggggcacatggtgctgggtggggatgccaggagtcacatcttcaggaac
ctgagccctggcacccgctacagcgtggcagtgagggccacagctgggcccttccacacc
agcacccccaacctcacccactgcacacgcccactgcccccggctgctgtgcactggctg
agcacagggcactccgacaggttgagcacatcctgggaatctgcggctggggggcgagat
ggctacacactgaccctgtatcgcacgtggctgggcaccgtggcagctacagcctcactc
gggagagatacccacaacttcaccttcatgggcctgaccccaggatacgagtattctctg
gaagccagtgccacagctggaccatatcaggcagcggcacccaacatcagtggctggaca
cgcccgctgcccccgactgccgtgcgcttgctgagcacggggcaccctgacaggctgagc
gcatcctggggagccgcagctggggggcgagaaggctacgcactgaccctgtaccatgca
cggctgggcaccgtggcagctacgacctcacttgggagagacacccacaacttcaccttc
acaagactggccccaggaagcaagtatatgctggaggtggtgtctgtggcggggtcctac
cgggcacctgcagggaatgtcagcaactggacataccccctggcaccccataatgtgtac
atgacgaaccaggggtaccccaacaggctgagcgtgtcctggcgagctgaaccccaggga
caagacagttacaggctgctcctgtatcattcgggatcaggtattgtggctggcaatgta
tctgtttggaaaggcaccagcaaattcaccttttctggcctggctccaggacacaaatac
ctgctggaagtggtgtctgtggcagggccctatgcagcctctgcagggaacatcagcgac
tggacaaccccctcagttcccaaaaatctctctgtggtggctgaagggaacaacacaatg
ctcatctcctggggcagtgtttctggagagcaggacgactgccagctgtggctgcgggat
cccaggaacagcacatttccccggcgccatgccctcagcagagggcaagtgcagcacctc
ctccaggggctgatcccagggaggaactactctgtctccttgagctgtgtggctgggccc
tactggagcagcaccaagcccctggcagtgccaatggagccaaaccctgtggaggatgtg
caatgcctatcagagtcaaggagtctatacttgaactggacaagctctcctggagatgtg
gaggcttatgaggtggtgacagagagactctctgatggacctcccacctccaagtatgtc
atgagcatccctacaagcaaggccagtctggaggggctggggccaaactcatcctaccaa
atcagtgtgagcacagtgggcatgaatgcaatgaagagccaggctgtgactcttctctgc
aacacaacagtggaggccctgcctccaccccttcgagcagacatcttccaggtggaggcc
agctccacagttatcatttcatctgacctgttcagcgaggagaatggccagattgagtat
tatggtgtcgttgctaccactaatgactcactgctgaggcccacccaggaaatcatgtcc
agcacatggtatgaccactattatgggacagaggactcctacctggctgtgctaatcccc
agtcccttccatccgagccccaggagctccaccgaaacctggcgagtgccagtgggaaca
gaagagtgcggccagtccagggcaacatgcaatgggaaactgaaagccaatgaacagtac
aggttcagcatcgccgccttcaccaaatacgacccagtagctcctgcagtgacattcacc
atgttctcagctgctggatctggtgcagatgcaactccactctcaatgccaataatcgct
ggaatcatcgtgggatttgtcttgacacttggagctatttttgctttgatctactggaaa
cagctcagagcaaagagaaccaagaagagcagtctgccccaggaaatggagacctacagc
ttgagaaacgtccatcggccaattccagtacagaacttcaagcagtactatgagatgaag
acagcaagtgctaaccacgcttttttccaggagtttgaggagctgaaggaagttgggaag
gagcagccaaaggtggaggctgagctaccagcgaatgtctccaaaaacagatatccccac
gtgctgccatatgatcactctcgggtcaagctgagcaaactgggggaggattcacactcg
gactacatcaatgccaactttatgcctggctatacatcccagcaggagtttattgccacc
caggggcccctgaagaaaacgatagaggacttctggaggctggtgtgggagcaaaacgtc
tgcaacatcatcatgctgacagtgtgcatggagaatgggcgggtcctctgtgatcattac
tggccatcagaatctgccccggtctcctacgggcaggtccgggtccaccttctgatgcag
agcagctctgaggagtggaccatgcgcgagttcaaactgtggcatgagggtctccaggca
gagcggcatgtgtcccacctgcactacacggcatggcctgaccatgggattccagagtcc
acaacttccattatgaccttcagagagctggtccgggagcacatccagagcaccaaggat
gcggggccgacactggtgcactgcagtgctggggtgggccgtacaggtaccttcattgcc
ctggaccggctgctgcagcagatgaagcaggagaaggtggtggacacatttggggttgtt
tatgccttgcggatgaaccgttaccagatgattcagactctgtcccagtatattttcctg
cacagctgtatcctggagaagatcttggaggaaccactcctgagtttatcacagacggag
aggtcctgccccatcccactgaagagctttgctcagcactatgcccagaaggcggccaag
tcccatgtgggcttcctgagggagtatgagactcttctagaggttgtcaaggaagaagcc
agctctgcaacaccatcttcaggcaaccagcagacacggccgtcttccagcatcctccca
tatgatcgctccagagtgaagttttccctgctggaacagggccctttctcaggtcttctg
caggtgtggcgtgtcccgggctgcagctccagcagggagtatctggctgtccaggggcct
gacaagttgaccatggaggacttttggaccctggtgtgggaacaggacgttcacaccatc
ctaacacttctcccatggcaggacaaaggggaggtggcaagtgaagcgtgctggcccctg
gaaggagactctctctgcacaaagatgctgaccatccaatgtggtgcagagaagcttgtc
tatggatggaagtgtatccagctcaaaataaaacacgagaagaaagcaaaggagaggcag
gtacaacggttcctatacacactctggagcagcaagaagcagccagatgtccagagcctg
gtggagctcctcactgctgccagacggtgcatgccccatcggaagagagccggtcctctc
ctgctgcactgcagtggtggcgtgagccaaatggggacactgatctccctggattgcctg
ttgcaccagatgaaagctgagagaattgtggatgtctacggggtgacccttcagctgaca
agaagctgctgtctcatgaccccaactctggaccagtacatgttcttgtacacctgcatc
cgggacatcatcactcagaaacagccctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (8)   
   Pfam (8)   
All databases (19)   

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