KEGG   Dendronephthya gigantea (soft corals): 114527312
Entry
114527312         CDS       T06112                                 
Name
(RefSeq) tyrosine-protein phosphatase Lar-like
  KO
K05695  receptor-type tyrosine-protein phosphatase F [EC:3.1.3.48]
Organism
dgt  Dendronephthya gigantea (soft corals)
Brite
KEGG Orthology (KO) [BR:dgt00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:dgt01009]
    114527312
Enzymes [BR:dgt01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     114527312
Protein phosphatases and associated proteins [BR:dgt01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    114527312
SSDB
Motif
Pfam: Y_phosphatase fn3 I-set Ig_3 Pur_ac_phosph_N ig Ig_2 DSPc Y_phosphatase3 C2-set_2 PTPlike_phytase fn3_2 V-set Shisa 7TM_GPCR_Sri TM_ErbB1
Other DBs
NCBI-GeneID: 114527312
NCBI-ProteinID: XP_028404773
Position
Unknown
AA seq 2020 aa
MIISNGFRILIVGILVIYLSAAVNSSGLSVRVSPKKLTQYRSQHVVFRCFVTGNPVPIVS
WYNGKGENMAKDSRAKIGKIPGGYIIRLGPVISLFDNGTLECRANNGVDPPVTDVANLHV
LGNFFVPTDPTLPTGIPKPLARYNPNLNVDVGTNLTLLVNVSGNPAPKITWFKDGKLLDW
SNPRFTLLKNNSLRITNAQVADEGGYDFMAENDKGQIFPRAWVVIPSYIKTKPGFLPRLK
NKVVDPETDVVLNCSATGYPKPYIHWEDSKHRRLEENGHLLIKNVRKSETYRCIAVNDLG
NATMSVNVTLSGLPFAPKNVRAKSKKGYSLTVSWQDGGSGTTIDYHSIKYRKKGNLYWEN
VAEIQGNVREYKLNNLDTYADYEVQVFSRNNVGRSKGSKIVTMKTEETAPGSAPRSVTVK
STETGSFEVSWLPPEHPNGRIIFYRIYYSEEIEKSWDSWQSTTAISSPKKISSGVKKDHR
YAVRVSSSTGSGAGPITEPYLVQSLKGAPSNPQDLKTKVISSTKVKVTWKKPSYEGSGQG
IVGYDIYYNNSLDGPRKKLRVQSPDDFVLVVTGLRAATTYKFDAAARTDVGSGPSSFPVF
VTTWEDVPSAPPTNFSCSAIDESRIRCSWRPPPLKDRNGAITGYEVQYKIADVDSSVKKS
FNNSVLSITLTHLQAYTVYHIDVVASTSKGQGPYTSSAVVTTHETIPSKTPENLTATAIN
STAIIVKWKAPSPPFGAKLTGYLFFYRRKPQDRKYTSIDIAANRNHIVLNQLLPEQDYEF
LIALKSVKGNSEFTVPVLCKTKQPPPFPPILVSKKLPAPQLGVTLNWTSKAQAIEQFKLR
YAKEIEKITNKTLLKKLNYVKKIFPSSVTTYSATNLDPGVWYVFKISVRNVGGWSTEREA
WHRMDDAKPTGPPLNFRVLNFTSTSVELTWDMPEKWKRNGKIIGYKLSYLQTGLTGSKKV
KNLDDRTMFDLRGLAKFTSYQFWILAKTVAGAGPSTRVVHKTKEAAPSDSPTLTEAKGMG
TRVVRLKFSPPSIPNGRIIGYRVEVYLSNPTYSAVWKVKEIRENVNEMYVDKLLTTQSRF
WFTITATTIAGYGPLSKPILGKTLDYDLPLPVSKFSVDVESSSAVKLQWKNPVDTSAVSS
YKISYRGEKSFNNTDKKMVKIEFSEKVETVKCCSRNSASLQRLEPNTIYIITIVSVSQSS
TISESQEVKIKTKVFSSPVFTKPNISKHDITDEYIPIFIHPASERNGPISFYLIYVARLG
KSLLEAREKLKTIKKSRPRRAINPNDNVYIAGKLDASVVPTSYKIGRGEIKNGYTNERLT
LGNFYAFSIQSCVLDENSLCLKTSTAFTEPVEFTAVQSAHTSGAGNETPANNILLIAVVG
GVVVLVIVIVVICFFSRSQGVERRERKPNSPKIMIHEEQLPMMTSPCDPVEMQRLNLETA
GMREHPPIHTSELGSHIEQLRSNNNFTREYESIDPAMTFISEVSAHHLNQSKNRYPNIVP
YDHTRVVLEKTNGFLDSDYINANYMAGYRKPNAYIATQAPLTNTINDFWQMIWEQNTRTI
VMMTNLQEKGRIKCDQYWPNQSSEKFGNISVLVLETVELAHYTVRTFRLYKDGQTDKCKE
IKQYQYTAWPDHGVPYYSTSLLCFIRKVRLANPPDAGPVVVHCSAGVGRTGVFIVIDSML
ERIRREQTVDVYGHVTLLRSQRNHMVQTEEQYIFIHETLMEAVLFGNTEIHASDLSQYYK
KLNEIGENETTGLEEHFKHLSVFTHTHRFITAILAANKSKNRYAKILPYEHSRVDLVPVR
GVDGSNYINASYIDGYKQRRTYIAAQSPLEETVKDFWRMIMEKKSNIVVMLSGTEENEEE
MSAKYWPCDQSAKYHFYIVDPVSVEETPNFTLRQFKVNDMMSSCPSLIKLFQLRKWPDRG
KPQSYKAILDLIGQVHTARNNDETRGPVVVHCSSGSGRSGVFCALSIVVERMRAEGVVDL
LQTARQLREQRPQMVETLEEYAFCYEAALQYLSSFDHITA
NT seq 6063 nt   +upstreamnt  +downstreamnt
atgataatatccaacgggtttcgtatattaatcgtgggaatcctcgtcatttatctctcc
gcagccgtaaactcatcaggtctgagtgtaagagtttcacccaagaaattaacccagtat
aggagtcaacatgtcgtttttcgttgtttcgttactggaaatccagtgccaatagtttca
tggtataatggcaaaggagagaacatggccaaagattctagagctaagattggtaaaatc
ccaggagggtatattataagattaggtccagtaatttccttgttcgataatggcacgctg
gaatgtcgagctaacaatggggtggatcctcctgttactgacgttgccaatcttcatgtg
ttgggcaatttttttgttccaacagaccccaccctgccaactggaattcccaaaccttta
gcacgttataatcccaatcttaatgttgacgtcggcacaaatcttaccttgcttgtgaat
gtaagtggaaatcctgcgcccaagattacgtggtttaaagatggaaaattgcttgattgg
agcaatcccagattcactctgttgaaaaataacagtttaagaatcaccaatgctcaggtc
gcagacgaaggggggtatgatttcatggctgaaaatgacaaagggcaaatcttcccaaga
gcctgggttgtgataccgagctatattaaaacgaaacccgggttccttccacggctaaaa
aacaaagttgttgacccggaaaccgacgttgtattgaactgctccgctactggttatcct
aaaccgtatatccattgggaggatagcaagcatcgtagattagaggaaaatggacatctt
ctgattaaaaacgtaagaaaatctgaaacatatcgatgtatcgcagtgaatgatttgggt
aacgcaacaatgtctgtcaacgtgactcttagtggattaccattcgcgccaaaaaacgtc
agagccaaatctaaaaaaggctattctctcaccgtatcctggcaggatggtggatccggg
acaacgattgattaccatagtattaaatatcgtaagaaaggtaatttgtattgggagaat
gtggctgagatacaagggaacgtgagggagtacaaactgaataatttggatacttacgct
gactatgaagtgcaggtcttttctcgcaataatgttggaagaagcaagggaagtaaaatt
gttaccatgaaaactgaagaaactgctcctggaagcgcaccacgttctgtcactgtaaag
tcgactgaaactggaagttttgaagtatcatggctgccacccgaacatccaaatggcagg
atcattttttatagaatatattacagtgaagaaattgagaaatcttgggatagttggcaa
agtacaaccgcaatatcttctccgaaaaagattagtagtggtgttaagaaagatcaccgg
tatgccgtgagagtatcatctagcactggatccggggcgggtccaataactgaaccttat
cttgttcagtctttgaagggagcccctagcaacccacaagatctaaaaaccaaagttata
tcttcaacaaaagttaaggtaacgtggaaaaagcctagttatgagggaagtggtcaaggc
attgtgggatatgatatttactacaataattccttggacggacctcgtaaaaagctgaga
gttcaatcaccggatgattttgtcctagtagtaactggattaagagctgccacgacgtat
aaatttgatgccgctgccagaactgatgtcggctctgggccatcatcattccctgtgttt
gtaacaacatgggaggatgttccctcagctcctccaaccaacttcagttgcagtgctatt
gatgagagtcgtatccggtgttcatggcgcccgccgccgctcaaagacaggaatggcgcg
atcactggctatgaagtccaatacaaaatcgccgacgtagattcatcagtgaagaaatct
ttcaataattcagtactatccatcactcttacccacttacaagcatatactgtctatcat
atcgacgttgttgcgagcacgtcaaaaggacaaggaccatatacaagttctgctgtagtg
acaacgcacgaaacaataccttctaaaactcctgaaaatttgacagcaacagccatcaat
tcgaccgcaataatcgttaaatggaaggctccttctcctccgtttggtgctaaattaact
ggttacctctttttctaccgacggaaaccgcaagatcggaaatatacaagtattgatatt
gctgcaaatagaaatcatatcgtcttaaatcaattgctgcctgagcaagactacgaattc
ctaatcgccttaaaatcggttaaaggaaatagtgaatttaccgttcctgttttgtgcaag
acgaagcaaccacctccgtttccaccaattttagtctcaaagaaacttccagctccacaa
ctgggagtgactctgaattggacaagcaaagctcaagctattgaacagtttaaattgaga
tacgcgaaggagattgaaaaaattaccaataagactttgcttaagaaactaaattatgtt
aagaagatttttccatcatcagttactacatatagcgccactaatttagatcccggtgtt
tggtatgtttttaaaatatcggtaaggaatgtcggtggctggtcaacggaacgtgaagcg
tggcatcgtatggatgatgctaaaccaacaggcccacccctaaatttcagagtcctgaat
ttcacatccacatctgttgaactcacgtgggacatgccagagaaatggaaacgaaatggc
aaaataattggttataaattgagctacttacaaaccggtttaacaggctcaaaaaaagtt
aagaatcttgatgatagaacaatgtttgacttacgaggtttagcgaaattcacgtcatat
caattttggattctggctaaaacagtggctggagcaggtccttctacgagggtcgttcac
aaaacaaaggaagccgctccatccgactcaccaactttgacggaggcaaagggaatgggt
acgagagttgtgcgcttgaagtttagtcctccgtcaataccgaatggccgtatcattgga
tacagagtagaagtttacctcagtaacccaacgtattcagcagtatggaaggtgaaggaa
atacgtgaaaatgtaaatgaaatgtatgtggacaaacttctcaccacccagtctcgtttt
tggtttactattactgcgacaactattgcgggatatggtccattgtctaaaccgattttg
ggaaaaacgctggattacgaccttcccttaccagtaagcaaattttctgttgacgtggaa
agctcaagtgcggtcaagctacaatggaagaatcctgtggacacatccgccgtaagcagt
tacaagatctcgtatcgtggcgagaaaagcttcaataacactgataagaaaatggttaaa
attgagttttctgaaaaagtcgagacagtcaaatgctgcagtcgaaactctgccagctta
cagagactagaacccaataccatatatatcataaccatcgtgtccgtcagtcaatcgagc
acgataagtgaatcccaagaggtgaaaattaaaaccaaagttttttcatcaccggtattt
actaagccaaacatctcaaaacatgatattactgatgaatacataccaatttttatacat
cccgcctcggagagaaacggaccaatcagtttttacttgatttatgttgcacgtcttggt
aaatcattattggaagcacgggaaaagctgaaaactatcaagaaatcaaggccacgtcgc
gctattaatcccaacgataatgtctacattgccggaaaattagatgcaagtgttgtgccg
acctcctataaaattggtcgaggagagattaaaaatggttatacaaacgaacgattaacc
ttgggcaatttttatgcgttttctatccaatcttgcgtgcttgacgaaaactcgctttgt
cttaaaacatcaacagcatttactgaacctgtcgagttcacagccgtgcaatcagctcat
acttcaggtgctggtaacgagacgccagcgaacaatatattgttgatcgctgtagttggt
ggtgttgtggtgctggtcatagttattgtggtcatatgttttttttcaagaagccaaggc
gtcgagcgaagagaacgtaagccaaattccccgaagatcatgatccatgaggaacaactt
cccatgatgacgtcaccatgtgatccggttgaaatgcagcggttgaatctggaaactgca
ggaatgcgagaacatcctccaattcacacatctgagcttggttcacatattgaacaatta
cgctccaataataatttcacaagagagtacgagtcaatagatcccgccatgacattcatt
tcagaagtatctgcacatcatttaaatcaatctaaaaatcgttatcccaacattgtacca
tatgatcataccagagttgttttagaaaaaacaaacggatttctggattcagattatatt
aatgctaattacatggccggatatagaaaacctaacgcatacatagctacacaagcccca
ctaaccaacacaataaatgacttctggcaaatgatatgggaacaaaatacccggacaata
gtcatgatgactaatttacaagagaagggaaggataaaatgtgaccaatattggcccaac
caatcttccgagaaatttgggaatatatccgttctcgtgttggagacagtggagttggct
cattacacagttcgtacgtttagattatacaaggacggtcaaaccgacaagtgtaaggag
attaagcagtatcaatatacggcgtggccagatcatggagtgccatattattcaacgtcg
ttattgtgttttataagaaaagttcgtttagcaaatccaccagacgctggaccagttgtt
gttcattgcagtgctggtgttggcagaactggagtgtttatcgtcatcgattccatgctt
gaacgaatacgacgagaacaaaccgttgacgtgtatggtcacgtgaccctcttgcgatcc
cagagaaatcacatggttcaaacagaggaacaatatatatttattcatgagacattaatg
gaggcagtattatttggaaatactgaaatccatgcctctgatctatcacaatattacaag
aaacttaatgaaattggcgaaaacgaaacaacgggcttagaggagcatttcaagcatttg
agtgtattcacccatacacatcgctttatcactgcaattcttgctgccaacaaatcaaag
aatagatacgcaaagatcctaccatatgaacattcaagagttgatcttgtcccagttcgt
ggtgttgatggatcaaattatattaatgctagttatattgatggttataaacaacgtcga
acgtatattgctgcacaaagtcctcttgaagagactgtcaaagacttttggcgaatgatt
atggagaagaagtcaaacatcgtggttatgctttctggaacggaggaaaatgaagaggag
atgtctgcgaagtactggccgtgcgaccaatcagccaaatatcatttctatattgtcgac
ccagtctccgtggaagaaacaccaaactttactctaagacagttcaaagtgaacgacatg
atgagctcgtgtccaagtctaatcaagttattccagctgcggaaatggccggaccgcggg
aaacctcagagctataaagcaatcttagatctgattggtcaggttcatacagcgcggaat
aatgatgaaaccagaggccctgttgttgttcattgcagttctggctctggacgctctggc
gtgttctgtgccctcagtattgtcgtagagcgcatgcgcgctgaaggtgttgtagatttg
ctgcaaactgccagacagcttcgtgaacaacgacctcaaatggtggaaactttggaagaa
tacgcattttgttatgaggctgctttacagtacctatcatcgtttgatcatattacggca
taa

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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 (1)   
   RefSeq(nuc) (1)   
Protein domain (16)   
   Pfam (16)   
All databases (26)   

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