KEGG   Nothobranchius furzeri (turquoise killifish): 107389029
Entry
107389029         CDS       T05163                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase eta-like isoform X1
  KO
K05698  receptor-type tyrosine-protein phosphatase eta [EC:3.1.3.48]
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    107389029
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:nfu01009]
    107389029
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:nfu04090]
    107389029
Enzymes [BR:nfu01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     107389029
Protein phosphatases and associated proteins [BR:nfu01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    107389029
CD molecules [BR:nfu04090]
 Proteins
  107389029
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm Interfer-bind Pur_ac_phosph_N GldM_4th Y_phosphatase3 PTPlike_phytase DSPc Lamp2_2nd
Other DBs
NCBI-GeneID: 107389029
NCBI-ProteinID: XP_015820372
Position
sgr13:complement(33399942..33449460)
AA seq 1900 aa
MTPLRSVSSSLRTLLVFCALLESIQPDNTTSDTTTSPMASTSPLTTSSPILTTTFPPTTT
TPPMTTLAVLGPVTNLTVGFVTSSSLYVTWTGPVGGQITNVTWTGGNTSNSESVSVLFKN
ITNLTPGVMYNISVTPMVNVTAGTTSYVSQYTKPGVVNNLTGTASTTTTVSLNWTKPEGN
SFFYIVQWTNSSLNQQSSNVTTTYVTIPELTPGVKYNFSVTAVAGDNKTTGQATTVSQYT
KPGKIEAPVTSATNYSISLSWPPPPGNVFTYEVKWSNGANSTLFSKTTSNNSAVLNNLTA
GTNYTITITAFAGGNQGDPYTISQFTRPEKPVNLIVTTRGTDFLNITWTLPSGRVDYYTV
NVSSSDVKYSNNTNSNTFNLINLLPGRVFLITVMAVAGTYSETSDQSSFATYPTPTGSIV
INSKTNSSLQLEWTTPPNMNGAPNISYHITYQPVPLIGSIQTIDSTGNYTQLPNLNSGIL
YNITIITVGPQNLNSVAAFTSSYTLPNLVERLTANSYSTISMNAAWSMPLGYQPYYQYFA
QIYNMTGALITQDLVNGTSWDVSNLDPGSNYSISVRTRAANGTESAPVSVTNYTMPKAVT
NLTNNVTTTTIQLFWTRQSDYKSSYSYLVEIFSSQPVSNGSTQNETFTFYNLIPGTQYTI
YVTTVIEGVRSTKTNQTIYTIPAVVPVITVIGNTTTLSVNWSSASGQVSSYVVSLSLESN
KTEIVNQTHQSNKTQALFVGLKPGVGYCVGLVTRSGSVQSDKATVCNATFPGPPGSVTVN
YKTTNSINFSWSRPDTMDQNSFNFSVNGTNLTGNSWFLLNNLQSGTRYTISVVTVGVRGY
MSTPVMTTSDTKPYNVTNLTATKITTNTVILDWNVLEGKTGYSFEVLVQNAGSPVSVRNT
TSTSFNVTGLSSGTNYSFTVTTLTADGTRADPVTQSNFTRPNPITHLGAETLNKTSIFLN
WTKPIEYKSNYTYKVKTTGCSNRNDTSSLESAVIPGLTPGTNCTFCVSVIASNVAEGEEL
CTSQYTKPEFVQPRVYNQGSNSSVLVSWTLPNGNVDNFNISINSTLAHFYKSVQLNSPNT
SFVFDNLAAGVLYSVVLTTCSGPLSETSDLVNNATYPNPPGPIMILQKTTSSISFHWGEA
PLMSGASFKYVLTCAQTLQDVNTTIVPPTDTTHIFSLLLSGTPYNLSVKTQGPMDFQSMA
VYSNLVTTMPNSVQNLSATPGEKNISVTWSKPAGYKESYGYILTGKNSTYTTNTTTYTIS
NLDPGSMYNISVTTVTSDGTQAASNIISLCTDASPVKDLDCYGPNLGIATIICNWTKVEG
LSSAFRYTVMGSSPLIQSSSLCCTLNISDLSYNTKYNLAVETLSCGNPSPPVFKSCQTGI
TNPTLPSNWESLVPVKGKTKTSFTVQVDPILLNGTWGPVTNVGILVSRNNYAQVSADKGF
LAKTYKNWKENLADGYLAAIITISNSSASRSTQGPLSIDVGTGTSWKDYFNGPLDPAGSY
KYAIAIFTLLDLNSTTQLVSINSIVSITNFNTVTIDSDIIPIAVGAAVAVFGIFLVLLLG
FAYWRRSSKKKEPDIPIQQLGSKVSRAVRVEEFEAYYRKQKADSNCGFAEEFEELKPVGT
SQAKIHALALENKPKNRYNNVLPYDSSRVKLSIVHGNPNGDYINADYMPGYLSRKEFIAA
QGPLPVTVSDFWRMIWEKNVYTLVMLTRCNEQGRVKCEQYWGPGTMHYKDITVTITTEIP
LEDWTIREFSVKNVKTTEVRLVRHFHFTAWPDHGVPETTELLISFRHLVREHMNQYTDSP
TVVHCSAGVGRTGTFIAIDRLIYQIERDNIVDVYGIVHDLRMHRPLMVQTEDQYVFLNQC
ALDIIRSRTGTNVDLIYQNTEAISIYENVEPKKAYPKRKQ
NT seq 5703 nt   +upstreamnt  +downstreamnt
atgacgccgctgcgcagcgtcagctcctctctccggacgctgctggtcttctgcgctctt
ctcgaaagcatccaaccagataacactaccagtgacaccacaacttcacctatggcatca
acatctccactaacaacatcatctccaattctcacgacaacttttccaccaacaacaaca
actccaccaatgaccacccttgctgtacttgggccggtcaccaatctcacggtagggttt
gtgacatcatcctccttgtatgtgacctggactggaccagttggaggacagatcactaac
gtcacctggacaggtggaaataccagcaacagtgaatctgtgtctgtattgttcaagaac
attacaaacctgactcctggagtcatgtacaacatttctgttaccccgatggtaaacgtc
acagcaggaacgactagctacgtgtctcagtacacaaagcctggtgttgtcaacaatctc
actgggactgcttccacaacaaccactgtgtctctgaactggacgaaaccagagggaaac
agctttttctacattgtacagtggactaatagcagcctaaaccagcagagtagcaatgtt
acaaccacatatgtaaccatacctgagttgactcctggagtgaagtacaacttcagtgtc
acagcagtggctggcgataataaaactactggacaagcaacaacagtttcacagtacaca
aaaccaggtaaaattgaggcccctgtcacaagtgcaaccaattactccatctccttgagc
tggccccctccgcctggtaatgtcttcacctatgaggtgaagtggagtaatggtgctaat
tcaacactgtttagcaaaacaacctccaacaactctgcggtgctaaacaacttgactgct
ggcaccaactacacaattaccatcactgcttttgctggaggcaaccaaggagacccttac
acaatcagtcagtttacaagacctgagaagcctgtaaacttgatagtaacaacaagagga
actgacttcttaaacatcacctggactttgcccagcggaagagttgactattataccgtg
aatgtctcaagttcagatgtgaagtattccaataacacaaattcaaacacatttaatctt
ataaatttattgcctgggagagtctttcttatcacagtaatggctgtggctggaacctac
tccgaaacatctgatcagtcttcattcgccacctatccaactcccactggttccatcgtc
attaacagcaagactaactcctccctccagctggaatggacaaccccacctaatatgaat
ggtgcacctaacatcagctaccatatcacctaccagcctgtacctttgattggtagcata
caaaccatagactctactggaaattacacccagctgcctaacctcaactctggaatcttg
tacaacattacaataattactgttggaccccaaaacttaaacagcgtggctgcttttact
tcttcttacaccctgccaaacctggtggagaggctaacagccaattcttattccacaatt
tcaatgaatgcagcctggtcaatgccgctgggctaccagccgtattaccagtacttcgct
cagatctataacatgacaggagcactcatcacccaagacttggttaacggtactagctgg
gatgtatccaatctggatccaggctcaaactactctatcagtgtcagaacaagagctgca
aatggaactgaatctgctccagtgtcagtcaccaattacacaatgcccaaagcagtgacc
aacctgacaaacaacgtaactacaacaacgatccagctcttctggaccagacaaagtgac
tacaagtcctcctacagctacctggtggaaatctttagcagtcagccggtcagcaatggt
tccacccagaatgagacgtttactttctacaatctgattcctggaacccagtacacaatt
tatgtgaccacagtcatagaaggggtcagatcaacaaagacaaaccaaacaatttacaca
attcctgctgttgttcctgttattacagttataggaaacacaaccaccctgtcagtgaac
tggtcatcggcttctgggcaggtttcgtcctacgttgtctcgctgtccttggaaagcaac
aagacagagattgtaaaccaaacacatcaaagcaataagactcaagctctgtttgtgggc
ctgaagccgggggtaggttactgtgtgggactggtcacgaggagtggatcagtgcagagt
gacaaagcaacagtctgcaatgcaacctttcccggcccgcccggctctgtcactgtgaac
tataagactaccaactccatcaacttcagctggtcccgtccagacaccatggaccaaaac
agcttcaacttcagtgtcaatggtaccaatttgactggaaacagttggttcttgctgaat
aatcttcaatcaggaactcgctacacaatctctgtggttactgttggtgtgaggggttat
atgagcacaccagtgatgacgacaagcgacaccaaaccatataatgtgacaaatctaaca
gcaacaaaaatcaccacaaacacagtgattttggattggaatgtgctagagggcaaaaca
ggctactcttttgaagttttggtccaaaatgctggatctccggtgtctgtaaggaacaca
acctctacttccttcaacgtcactggtctttcctctggaaccaactacagcttcaccgtg
accacactgactgcagatggcactcgagcagaccctgtgacccaatccaacttcacaaga
cctaatccaatcactcatttgggagctgaaactttaaacaaaacttctatcttcctcaac
tggacaaaaccaattgagtacaagagcaactacacatacaaggtgaagacgaccgggtgt
agcaaccgaaacgatacctcctccctggagagtgcggtgatcccagggctcacacctgga
actaactgcactttctgtgtttctgtcatcgcatcaaatgtcgcagaaggagaagagctc
tgcacatctcagtacaccaaacctgagtttgtgcagcctcgtgtctacaatcagggctcg
aacagctctgttctggtgtcgtggaccctccccaatggaaatgtggacaactttaacatt
tctataaatagcactttggcacatttctataaaagtgtgcagctgaattctcccaacacc
tcatttgtgtttgacaacctggcagctggagtcctttacagcgttgtgttgaccacatgc
agcgggcctctcagtgaaacatcagatttagttaataatgcaacttacccgaaccctcct
gggccgattatgatcctgcagaagacaaccagctccatttcttttcactggggagaagct
cctctaatgagcggcgcatcattcaaatacgtattgacctgcgcacaaaccctgcaagat
gtaaacaccacaatcgtcccacctacagacacaactcacattttctccctactgctttct
gggacaccctacaacctttctgtgaaaacacaaggaccgatggactttcagagtatggct
gtttacagcaacttggtcactacaatgccaaacagtgtgcagaatctcagtgcaacacct
ggggagaagaacatctcagttacttggtccaaacctgctggttacaaggaatcctatgga
tatattttgactgggaaaaactcaacttatactacaaatacaactacatacaccatcagt
aacctggatcctggtagcatgtataacattagtgttaccacggtgacctctgatggaaca
caagctgcctcaaacatcatttctctctgcacagatgcaagccccgtgaaagacttagac
tgttatggaccaaacttgggaattgcaacaatcatttgcaactggactaaagtggaagga
ctgagctctgcctttcggtatactgtgatgggaagttcaccgctcatccaatcaagttcc
ctctgctgtacgctcaatatttccgacctttcttacaatactaagtacaatctagccgtg
gagactctgagctgtgggaatcccagccctcccgtttttaaaagctgccaaactggcatc
acaaacccaacccttccatcaaattgggaaagtttagtgccagtgaaaggcaaaacaaag
acatcattcacagttcaggtcgaccccattctgctaaacggcacatggggaccagtaaca
aatgttggaattttggtatcaaggaacaattacgcccaagtatctgctgacaaaggtttt
ctggcaaaaacttacaaaaactggaaagaaaatttagctgatggttacctggcagcaata
ataaccattagcaacagctctgcatcgcgcagcactcagggtcctttgagcattgatgtt
ggaactggaaccagctggaaagactacttcaatggtcctctggatcctgctggatcatac
aaatacgccattgcaatcttcactcttttggatttgaactcaacaacccagctggtttcc
atcaattctatcgtctcaataacaaatttcaacacagtcactatagattcagatataatt
ccgattgctgttggagctgcagttgcagtgtttggaattttcctagtcctccttttggga
ttcgcctactggagaaggtcatccaaaaagaaggagccagacatacccattcaacaattg
ggatccaaagtaagcagagctgtgagggtggaggaatttgaagcgtactacaggaagcag
aaagcagactccaactgtggctttgctgaagaatttgaggagctgaaacccgtcggcaca
agtcaggcaaagatccacgctctggctttggagaacaagcctaaaaatcgctacaacaac
gtgcttccttatgattcttcaagggtgaaactctcgattgtccatggaaatccgaatggc
gattacattaatgctgactacatgccgggttacctctccaggaaagagtttattgccgct
cagggtcctttgcctgttactgtcagtgatttctggaggatgatctgggaaaagaacgtg
tacactttagtcatgctgacacgctgtaatgagcaggggagagttaaatgtgagcagtac
tggggtccaggcactatgcactataaagacataactgtgacaataaccactgaaatcccc
ctggaagactggaccatcagggagttcagcgtgaaaaatgttaaaacgacagaggttcgt
ttagttcgtcacttccacttcaccgcctggccggatcatggcgttccagaaaccacagag
ctcctcatcagcttcagacatttggtcagagagcacatgaaccagtacacggacagcccc
accgtggtccactgcagtgctggtgtggggcgcacaggcacttttatagccatcgatcgt
ctgatctaccagatcgaaagggacaatattgtagacgtctatggcattgttcacgacctg
cgaatgcaccggcccctcatggtgcagacagaggaccagtatgtattcctaaaccagtgt
gccttggacatcatccgttcaagaacagggaccaatgtagatctaatctaccaaaacaca
gaggcaatctcaatttatgaaaatgtagaaccaaagaaagcgtatcccaaaagaaaacaa
taa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (10)   
   Pfam (10)   
All databases (96)   

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