KEGG   Drosophila yakuba: Dyak_GE13277
Entry
Dyak_GE13277      CDS       T01068                                 
Name
(GenBank) uncharacterized protein, isoform H
  KO
K05695  receptor-type tyrosine-protein phosphatase F [EC:3.1.3.48]
Organism
dya  Drosophila yakuba
Brite
KEGG Orthology (KO) [BR:dya00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:dya01009]
    Dyak_GE13277
Enzymes [BR:dya01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     Dyak_GE13277
Protein phosphatases and associated proteins [BR:dya01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    Dyak_GE13277
SSDB
Motif
Pfam: Y_phosphatase fn3 I-set Ig_3 Pur_ac_phosph_N Ig_2 ig DSPc Interfer-bind C2-set_2 V-set Ig_5 PTPlike_phytase Y_phosphatase3 CRLF2-like_D2 fn3_2 Ig_C17orf99 Ig_4
Other DBs
NCBI-ProteinID: KRJ99187
FlyBase: FBgn0230963
UniProt: A0A0R1DVT1
Position
2R
AA seq 2042 aa
MGLQMTAASPIAALSLLVLSLLTWTPEIVDAAHANYSDIPYIQYLTHPPEIIRKPQNQGV
RVGGVASFYCAARGDPPPSIVWRKNGKKVSGTQSRYTVLEQPGGISILRIEPVRAGRDDA
PYECVAENGVGDAVSADATLTIYEGDKTPAGFPVITQGPGTRVIEVGHTVLMTCKAIGNP
TPNIYWIKNQTKVDMSNPRYSLKDGFLQIENSREEDQGKYECVAENSMGTEHSKATNLYV
KVRRVPPTFSRPPESISEVMLGSNLNLSCIAVGSPMPHVKWMKGSEDLTPENEMPIGRNV
LQLINIQESANYTCIAASTLGQIDSVSVVKVQSLPTAPTDVQISEVTATSVRLEWSYKGP
EDLQYYVIQYKPKNANQAFSEISGIITMYYVVRALSPYTEYEFYVIAVNNIGRGPPSAPA
TCTTGETKMESAPRNVQVRTLSSSTMVITWEPPETPNGQVTGYKVYYTTNSNQPEASWNS
QMVDNSELTTVSELTPHAIYTVRVQAYTSMGAGPMSTPVQVKAQQGVPSQPSNFRATDIG
ETAVTLQWTKPTHSSENIVHYELYWNDTYANQAHHKRISNSEAYTLDGLYPDTLYYIWLA
ARSQRGEGATTPPIPVRTKQYVPGAPPRNITAIATSSTTISLNWLPPPVERSNGRIIYYK
VFFVEVGREDDEATTLTLNMTSIVLDELKRWTEYKIWVLAGTSVGDGPRSHPIILRTQED
VPGDPQDVKATPLNSTSIHVSWKPPLEKDRNGIIRGYHIHAQELRDEGKGFLNEPFKFDV
VDTLEFNVTGLQPDTKYSIQVAALTRKGDGDRSAAIVVKTPGGVPVRPTVSLKIMEREPI
VSIELEWERPAQTYGELRGYRLRWGVKDQALKEEMLSGPQMTKKRFDNLERGVEYEFRVA
GSNHIGIGQETVKIFQTPEGTPGGPPSNITIRFQTPDVLCVTWDPPTREHRNGIITRYDV
QFHKKIDHGLGSERNMTLRKAVFTNLEENTEYIFRVRAYTKQGAGPFSDKLIVETERDMG
RAPMSLQAEATSEQTAEIWWEPVTSRGKLLGYKIFYTMTAVEDLDDWQTKTVGLTESADL
VNLEKFAQYAVAIAARFKNGLGRLSEKVTVRIKPEDVPLNLRAHDVSTHSMTLSWSPPIR
LTPVNYKISFDAMKVFVDSQGFSQTQIVPKREIILKHYVKTHTINELSPFTTYNVNVSAI
PSDYSYRPPTKITVTTQMAAPQPMVKPDFYGVVNGEEILVILPQASEEYGPISHYYLVVV
PEDKSNLHKIPDQFLTDDLLPGRNKPERPNAPYIAAKFPQRSIPFTFHLGSGDDYHNFTN
RKLEREKRYRIFVRAVVDTPQKHLYTSSPFSEFLSLDMREAPPGERPHRPDPNWPAEPEV
SVNRNKDEPEILWVVLPLMVSTFIVSTALIVLCVVKRRRQPCKTPDQAAVTRPLMAADLG
AGPTPSDPVDMRRLNFQTPGMISHPPIPISEFANHIERLKSNDNQKFSQEYESIEPGQQF
TWDNSNLEHNKSKNRYANVTAYDHSRVQLPAVEGVLGSDYINANYCDGYRKHNAYVATQG
PLQETFVDFWRMCWELKTATIVMMTRLEERTRIKCDQYWPTRGTETYGQIFVTITETQEL
ATYSIRTFQLCRQGFNDRREIKQLQFTAWPDHGVPDHPAPFLQFLRRCRALTPPESGPVI
VHCSAGVGRTGCYIVIDSMLERMKHEKIIDIYGHVTCLRAQRNYMVQTEDQYIFIHDAIL
EAIICGVTEVPARNLHTHLQKLLITEPGETISGMEVEFKKLSNVKMDSSKFVTANLPCNK
HKNRLVHILPYESSRVYLTPIHGIEGSDYVNASFIDGYRYRSAYIAAQGPVQDAAEDFWR
MLWEHNSTIVVMLTKLKEMGREKCFQYWPHERSVRYQYYVVDPIAEYNMPQYKLREFKVT
DARDGSSRTVRQFQFIDWPEQGVPKSGEGFIDFIGQVHKTKEQFGQDGPITVHCSAGVGR
SGVFITLSIVLERMQYEGVLDVFQTVRILRSQRPAMVQTEDQYHFCYRAALEYLGSFDNY
AN
NT seq 6129 nt   +upstreamnt  +downstreamnt
atgggtctgcagatgacagcagccagtccaattgcagctctcagcctattagtgttgtcc
ttgctcacctggacccccgaaatcgtggatgcagcccatgcaaattattcggatatacca
tatatacagtatctcacacatccgccggagatcatcaggaagccgcagaatcagggagtc
cgagtgggcggcgttgctagcttctattgtgcggcccgcggtgatccgcctccatcgata
gtgtggcgcaaaaatggcaaaaaagtttcgggaacccagtcgcgttacacggtgctggag
cagcccggcgggatttccatactccggattgagcccgtgcgggcgggacgcgatgatgcc
ccatacgagtgtgtggctgagaacggggtgggcgatgccgtttccgcagatgcaacttta
accatctatgaaggcgataaaacacccgcaggctttccggttataacccagggtccggga
actcgcgtcattgaagtgggtcacacggtcctcatgacatgcaaagccatcggcaatccg
acgcctaacatttactggattaagaatcagacaaaggtggatatgagcaatccgcgctac
tctctcaaagatggcttcctgcaaatcgaaaacagtcgcgaggaggatcagggaaaatac
gaatgtgtagctgagaattcaatgggcacggagcactcgaaggccaccaatttgtatgtg
aaagtccgtcgtgttccgcccaccttctcccgcccaccagagagcatcagtgaggtgatg
ttgggatccaatctgaatctatcctgcatagccgtcggctcacccatgcctcatgtcaag
tggatgaagggctccgaagatctgactcccgagaatgagatgccaatcgggcgaaatgtc
cttcagctgatcaatatccaggagagcgccaactacacttgcatagcggcctccacgttg
ggccaaatcgattccgtttcggtggttaaagtgcaatctctgcccaccgcacccaccgat
gtgcaaatctccgaggtgaccgccacttcggtgcgtctggagtggtcgtacaaaggtccc
gaggacttgcagtattacgtgatccagtacaagccgaagaacgccaaccaggccttcagc
gagattagcggcatcatcaccatgtactatgtggtccgcgccctgagtccctacacggag
tacgagttctacgtgatagccgtgaacaatattggacgcggaccaccctcggctccagcg
acatgtaccaccggtgagacaaaaatggaaagtgcaccacgtaatgtccaagtgcgcacg
ctgagctcgtccacgatggttattacttgggaaccaccagagacgcccaatggacaagtg
accggctacaaggtgtactacacgaccaattcgaatcagccggaggcctcgtggaactcg
cagatggtcgacaatagcgaactgaccaccgtctcggagctaacgccccacgccatctac
acggtgagggttcaggcctacacatcgatgggagccggtccaatgtccacgccggtccag
gtgaaggcacagcaaggtgtgccatcgcaaccgagcaatttccgggcaaccgatatcggc
gagaccgcagtcacactgcaatggaccaagccgacgcattccagcgagaacatcgtgcac
tacgagctctactggaatgacacatacgccaatcaggcccatcacaagcgcatttccaac
tcggaggcgtataccctcgacggactgtaccccgataccctctactacatctggctggct
gctaggtcgcagcggggcgagggggccaccaccccacccattccggtgcgcacgaagcaa
tatgtaccaggtgctccgcctcgaaatatcaccgccatagccaccagctcgacgaccata
tccctgaactggctgcctccgcccgtcgagcggtcgaacggccggatcatatactataag
gtgttcttcgtggaggtgggtcgcgaagacgacgaggccaccaccttgaccctcaatatg
accagcattgtgctggacgagctgaagcgctggacagagtacaagatctgggtgctggcc
ggcacctcagtaggggatgggccgcggtcgcatcccataattttgcgcacccaagaggat
gtgcccggcgatccgcaagatgtgaaggccacgcctttgaactccacatcgatccatgtc
agctggaagccgcctctcgaaaaagatcgcaatggcatcatccgtgggtatcatatacac
gcccaggagctgcgagatgagggcaagggctttctgaacgaacctttcaagtttgatgtg
gtggacacgctggaattcaatgtgactggcttgcagccggatacaaagtactccattcag
gtggcggcattaactcgtaaaggggacggtgatcggagtgcagcgattgtggtgaaaacc
cctggcggtgtaccagttcgaccaactgtgagtctgaagatcatggagcgggaaccgatc
gtgtccatcgagctagaatgggagcgtccggcgcagacttacggcgaattgcgtggctat
cgacttcggtggggcgtcaaggaccaggctctgaaggaggagatgctgtcaggacctcag
atgaccaagaaacgctttgataacctggaacgcggagtagaatacgaattccgtgtggca
ggcagcaaccatatcggtattgggcaagagacggtgaaaatattccaaacaccagagggg
acaccaggtggaccgccctcaaacatcaccattcgcttccaaactccggatgtactatgc
gtgacctgggatccaccaactagggagcaccggaatggcataatcacccgctacgatgtt
cagtttcacaagaaaatcgatcatggccttgggtccgagcgaaatatgactctccggaag
gcggtgttcaccaatctggaggagaacaccgagtatatcttccgggtgagggcttatacg
aagcagggagctggtccctttagcgacaagttaatcgtggagacagaacgtgatatgggt
cgagcaccgatgtccctgcaggcagaggcgacctcggagcaaacggcagagatctggtgg
gaaccggtaacaagtcgtggcaagttgctcggctacaagatcttttacaccatgacagct
gttgaggatctggacgattggcaaaccaaaaccgttggactcacagaatccgctgatcta
gttaatctggagaaatttgcccaatatgccgtggccattgcggccaggttcaagaacgga
ttgggacgtcttagtgagaaggttacggtacgaatcaagccggaggatgtgcctcttaat
cttcgtgcccacgatgtgagcacccattcgatgaccttgagttggtcgccacccattcgc
ctaactccggtcaactacaagatcagctttgatgccatgaaggtgtttgtggactcacag
ggattctcccagacccagatcgttcccaagcgagagatcatccttaagcactatgtgaag
acccacacgatcaacgaactcagtccgtttaccacctacaatgtgaatgtgagtgccatt
ccctcggattattcttaccggccgcccacaaagattacggtcacaacgcaaatggctgca
cctcagcctatggtaaaaccggatttctacggcgttgttaatggagaggaaattctggtg
atactgccccaggcttcggaggaatacggaccaatatcgcactattatttggtggtggtc
ccggaggacaagtccaacctgcacaagatacccgatcagttccttaccgatgatctcttg
ccgggcaggaacaaaccggagcgtccgaatgcgccgtacattgcagccaagttcccgcag
cgttccattccgttcacattccacctgggatctggtgatgactatcataactttacaaat
cgcaagttggagcgagagaagcgctaccgcatctttgtgcgggcggtagtggatacgcca
cagaagcacctgtacacctccagtcccttctccgagtttctatcgctggacatgagagaa
gctccgcctggtgagcggccccaccgacccgatcccaattggcccgcggagccggaagtg
tcggttaaccgcaacaaggacgagccggagattctgtgggtggtgctgcccctaatggtg
tccaccttcattgtgtccaccgcgctgattgttctctgtgtggtgaagcgtcgccgccag
ccatgcaagactccggatcaggcggccgttacacggccactgatggccgctgacttagga
gccggtcctactcccagcgatcccgttgacatgaggcgcttgaacttccagacgcccggt
atgatttcccatccgcccatacccatatctgagtttgctaaccacatcgaacggcttaag
tccaatgacaatcagaagttttcacaggagtacgaaagcattgagccgggccagcagttc
acttgggataactccaatctggagcacaacaagtccaaaaaccgctatgccaatgtcacc
gcctacgatcattcacgtgtccagttgccagcggtggagggtgtgcttggatcagattac
attaatgccaattactgtgacggctatcggaagcacaatgcctatgtggcaacccaaggt
ccgttgcaagagacctttgttgacttctggcgcatgtgttgggaactgaaaacggctact
attgtgatgatgacgcgattggaggaacgaacacgcattaagtgcgatcagtattggccc
actcgtggaacggagacctatggtcagatctttgtgaccatcacggagacccaggaactg
gccacctacagcatccgtacgttccagctgtgccggcagggcttcaacgatcggcgagag
atcaagcagctgcagttcaccgcctggccagatcatggagtgcccgatcatccggctccc
ttccttcaattcttacggcggtgtcgcgcccttacgccaccggaatctggacccgtaatt
gttcactgctcagctggagtgggccgaactggctgttacatcgtaatcgattcgatgttg
gaacgaatgaagcacgagaagattatcgacatctatggacatgtaacctgcttacgggcg
caacgaaactacatggtgcagacggaggatcagtatatctttattcatgacgccatcttg
gaggccatcatatgtggggtaacggaggtgccggctcgcaatctacacacccaccttcaa
aagctgctgatcacggaacccggcgaaacaatctcgggcatggaggtggagttcaagaag
ctttctaacgtcaagatggactcgtccaagttcgtaacggccaatctgccatgcaacaag
cacaagaaccgcttagtccatattctgccgtacgaatccagtcgcgtctacctgacccct
atccatggaatcgagggaagcgactatgtcaacgccagctttatcgacggctatcgatac
cgatccgcttacatcgccgcacagggtcctgtgcaggatgccgctgaggacttttggcgc
atgctctgggagcacaactccaccattgtggtcatgctgaccaagctcaaggaaatgggc
agggagaaatgcttccagtactggccccatgagagatccgtacgctatcagtattatgtc
gtggatcccattgctgagtacaacatgccgcagtacaagctgcgtgaatttaaggtcaca
gatgcacgagatggctcatcgcgcaccgtccgccagtttcagttcatcgattggccggag
cagggtgtgcccaagtcaggcgaaggcttcatcgacttcatcgggcaggtgcacaagacc
aaggagcagtttggccaggatggacccattaccgtgcactgttcagcgggcgtgggacga
tcgggggtctttatcactctgagcatcgttctggaacgtatgcagtacgagggagtacta
gatgtcttccagacagtgcgtattctgcgttcccagcgtccggccatggtacaaaccgag
gatcaataccacttctgctatcgcgctgctttggagtacttaggctcattcgacaactat
gctaactga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (18)   
   Pfam (18)   
All databases (28)   

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