KEGG T01068: Dyak

Drosophila yakuba: Dyak_GE14093

Entry

Dyak_GE14093 CDS T01068

Definition

GE14093 gene product from transcript GE14093-RA

Orthology

K01104

protein-tyrosine phosphatase [EC:3.1.3.48]

Organism

dya Drosophila yakuba

Class

SSDB

Motif

Pfam:

Y_phosphatase fn3 DSPc PTPlike_phytase Y_phosphatase3

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

AA seq 1434 aa
MHFTDWKQSFRVHALILALVLWIAGVQGQTDDPRVAVSESQELADKVEVSVVSTVYTLAF
SISDESEYSISKVTCRNGTGSETEANAAHVCENLNPCTFYTSVVSFRSKVVGKPTPSDQT
KYAYTEYKQPKTKVTSVVATANTIKVTWQTTDRACVESFGIAAKATDYTKSVQLLNDKSS
QTFVNLSACLTHTITLDTKNNASVVVDTDTTDVDTQYAEPGDLAMNITNLASGITVVTWG
DPSEKNCISNYVFKWQRNDCGTDQNQDTTTDEPSTETTNDADYVTTTPMETTPDTPSDTV
QCEWTDVSSDGKLREYLLTDLQGCELYTFQVFINENSTAKASQQFTSAEKMVSAVYEPRP
TADPTQLHWTWSSPQNHPKCVANYNVTLTGPIQRSENKTYNVVTKETFATFADLDPCGIY
LVEIVPNQLNGTTGTKYQEQSTVAEDQPSEIQDPVVEPSAYSMEVSWKTPTYADLCIDGY
RLSGWMEDDKLVEVEALSVTTQNTTVVFDKNLLACQLYILQIIPYTKENLDGQLRQVSVE
TKAAIVDISKVKLERKQAGSDFIELIAFNADYNNTCPTIFALFSCNATTQVRHPYAEQYV
EGHSKQGFNASLSPLSPYTVHVCRVILYNVAGPSDPYILANLQTTAYFPEVPENVTLEKS
TVSSLLFNWDPPTYTNGPMKYYQVFLMRHEPSYFVPEECAEVPQDTKSETKGDPNVNFTG
LAPAVRYMMQVAAQNDFGMGTYTEPVIGTTLPAVSDSVTQLTVLSQGPKNNNTEYEANVT
ITWNVPCKSNGVIEYFQLNFTGSRTNYAPVTLQRRVQLDTWNKQGRMSYTETEMQPQFDY
TVEVSVKNRDVEQLSSSVTGKWQSPPGLPTIPSEELIKQMRANVDETSSPTKTAIVRLPA
DIMTSEFGDIKWMALMVSQKNCAGVPHLKYDVSSDWPKVLSYQDAGADGTGDCSLEYQTT
EERWHPEPVQRLGRNGQLTSEEEIVFTIGVDKCSEITKTYCNGPLLPDTDYNVVVRLFTA
SGYSDAAVLNFKTKAAIKVTLILVSVCSCLLLAFVLGLTVLWVRKRLDWKRDSGQGIEDP
FGNVIAKNFAIFYAEVAKPEKLTREFKEITVVALELSYSASELGCHKNRYADIYPYDKNR
VILDIDAEGSDYINASFIDGHTRKKEYIATQGPKPESVMDFWRMVLQYNVRVIVQVTQFR
EGNTIKCHEYYPYNARGLTVTIKSKEVLELYDRTELTVVHDKYGLKEKVIHYYFKKWPDH
GVPEDPMHLIAFVKRVKAERRPSYSPIVVHCSAGVGRTGTFIGLDLIMQRLKSESKINIF
ETVKKLRFQRMKMVQTQQQYTFLYACTYELVKHKIPRAALKMEGRSKSETMPAIPAPKKV
SFPDVDVGDGKVSSAPLSEVENGVPILQLPARYSSQRRSSPPDENGGPTTSSNM

NT seq 4305 nt +upstreamnt +downstreamnt
atgcacttcacagactggaagcaatccttcagggttcacgcactgatccttgcccttgtc
ctgtggatcgccggggtccaaggacagaccgatgatccgcgggtggcagtgagtgagagc
caggagctggccgataaggtggaggtgtctgtggtctccacggtctatacactcgcgttc
agcatctccgacgagtcggagtactccatcagcaaggtgacctgtcgcaatggcaccgga
tcggaaaccgaagccaacgcagctcacgtgtgcgaaaacctcaatccgtgcaccttctac
acgtcggtggtttcgttccggtcaaaggtcgtcggcaaaccaacgccttccgaccaaacg
aaatatgcctacactgaatataagcagcccaagacgaaggtgacctccgtggtggccaca
gcgaacacaatcaaggtgacctggcagacgacggaccgcgcctgtgtggagtcctttggg
attgcggccaaggcgacggactacaccaagtccgttcagctgctgaacgacaaaagttcg
cagacttttgtcaacttaagtgcctgcctgacgcacaccatcaccctggatacgaagaac
aacgccagcgttgtggtggacacggataccaccgatgtggacacccagtacgcggagccc
ggcgatctggccatgaacataacgaacctggccagtggcatcacggtggtcacgtgggga
gatccctccgagaagaactgcatcagcaactatgtcttcaagtggcaacgcaacgattgc
ggtacggatcaaaaccaggataccaccacggatgagcccagtacggaaaccacaaacgat
gctgactacgtgaccaccacgccaatggagaccacaccagatacgccaagtgatacagtt
cagtgcgagtggaccgatgtctcctccgatggcaagctgcgggagtacctcctaaccgat
ctccagggctgtgagctgtacacctttcaggtgttcatcaacgagaacagcacggccaag
gcttcgcagcagtttacttcggcggaaaagatggtcagtgcggtctatgagcccagaccc
accgccgatcccacccagctgcattggacttggtcgtctccccaaaatcatcccaaatgc
gtggcgaattacaatgtaacgctgacggggcccatccaacgatcggaaaacaaaacctat
aacgtggtcaccaaggagacgttcgccaccttcgccgatctcgatccgtgtggcatatac
ttggtggagattgtgcccaatcagctgaatggaaccactggaaccaagtaccaggagcag
agcaccgttgccgaggatcagccctccgagattcaggatcccgtagtggaaccgagcgcc
tactcgatggaggtgagctggaagacgcccacgtacgccgatctgtgcatcgatggctat
cggctgtccggctggatggaggatgacaagctggtcgaggtggaagcacttagtgtaacc
acccagaacacgacggtggtcttcgacaagaatctgctggcctgccagctctacatcctc
cagataatcccatataccaaggaaaacctcgatggccagctcagacaagtcagcgtggag
accaaagcggctatagtcgatatctcaaaggtcaaactggaaaggaagcaagctggctcc
gatttcattgagttaatcgccttcaatgcggactacaacaacacctgtccgacgatcttc
gcgctcttcagctgcaatgccaccacccaggtgcgccatccgtatgcggagcagtacgtg
gaggggcacagcaaacaaggtttcaatgcaagtctcagtccactttcgccgtacacggtc
cacgtctgcagagtaatactctacaatgtggcaggaccttccgatccctatatcctcgcc
aatctgcagaccacagcctactttcccgaggtgccggagaatgtgacgctggagaagagc
accgtgagcagtctactgttcaactgggatccgcccacctacacaaatggacccatgaag
tactaccaggttttcctcatgcgccacgagcccagctactttgtgcccgaggagtgcgcc
gaggtgccgcaggacaccaagtcggagaccaagggcgatcccaatgtgaacttcacgggt
ctggctccggcggtgcgatatatgatgcaggttgcggcacagaatgacttcggcatgggc
acctacaccgagcccgtaattggcaccactttgcccgcagtatccgacagcgtgacccag
ttgaccgttctgtcccagggtccgaagaacaataacaccgaatacgaggcgaacgtgacc
atcacgtggaatgtgccctgcaagtccaatggcgttatagagtacttccagctgaacttc
acaggctcgcgaacgaactacgctccagtcacattgcaacggagggtgcaactggacacg
tggaataaacagggacggatgtcctacacggagacggaaatgcaaccgcagtttgactat
acggtggaggtgtccgtgaagaatcgcgatgtggagcagttgagcagcagcgtaactggc
aaatggcagtcgccgccgggactgcccaccattccgagtgaagagctgatcaagcaaatg
cgcgccaacgtcgacgagacgtccagtccaacgaaaacggccattgtccgacttcctgcc
gacatcatgacatccgagttcggtgacatcaagtggatggcactgatggtctcgcagaag
aactgcgctggagtcccgcaccttaaatacgatgtgagcagcgattggccaaaggttcta
tcctatcaagatgccggagccgatggcaccggcgactgcagcctggagtaccaaaccacc
gaagagcgctggcatccggaacccgttcaacgtctgggtaggaatggtcagctaaccagc
gaggaggaaatcgtttttaccatcggagtggacaagtgctccgagatcacgaagacgtac
tgcaatggaccattgctgcccgacacggattacaacgtggtggtgagactgttcaccgcc
tccggttatagcgatgccgccgttctcaactttaaaaccaaggcggccatcaaggtgacc
ctcatcctggtgagcgtttgcagctgtctgctgctggccttcgtgctgggattgacggtt
ctctgggtgcgaaagcgattggactggaaacgggattctggccagggtatcgaggacccc
ttcggcaatgtcattgccaagaactttgccatcttttatgcagaggtcgcgaagcccgag
aaactgaccagggagttcaaggagatcaccgtcgtggccttggagctcagctactccgcc
tccgaattgggttgccacaagaatcgctatgcggacatatacccctacgacaagaatcgc
gtgattctggacatcgatgcggagggatcggactacatcaatgcctccttcatagacggt
cacacccggaagaaggagtacatagccacccagggaccaaaacccgagagtgtgatggac
ttctggcgcatggtcctgcagtacaacgtgcgggttattgtgcaagttacccagtttcgc
gagggcaatacgatcaagtgccacgagtactatccttacaatgcgcgtggattgaccgtg
actatcaagtccaaagaggtgttggagctgtacgatcgcaccgagttgaccgttgtgcac
gataagtacggactgaaggagaaggtgattcactactatttcaaaaaatggcccgatcac
ggcgtgcccgaggatcccatgcacttgattgcgttcgtgaagagggtgaaggcggaacgg
cgtcccagttactcgcccatcgtggtccattgcagtgcgggagtgggcagaacgggcacc
tttatcggtctggatctgatcatgcagcgattgaagagcgagtctaaaatcaatattttc
gaaacggtcaaaaaactgcgtttccagcgcatgaaaatggtgcaaacgcagcagcagtac
acgttcctctatgcctgcacctatgagctggtcaagcataagattccccgagctgccttg
aaaatggaggggcgttccaagtccgagaccatgcccgccattccggcacccaaaaaggtg
agctttccggacgtggatgtcggcgacgggaaggtgtcatcggcaccgttgtccgaagtg
gagaacggtgtgcccatcctgcagttgcctgctcggtactccagtcagcggaggagcagt
ccaccagacgaaaacggtggtccaactactagcagcaatatgtga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (15)   

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