KEGG   Pseudomyrmex gracilis (graceful twig ant): 109856006
Entry
109856006         CDS       T05003                                 
Name
(RefSeq) tyrosine-protein phosphatase non-receptor type 23 isoform X1
  KO
K18040  tyrosine-protein phosphatase non-receptor type 23 [EC:3.1.3.48]
Organism
pgc  Pseudomyrmex gracilis (graceful twig ant)
Brite
KEGG Orthology (KO) [BR:pgc00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:pgc01009]
    109856006
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:pgc03037]
    109856006
Enzymes [BR:pgc01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     109856006
Protein phosphatases and associated proteins [BR:pgc01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Non-receptor PTPs
    109856006
Cilium and associated proteins [BR:pgc03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   109856006
SSDB
Motif
Pfam: BRO1 ALIX_LYPXL_bnd Y_phosphatase MatP_C
Other DBs
NCBI-GeneID: 109856006
NCBI-ProteinID: XP_020286381
Position
Unknown
AA seq 1902 aa
MEAVPRLPMISFQMQVSPEPTTFGPKLKQYIRDFYNEDPESYNNEIHQLETLRSMAVRPP
IDMAGCVLLKKYYCQLHFLQSRFPMGKDGPAAVTFTWKDSYTNVVCVLANIRFEIMSILF
NIGAMHSQLGARTERNSADGMKMACTHFQCAAWACEHFKNSYSQPSGMDLASELMTFMHQ
LCLAQAQECILEKSMLDNRKPTIVAKVAKQIVDYYSMALDTLEQGGSDEGTVVFDAVGSK
LYKSWKRYVKFKKAYHSAVTYLYQGLAAEEQRKMGERVAFYNAALASLNEAHTFCDFSNS
KEEKAAVEESLTFTNDVIEGKRKAAKNENEFIYHEEVPEKEMLPTVKGASLVKGISFNIN
DPEVSGQDIFARLVPMKVHEANSLYSEEKAKILRFIGAKIDEKDQYLNTYLTSLKLEHLN
LWDPDVQTSEWDGLPFPDELAERCAALNAKQHVIQDLVDIMEKLSETSQDVEKVLKEIFK
LLLDEEQKEKQYQDAVGKRPPSIVATDLTREAKKYEEAHNKASESNQALHKAVTMHVKNL
KILAQPLGDLMTHIPSPSMYHLDQGSEKSQNAKEIEKMHTKELKRILNKVDEMRRQRLDL
HTELREQIAKDDLTRLLVTATSECAPLDRLFADQLGKHQSLINLIEQNLAAQDNILAALT
DVYAQTANTRKNIEDILKRREITVSSLINSYDAYEDLLAKSSKGLEFYRKLEINVSKLLQ
RVKSTCKVQEEEREQILAQDSGKNTYDKTDVSSMPSTYDQGRPRSGPKLKDYLNSKATEK
NATGYQNPYYNFYKERTNAMLGTMQADSVQKPMTTDMSDKNLIQSPSSIPPSEMSSSSVK
SSQPYHAAAYNDYRTNSPYSYGAQTYYENQIASGAINQNYLPITSASTTNAYQQPAMSVP
VASNSNAQYPASSYLPNEQTLSMSATGQDKYRGISHSTYNVSNNALQYDSYQSPTNYGGY
NVATPYVLNQDQTSMAVKSAEVPTQIQPVAQTPITTIGSVVASNTASVDGQTSYGIVHQV
QQYDNQKTTLSQEMSQSDQNVVRSQLPMKDNAQNYSLPQTGHSDMTYPQNYSNAAYYNPV
QYATYDSNVAPPTQYMQSQQPSMSNQPVHSVASTNETSTSYSPNLHVDNSVQYSQQTNAE
QSKQNYADKTYNAAYGAQMQANAVNPNYSSTYQNYQHDTTGVPYQQTNILPGDTSNVYAY
LNSSSGSEIIQSHVKSTTIQSYPQSYQYPQSQQASYPGYVQYPNYSQDQQNYAYVQNAQG
TGGGTQVAYAYNPAGQAQQGYAYTSDSQNIQTSQTFETTVDPSDVTSGNGYQQQDLNSTY
TNAGNNAIVSQTSSSQYSQVYQSQSESDTYYTTPYGLQMQVQSGSTARPENYTNYNQTYM
QAVNNGTNTTTSANPMKLTTKSDELKSNVDLLADLDITINHAPLVPEVRPLSTVQKKEEE
TENNAENGKAEKNEQDESLKTEQEVSADKNEDKNDHENLQIVWDTWYNDVQPKKDPLGEP
TALQKFINDVEKYEKFVDSLLVKTLSGATNLDIKWKEVQDFEERENGKQSSTVALAHSSE
NRTVDCIPYDTTRVQITSSDVSSSYINASHIMEITQRIPTTFIITQTPLPDKLDVFWTMI
WEQESEVIACLVSDAQMNGETYWPLNEENNLDVGNFTISLKKVVNYTSYIQRTFSIRHNK
KKSERIIVHMQFLVWPSNGFPSSPGSLLTFSSDVMTEQALRRCSPKPVVVHCLDGGSLSS
LFLVAAATVCHIRVGCGIVDVPLVFKGLAKCRKQVVNKESLLFAYRLVLYHAQDSLMKRG
ILSSTRSTFENFDGFKGNKEKASRKLQCHPSDDFLHNLGVGMQRSESEQDFENAKKKVFV
AGKTQTNENTSNKNPTSSREKPNSGVVVDPLSQLDPLWSIRR
NT seq 5709 nt   +upstreamnt  +downstreamnt
atggaggcagtgccgagattgccaatgatatcttttcagatgcaagttagtccggaacct
acaactttcggaccaaaactcaaacagtacatacgagatttttacaacgaagatcccgaa
tcatacaacaatgagatacatcagttggagaccttacgctcgatggcagttaggccaccc
attgatatggctggttgtgtattgttgaagaaatattactgtcagttgcattttcttcag
agcagatttcccatgggcaaggacggaccagctgcggttacatttacgtggaaagactct
tatacaaatgtagtgtgcgtactggctaatattcgttttgagataatgtctattttgttc
aacattggtgcaatgcacagtcaattgggtgcgcgtactgaaagaaacagcgccgatgga
atgaagatggcttgtactcattttcaatgcgcagcctgggcttgcgaacattttaaaaac
agttactcccaaccgtctggtatggatttagcatcggaattgatgacgtttatgcaccag
ctttgtctggcgcaagctcaggaatgtatattggaaaaaagcatgctggacaaccggaag
ccgacgattgtggcaaaagtagcaaagcaaatagtggactactactcgatggcactggac
acattggagcaaggtggaagcgatgaaggaaccgttgtgttcgatgccgtagggtctaag
ctttataagagctggaaacgatacgttaagtttaaaaaagcgtatcactcagcggttacg
tatctctatcagggtctcgctgcggaagagcagagaaagatgggagaacgagtggcgttt
tataatgctgcgttagcgtctctcaacgaggcgcatacattttgcgatttctcaaactct
aaagaggaaaaggctgcggtggaagaatcacttacgtttacgaacgacgtgatcgaaggc
aagagaaaggcggctaagaacgaaaacgagttcatctatcacgaagaagtgcccgaaaag
gaaatgcttcccacagtgaaaggtgcttctctagtcaaagggatatcgtttaatataaat
gatccagaggtgtcaggacaagacatatttgcaagattagttcctatgaaggtgcatgaa
gcaaattctctttattcggaagaaaaagccaagatattgcgttttattggagcaaaaata
gatgaaaaagatcaataccttaacacttacttaacttctttgaaactggaacatctgaat
ttatgggatcctgatgtgcaaacttcagaatgggacggcctacctttcccggacgaattg
gccgaacgatgtgcggctctcaatgcgaagcaacatgtgattcaggatctggtggatatt
atggagaagttatccgaaacgagtcaagatgttgagaaagtactgaaggaaatattcaaa
cttctgttggacgaggaacagaaagaaaagcaatatcaagatgcggtaggtaaaagaccg
ccatcgatagtagcgactgatttaactagagaggctaaaaaatacgaagaggcacataac
aaagcgtccgaaagcaatcaagctcttcataaagcggtgacaatgcatgtgaagaacttg
aaaattctcgcgcaaccgttgggggacctaatgacgcatattccctcaccgagcatgtat
cacttagatcaaggttctgaaaaatcacagaatgcgaaagaaattgaaaaaatgcatact
aaagagctgaagcgtatattgaacaaagtggatgaaatgcgaagacagagactcgattta
cacaccgagttgcgagaacaaattgccaaggacgacctaacacgtttactggtcacggca
acatccgaatgcgctcctctggatcgtttgtttgcggatcagcttggcaagcatcaaagt
ttgataaatttaatagagcaaaatctcgccgcgcaagataacatactggcagctttaacg
gacgtttacgcgcaaaccgctaatacacggaaaaatatcgaggacatattaaaacgcaga
gaaatcacagtatcgtctttgatcaattcttacgacgcttatgaagatctgttggcgaaa
tcgagcaaaggtttagagttttacagaaaattagaaataaacgtatcgaagttgctacaa
cgagttaaaagtacgtgcaaggtgcaagaggaagaacgagagcagatactcgcgcaggac
agtggtaagaatacgtacgacaagactgatgtatcgtcaatgccgtcaacttacgaccaa
ggccgtccacgttccggtccgaaattgaaggattatctgaacagcaaagcaacggaaaag
aacgctaccggttatcagaatccttattacaacttttacaaagaacgtaccaatgcaatg
cttgggacaatgcaagcggactcggtacaaaaaccaatgacaaccgacatgagcgataag
aatttgattcagtctccgagttcgatacctccgtcagaaatgtcgtcttcgtccgtgaaa
tcgtcgcaaccctatcacgccgcagcgtacaatgattacagaaccaattctccgtactct
tatggcgctcagacgtattacgaaaatcagatcgcgagcggtgcgataaatcaaaactac
ttgccgattactagcgcaagtaccacgaacgcgtatcagcaaccggccatgtccgtaccg
gttgcgtcgaattcgaatgcacagtatcccgcaagttcctatttgccgaatgaacaaacc
ttatccatgtccgccaccggacaggacaaataccgcggtatctcgcattccacctacaat
gtttccaacaacgctttgcagtacgattcttatcagtcaccaacgaattacggtggttac
aatgtcgcaacgccgtacgttcttaatcaggatcaaacttccatggcggttaaaagcgcg
gaggtacctacgcagattcaaccggtagctcaaactcccattaccacgatcggttccgtt
gtcgcgagcaacaccgcgtccgtagacggccagacttcttacggaattgtgcatcaagtt
caacaatacgataatcaaaagacaacattgagtcaggaaatgtctcagagcgatcagaac
gttgttagatcacagctaccaatgaaggacaatgcgcagaactattcgcttcctcaaacc
ggtcattccgatatgacgtatccgcaaaactattcgaacgccgcttattacaatccagtt
caatacgctacgtacgactcaaacgtcgcgcctccgacgcaatacatgcagtcgcaacag
ccgagcatgagcaatcaacctgtacattccgtggcgtcaacgaacgagacttcgacgtcg
tattccccgaatttgcacgttgacaattccgttcagtattcgcagcaaaccaatgcggaa
caaagtaaacagaattacgcggacaaaacgtacaacgccgcttacggtgcgcagatgcaa
gcgaacgcggtcaatccgaattattcaagtacctatcagaattatcaacacgacaccacc
ggtgtgccgtatcaacagactaacattttacccggagacacgtctaacgtttacgcttat
ttaaatagctcgagtggttccgaaataatacagagccacgtgaagtcgacgaccatacag
agttatccgcaatcgtatcaatatccgcagtcgcagcaggcttcttatccgggttacgta
cagtatccgaattactcgcaggatcaacaaaattacgcttacgtgcagaacgctcaggga
acaggaggcggcacgcaggtggcgtacgcttataatcccgccggtcaggcgcagcaaggc
tacgcctatacgtccgattcccagaatatccagacctcgcaaacgtttgagacgacggtg
gatccttccgacgtcacgtccggcaacggttatcaacaacaggatctaaattcgacgtac
acgaatgcgggcaacaacgctatagtcagtcagacatcgtcctcgcaatacagccaagtt
tatcaatctcaatcggaaagcgatacgtattacacaacaccttacggtcttcaaatgcag
gttcaatctggttccaccgcaaggcctgaaaattacaccaattacaatcagacgtatatg
caggccgtcaacaacggaacaaacacaacgacaagcgcaaacccaatgaaactcacgacc
aaatccgacgaattgaagtcgaatgtcgatctgcttgccgacctcgacatcactataaat
catgcacctctggtaccggaagtgcgacctctttccacagtgcagaagaaagaagaagaa
acggaaaataacgcggaaaacggtaaggcggaaaagaacgagcaggacgaatcgcttaag
actgaacaagaagtttccgctgataagaatgaagataagaatgatcacgaaaatttacaa
atcgtgtgggatacttggtacaacgacgtccaaccgaaaaaggatcccttgggagaaccg
acggcgttgcaaaagttcatcaatgacgttgagaaatatgaaaaatttgtagatagttta
cttgtaaaaactctcagcggagctacgaatcttgatattaagtggaaagaggttcaagac
tttgaagaacgagaaaatggaaaacaatccagcaccgtggcgctggcacattcgtctgaa
aatcgaacggtcgactgtattccgtacgacacgacgcgagtgcagattacgtcgtcggac
gtttcgtcgtcgtatataaacgcatctcatattatggaaatcactcaaaggataccgaca
acgtttatcataactcaaacgccattaccggacaaactggacgtcttttggacgatgatc
tgggaacaagagagcgaagttatcgcatgtttggtatctgatgctcagatgaacggagag
acatattggcccttgaacgaagagaacaacttagacgtaggaaattttacaatttcgtta
aaaaaagtggttaattacacgtcctacattcaacgaactttttctatacgacataacaaa
aagaaatccgagaggatcattgtgcacatgcagtttctcgtatggccttctaatggtttt
ccaagtagtcccggcagcttacttacattttcgagcgacgtgatgacggaacaagcgtta
cgacgttgctctcccaagcccgtcgttgtacattgtttagacggtggttcattgagtagt
ttgttcttggttgccgctgcaacggtgtgtcacatacgagtgggctgcggaatagttgac
gtaccgctagtcttcaagggtcttgcaaaatgtcgcaaacaagtcgtgaacaaggaatcg
ttgttgtttgcgtacagattggtgttatatcacgctcaggatagtttaatgaaacgcgga
atcttgtcatccactcgctccacgttcgaaaacttcgacggattcaaaggaaacaaggag
aaagcatcgagaaagttgcagtgccacccttcggacgattttcttcacaatcttggcgtg
ggtatgcaacgttccgagtctgaacaagattttgagaatgcaaaaaaaaaagtgttcgtt
gcaggaaaaacgcaaacaaatgaaaacacgtcgaataagaatccaacgtcgtcgcgagaa
aaacccaacagcggagtggtcgtcgatcccttgagccaactggatcctttgtggtctatt
cgcagataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (20)   

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