KEGG   Acromyrmex echinatior (Panamanian leafcutter ant): 105150410
Entry
105150410         CDS       T03917                                 
Name
(RefSeq) tyrosine-protein phosphatase Lar isoform X1
  KO
K05695  receptor-type tyrosine-protein phosphatase F [EC:3.1.3.48]
Organism
aec  Acromyrmex echinatior (Panamanian leafcutter ant)
Brite
KEGG Orthology (KO) [BR:aec00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:aec01009]
    105150410
Enzymes [BR:aec01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     105150410
Protein phosphatases and associated proteins [BR:aec01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    105150410
SSDB
Motif
Pfam: Y_phosphatase fn3 Ig_3 I-set Pur_ac_phosph_N Ig_2 ig Interfer-bind DSPc fn3_2 PTPlike_phytase Y_phosphatase3 SusE C2-set_2 Ig_5 V-set PTP_tm Insulin_TMD fn3_5
Other DBs
NCBI-GeneID: 105150410
NCBI-ProteinID: XP_011061753
Position
Unknown
AA seq 2042 aa
MTPIFLVVLLAIDPIIAQNTGNISDSHYITYMTSPPTILVKPQSQQVKAGGIASFYCTAE
GAPPPQIHWRKNGKKISQSQSRYVVHQYENGALLRIEPVKPSRDNTNYECLAENGVGDAV
SAEATLTGYETENLPMGFPMITQAPTTKVVEMGHNAVLLCTAVGSPTPIISWVRDMLPID
TSNPRYTVLDSGALQITESDVSDQGKYECVANNSVGTEYSKSTTLYVKVRRVSPSFSIPP
PTVSEVMLGGSLNLTCVAVGAPMPYVKWRKDPATDLTPEDNLPVGKNVLMLTDIKESANY
TCTAASDLGVIDATTMVKVQSLPGPPENVQVSDITATSVKLSWSYKGPDELQYYVIQHKP
KHVNQAYAEISGITTMYYHVRSLSPYTEYELYVIAVNSIGRGPPSAPVIVTTGETTESTN
GGAKPGTAPRKVQVRPLSSSTMVIQWDEPETPNGQVTGYKVYYTTDSNQPMASWQYQMVD
NSQLTTISELTPHTIYTIRVQALTSVGPGPLSLPVQIKTQQGVPSQPEMLTAVDIGETKV
TLQWSKPAHSAENILSYELYWNDTYAKERHHRRIPVTENYTLTGLYPNTLYYVWLAARSQ
RGEGATTIPYPVRTKQYVPGAPPRNVTGKAISPTSILVSWEPPAAERSNGRITYYRLQVV
ESGRSDSEARNIKLNDTRFVLDELKKWTEYRIWVLAGTRVGDGPPSYPISVRTHEDAEKM
PGDPQDVKVTPINSTTIHVEWKPPKTKEQNGVIRGYHIHVQEVREEGKDLLNEPIRRDVH
EGVLEVNITGLQPDTRYSVQVAALTRKGDGDRSVPIHVRTPGGVPNRPQVNVKVLSRGPD
VLELEWGQPTQTYGSLLGYRIRYGIKNQTLKEEFIEDTRQHTYKITDLGEQGVDYEFRVA
GKNDIGFGQETVRYWFSPEGEPTGPPTNLSYFFQTPDTVCVTWDKPLRQHRNGQIIGYDV
QFNKKNDHSTTIDRNTTKTRAVFTNLEENTEYVFHVRAHTSQGSGPYSEKITIMTEKDIG
RAPMSVRAVATSDSSVEVWWEPVPNRGKIVGYQIFYTTTAVEDLDEWKQKIVGLTESADL
INLEKFTQYAITVAARYKTGLGRLSEKVTVKVKPEDVPLNLRAPDSSTHSMSLSWTPPIR
LTPLKYKVSFDAVKEFVDSQGITQTQLVPRRQILLEPQITSTTINELQPFTTYNVNVSAV
PRDGQYRPPAKITVTTQMAAPKPMVKPDFYGVVNGEEIQVILPQASEEYGPISHYYLIVV
PEDKSTADKQPDELTEDMISGKGAKQERENAPYIAAKFPHRDIPYTFHLGSGDIYEGYEN
RKLTKNKRYRIFVRAVVDTPRKHLYTSSPFSEYLSLDMREVPPGEPPRRPNPNTPSDGNP
EVSVKTSGQEPGMVWVVGPIIAALMVSVCLVLLFVIKKRRQPCKAPDQAAVTRPLMAADI
SSNHAPSDPVEMRRLNFQTPGMISHPPIPISELGNHIERLKANDNLKFSQEYESIEPGQQ
FTWDHSNMEINASKNRYANVIAYDHSRVILQTVDGMPGSDYINANYCDGYRKQNAYVATQ
GPLQETFGDFWRMCWELRTSTIVMMTKLEERTRIKCDQYWPTRGSETYGQMTVTISDIQE
LATYCIRTFQVCRMGYSERREIKQLQFTAWPDHGVPEHPAPFLQFLRRVRSLNVPDSGPL
VVHCSAGVGRTGCFIVIDSMLERIKHEKMIDIYGHVTCLRAQRNYMVQTEDQYIFIHDAL
LEAVICGNTEVPARNLHSHIQKLMQPEIDNITGMELEFKKLSNIKADSTRFISANLPCNK
HKNRLVHILPYECTRVCLQPQRNIEGSDYINASLIDGYRYRGAYIATQGPLCDTTDDFWR
MLWEHNSTIVVMLTKLKEMGREKCHQYWPSDRSIRYQCFVVDPIAEYNMPQYILREFKVT
DARDGASRTVRQFQFIDWPEQGVPKSGDGFIDFIGQVHKTKEQFGQDGPITVHCSAGVGR
TGVFITLSIVLERMQYEGVVDIFQTVRILRTQRPAMVQTEDQYQFCYRASLEYLGSFDHY
AN
NT seq 6129 nt   +upstreamnt  +downstreamnt
atgactcctatcttcctcgtcgtgttgctggcgattgacccgattatcgcgcagaatacc
ggaaacatcagcgactcgcactacatcacatacatgacaagtccgccgacgatcctggtg
aagccacaatcgcagcaggtaaaagcaggcgggatagcgagcttctactgcactgcggaa
ggagcaccaccgcctcagatacactggcgaaagaacggcaaaaaaatctcacaatcccag
tctcggtacgtggtgcaccagtatgaaaatggtgctttactgcggatcgaacctgtcaag
ccgtcgcgcgacaataccaactacgaatgcctagctgagaacggagtcggcgatgctgtt
tcagccgaagcgacgctcaccggttacgagacggagaatctaccgatgggtttcccgatg
atcactcaagcgccgacgacgaaggtagtcgagatgggccacaacgcggtccttctttgc
accgcggttggatccccgacgcccatcatttcctgggtacgagatatgctgcctatcgac
acgtcaaatccacgatacacggttctggattccggtgctttgcagatcaccgaatccgac
gtaagcgatcaaggaaaatacgaatgcgttgctaacaattccgtaggcacagagtactcc
aagtcaactacgttatacgtaaaagtacgtcgtgtttcaccaagcttctcgattcctcca
ccgacggtgagcgaagtgatgttaggcggttcgctgaatctcacttgtgtcgccgtgggt
gcgcccatgccctacgtcaaatggagaaaggatccagcaaccgatttgacgccggaagac
aatctaccagttggcaaaaatgtcctgatgctcactgacattaaagagtctgccaattac
acgtgcacagccgccagcgatctcggtgtaattgacgcaaccacaatggtgaaagttcaa
tctcttcccggtccaccggagaacgttcaagtgtccgacattactgcgacgtcggtgaag
ctaagctggtcctacaaaggaccggatgagctgcagtattacgtaattcagcataaaccg
aagcatgtgaatcaggcatatgccgagatatctggtatcacgacgatgtactaccatgtt
aggagtctcagcccttatacggagtacgagctctacgttatagccgtgaacagcattggg
cgtggtcccccaagtgccccggtgatagtcaccactggtgaaacaacggaatcaacaaat
ggaggtgccaaacccggtacagcgccgcgaaaagttcaggtacgaccgttgagctccagc
acgatggtcatacagtgggatgaaccggaaaccccgaacggtcaagtgacgggatacaaa
gtatattacacaacggattcgaatcaacctatggcatcgtggcagtaccagatggtggat
aacagccagttgacaaccatctcggagctaacgccgcatacgatttataccataagagtt
caagcgctcacgagcgtcggtcctggacctcttagcctgccggtgcaaatcaaaacacag
caaggggtaccgagtcaacccgaaatgctaacagcggtcgacatcggggagaccaaagta
acgctccaatggagcaagcccgctcatagcgctgagaatattctcagctatgagctgtat
tggaatgacacttacgcaaaggagaggcatcatcgtaggataccggtcaccgagaactac
actttaaccggcctgtatccgaataccttgtactacgtctggctggctgcgaggagtcaa
aggggagagggagccacgacgataccgtatccggttcgcaccaaacagtacgtccccggg
gctccgcctcgcaatgtaaccggcaaggcgatcagcccgacttctatattggtatcgtgg
gaaccgccggccgctgaacgctccaacgggaggatcacctactacaggctgcaagtcgtc
gagagcggtcgctctgactccgaggcgaggaatatcaaactgaatgacacgcgtttcgtg
ttggacgagctcaaaaagtggaccgagtatcggatctgggtattggccgggaccagagta
ggtgacgggcctccgagttatcctatctcggtcagaactcacgaggacgctgaaaaaatg
ccgggggatcctcaggacgtcaaagtcacgccgatcaactcaacgacgatacacgtcgag
tggaagccgccgaaaacaaaagaacagaacggcgtcatacggggatatcacattcacgtg
caagaagtgagggaagaggggaaagatctactgaacgaaccgatacgtcgagacgtgcac
gaaggcgtgctagaagtgaatatcaccggattacaaccggacacgagatactcggtacag
gtggcggcgttgacgagaaaaggagatggggaccgttcagtaccaatacacgttaggacc
ccgggcggtgtaccaaatagaccacaggtcaacgtaaaagttctgagtagaggccccgac
gtcttagaacttgaatggggccagcctactcaaacctacggtagtctgctgggataccgt
attcgatacggtataaagaatcaaacgcttaaagaggaattcattgaggacacgcgtcag
catacatacaaaattacggatcttggagaacaaggcgttgattacgagttcagagtagcg
ggcaaaaatgacatcggtttcggccaagagaccgtacgatactggttcagtccagaaggc
gagccaaccggaccaccaacgaacctgtcgtacttctttcaaactcccgacactgtgtgc
gtgacctgggacaaaccgcttcggcagcacagaaacggacaaataatcggatacgatgta
cagtttaacaagaagaacgatcactctaccactatagatagaaatacgaccaaaacgaga
gcggtattcacgaacttagaagagaacactgaatacgtctttcacgtgcgagcgcacaca
tcgcaaggcagcggtccgtactccgagaaaatcacgataatgacggaaaaggacatcggc
cgagctccgatgtccgtaagagcggtggctacatcggattccagcgtagaggtatggtgg
gagccagtacccaacagaggaaagatcgtcggttatcagattttctatacaacgaccgct
gtggaagatctcgatgaatggaagcagaagatcgttggtctgacagaatcggcggatctc
atcaatctggaaaagtttacgcagtacgctataacagtagcggcacgttacaagactggt
cttggaagacttagcgaaaaagtcacagtgaaggtgaagccagaagacgtaccgttgaat
ctcagagcgccggattcgtcaacgcattcgatgtctctttcctggactccgcccataaga
ctgactccactaaagtacaaagtttcatttgatgctgttaaagaattcgtggattctcaa
ggtataacgcaaacgcaactcgtgccccgcaggcagattctattagaacctcaaatcaca
agtacaacgataaatgaactacaaccgtttactacttataacgtcaacgtgagtgctgta
ccacgcgacggtcagtacagaccaccggcgaaaattacagtcactacgcagatggctgcg
cccaagccgatggtaaagccggacttctacggtgtggttaacggcgaggagattcaagtt
attctgccgcaagcttccgaggaatatggtccaatctcgcattattatctcatcgttgta
cccgaggacaaaagcacagccgataaacagccggatgaattgacggaggatatgatcagc
ggaaaaggtgccaagcaggaaagagaaaacgcaccctatatcgcagctaagtttccacac
agagacattccatatacattccatttaggcagcggagacatctacgaaggatacgaaaac
cggaagctcactaaaaataagcgatacagaatattcgtacgggccgtagtcgatactccg
cgaaagcatttatatacgtcgtcaccgttttccgaatatttatctttggacatgagggaa
gtacctcctggcgagccaccacgtcggccgaatcctaacacgccttccgatggaaatccg
gaagtgtccgtaaaaactagtggtcaagaaccagggatggtatgggtagttggtcctata
atcgcggcattgatggttagcgtttgccttgtgcttttattcgtcattaaaaaacgaaga
cagccatgtaaagcgccggatcaagcagccgtcacacgaccactcatggcagcagatata
agttccaatcacgcaccatcggacccggtagaaatgcgtcgattaaatttccaaactcct
ggcatgatctcacacccgccgattcctattagcgaactaggcaatcacattgaacgcctg
aaagcgaatgacaatctgaagttcagtcaagaatacgagtcgatagaacctggccaacaa
tttacgtgggaccattccaatatggaaatcaatgcatcgaagaatcgttacgccaatgta
attgcgtacgatcactcgcgagttattcttcaaacagttgatggtatgccgggctccgat
tacatcaacgccaattactgcgacggttacagaaagcagaatgcatacgtggctacccaa
ggaccattgcaggagacattcggggacttttggcgtatgtgttgggaattacgtactagc
acgatcgtgatgatgacaaagttggaggagagaacaaggataaaatgcgatcaatattgg
cctactaggggatcggagacttatggacagatgaccgtgaccatcagcgatattcaagaa
ctggcgacctattgtattcgtacattccaggtttgccgaatgggctattccgagcggcgg
gagataaagcagttgcaattcactgcctggcccgatcatggcgtaccagaacaccctgca
ccgttcttgcaattcctgcgcagagttagatctctcaatgtacccgatagtggtccattg
gtagtacactgtagcgcgggcgtaggaagaactggctgtttcatcgttatagactcgatg
ttggaaaggatcaaacatgagaagatgatcgacatttatggtcacgtcacgtgtctacgt
gctcaaaggaattacatggtacagacggaggatcaatatatcttcattcacgatgctcta
ctggaggcggtgatttgcggtaatacagaagtaccggccagaaatctacattctcatatt
cagaaactcatgcaaccggagattgacaatataactggtatggaattggaattcaaaaag
ctttccaacatcaaggctgattcaactagatttatatccgcgaatctaccgtgtaacaaa
cacaaaaatcgactggtccatatcctgccttatgagtgcaccagagtatgcctacaaccg
caacgtaatatcgaaggatccgattacataaacgcgagtctgattgatggatatcgctat
cggggtgcttacatagctacgcaaggtcctctatgcgacactactgacgatttctggcgt
atgctttgggagcataattctacgatcgtcgttatgttgacgaaactgaaagagatgggc
agagagaaatgccaccagtattggccgtccgatcgatctattcgttatcaatgcttcgtc
gtggatccgatcgcggagtacaatatgccgcaatatattttacgagagttcaaggtaacg
gacgcgcgcgacggggcgagtcgcacagtcaggcaattccagttcatcgactggccggaa
cagggtgtaccgaaatccggcgatggtttcatcgactttattggacaagtgcacaaaacg
aaggaacaattcggccaagacggaccgatcaccgtgcattgcagcgctggcgtaggaagg
acgggtgtcttcataacgcttagcatcgttttggagcgaatgcagtacgaaggtgtagtc
gacatattccagactgtgagaatattacgcacgcaacgtccagctatggttcaaaccgag
gatcaatatcaattctgctatcgggccagtttggaatatttaggctccttcgatcattac
gccaactga

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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)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (19)   
   Pfam (19)   
All databases (48)   

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