KEGG   Bradysia coprophila: 119082059
Entry
119082059         CDS       T08269                                 
Name
(RefSeq) serine-rich adhesin for platelets isoform X1
  KO
K16172  insulin receptor substrate 1
Organism
bcoo  Bradysia coprophila
Pathway
bcoo04068  FoxO signaling pathway
bcoo04081  Hormone signaling
bcoo04140  Autophagy - animal
bcoo04150  mTOR signaling pathway
bcoo04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:bcoo00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04068 FoxO signaling pathway
    119082059
   04150 mTOR signaling pathway
    119082059
  09133 Signaling molecules and interaction
   04081 Hormone signaling
    119082059
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    119082059
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    119082059
SSDB
Motif
Pfam: IRS PH DUF5979
Other DBs
NCBI-GeneID: 119082059
NCBI-ProteinID: XP_037047285
Position
Unknown
AA seq 1671 aa
MTLPFQQRSATMSFTNKTMTATTTVKNVVISGYLKKLKTMKKKYFVLYSDGDKPARLEYY
DTEKKFRSRHGNPKRTIVLKSCFHISKRLDTKHKSVISLYTKDDCFCIVFDAENEMNTWL
QSLLSLHRIEDTEGDRPRTHIEHVWQVQVQRRGIAEERGIIGNYHLCLSEKSLTLVRTGQ
PRTITGENRTPSVEFLLTTIRRCGDSQCYFYMEVGRHSVIGPGELWMGTEDPLIAQNMHT
TIIGAMSAVTKRDDFNPITRNRSSSANEASRPSQMLQRRQTHVGTKPFNVSTSGDENSIE
STTSTIKADLDSPISIRYLEQSTTLPQHPAPASVQTSTKNTTITIKNSLNACQDDYVCHD
GPIIAVVAPSVSHHRALSLPIATTTQTLGSSSNILPAVPNYTNNNSVSKGALGPTCFTIQ
PIHQRTRSLPLTEETAIQLNSLNSNPSPRSSRDSICSKSNKLTNDHHQNNNHIHNIKSQS
SMSISSHQNNVLNETALVDNSRAMCTCTVTENQDNHPNIPTLMTTTAENSLKNDEINSGA
IHSVTFYNTIDPYGGHNDKSPALKNIFNNKMFMGGFIQSSYVGGLSLALQRGRSGNNCVR
SIGRERCDSLPTRNRTISDTIHSNQQNTSMPPPRSIPLANRPHSMYTNRHSHSPPIHGTP
LSPSAGCSESDGSSLSIDETDGLSNPITPDEGGNWKFYNQRSTGSVIPEENPDDFFYGDN
NKRTSPDITKRNGSLSLPISQIIRKGSPAPPLNYDMYSPCGSSPDHQGYMVMSPGVDLGG
RSLYTNSSGAHSRASSLAEDTENGCYVDTDQAEHYVDMEQSRRPVDGMSSAASSCSITSG
TPSTDLRFAEYQLEKVVSRFTPDEEDTSLLSERPLRAYSVGSRLEHNKRKLRVDLLTSEH
SARARAFSVGSKAKVARSDLYRGTAPQTAPLSSLTQHDAANLTNNNVYKSNKSSSAPILI
NKGPASMPMDDLMEIDFAPPTQTPPQTQSLLSTQKPQNNATKKMSLPMLVPTVRKYDGLD
LLPSSKPSGYVEMKPAINEYEPMFPGARQDYSYLDMKPVGSGSNKGSFKTLLSMSTSPIK
SPKTMGSVNRNNNYMDMSMSSQQSQPVAQSPRGSMDDYLNMSPTTHTMNHQRVMDIELPK
TLSAPEGYMEMFWNKPSSTTAGGINNNNNNNNNNISEKPVSDEYIYMNAGRPQLYNAAAL
KIEPRLSSLPIDIQLRKKSNIPLTSTATRCDSKDSGIVTPSGSHPAMFPFSPSSQASIDE
NNLPRKCLVDGTTGTLRLSEEEEEQPATMSFTKNIKVLTTDVPMDTSTCLIRPQVDVLSN
DYADMTLGGGGVGDGGSSNSSSKATITSTNFVNHSKHNSELTNTRTERRPLSRTTSVVNS
STEGDYTVMNPAAPRKLSAPAQQQTVPNATKKSVPVTIGTNSLDASKGFKPIPSNTDEML
MRMRISPTDPVISRQSAFSRQLSERATSSHNYEMLHIRSDTNISYQAQAGRVATTRPNSV
NSEKISKSSTASASLTRPNSVNCDRLPTTSTSSSTSTSSSSSTLCGSKCQSPSPMQVHRP
QSFSEADSNSSTCATKTSRPPSVSSERGLHYASLDLPATDGNKSSTKLKVDIGVATNATD
SQQSSKSNSDDSTSPSPNANNVQMEQPSFTYAQIDFAKCGERAETNTHNSQ
NT seq 5016 nt   +upstreamnt  +downstreamnt
atgacattaccgtttcaacaacggagtgccacaatgtcctttaccaataaaacaatgacg
gccaccacaaccgttaaaaatgtggtcatttccggatatttgaaaaaactgaaaacaatg
aaaaagaaatatttcgtgctatacagtgatggtgataagccggcacggctcgaatattat
gataccgaaaaaaagtttcggtcgcgtcatggtaatccgaaacgtaccattgtgttaaaa
agttgctttcatatcagcaaacgattggacaccaagcacaagtcggtcatttctctgtat
accaaagatgattgtttctgtatcgtgttcgatgcggagaatgaaatgaatacatggtta
cagtcactattgtcactgcatcgaattgaagataccgaaggagatagaccacgaactcac
attgaacatgtctggcaagtacaagtgcaacgccgtggcatcgctgaagaacgtggtatt
atcggcaattatcatctatgtctgtcagaaaagtctctaacgctcgtccgaaccggccaa
cctagaacaattaccggcgaaaatcggacaccgagcgtggaatttttactaacaacaatc
agaaggtgtggagattcacaatgctatttttacatggaagtgggaagacatagtgtaatt
ggtccgggcgaattatggatgggaaccgaggatcctcttattgctcaaaatatgcacaca
acaattattggcgctatgtcagcagtaaccaaacgcgatgacttcaatccaataacaagg
aatcggtcatcatcagcgaacgaagcaagtcgtcccagccaaatgttacaacgccgacaa
acgcatgtcggaacaaaaccgttcaatgtatcaacgtcaggagatgaaaattcgattgaa
tcgacgactagtacgataaaggcagatttagattcgccaataagtatccgatacttggag
caatcgacaacgcttccacagcatccggcaccggcttccgtgcaaacgtcaactaaaaac
acgacgataacgataaaaaattcgttaaatgcttgtcaggatgattatgtttgccatgac
ggtccgataatcgccgttgttgcaccatcagttagtcatcatcgggctttgtcattaccc
attgcaacgactacacagactcttggtagttcgtcgaatattttgcccgccgtgccaaat
tacacaaacaataatagtgtgagcaaaggagcgttgggaccgacgtgtttcactatccaa
cccatacatcaacgtacacgatcactaccactaaccgaagagactgctatccaactgaac
tcattaaattcgaacccatcacccagatcgtcacgggacagcatttgttcgaaaagcaat
aaattgaccaatgaccaccatcaaaacaataatcacatccataacataaaatcgcagtcc
tccatgtccatctcatcccatcagaacaatgttctcaatgaaacggctcttgtcgataat
agcagagccatgtgtacttgcactgtaactgagaatcaagacaatcatccgaacatacca
actctgatgacgactacggcggaaaacagtctgaaaaatgacgaaataaatagcggagct
atacattcggtcacgttctacaataccattgacccgtacggtggtcacaatgacaaatcg
cctgctttaaaaaatattttcaataataaaatgttcatgggtggattcattcagtcctct
tatgtaggtggtctgtcattagcattgcaaagaggtcgatcaggcaacaattgcgtgagg
agcatcggtagagagaggtgtgacagtttaccgacaagaaatcgtacaattagcgatact
atccattcgaatcaacaaaatacttccatgcccccgcctcgttcaataccattggctaat
cgtccgcattcaatgtacacgaatcgacacagtcacagtccacccattcatggcactcca
ctcagtccgtcggctggatgttcggaaagtgatggatcatcgctgagcatcgatgaaact
gatggactgagcaatccaattactccggatgaagggggcaattggaagttttacaatcaa
cgatcaaccggttcagtgattcccgaagaaaaccccgatgactttttctacggtgataac
aacaaacgaacgtcaccagatatcacaaaacgaaatggttcgttgtcattgccaattagc
caaattattcgtaagggaagtccggcgcctcctttgaactatgacatgtatagtccttgt
ggaagctcgccggaccatcagggatatatggtgatgtctcctggtgttgatttgggtggt
cgaagcttatacacaaacagttccggagcgcatagtcgtgcttcaagccttgctgaagat
acagaaaatgggtgctacgttgacacagaccaagccgaacattatgtcgatatggaacag
tcacggagacctgtggacggaatgagttcagctgcatcgtcgtgcagtataacatcggga
accccgtcaacagaccttcggttcgccgagtatcaattggaaaaagttgtttctcgattt
acacccgacgaggaggacacaagcctactctccgaacgtcctcttcgtgcatactccgtt
ggtagtagattggagcacaacaagcgaaagcttcgcgtcgatttactcacttccgagcac
agtgctcgagcgcgggcattttcagtgggctcaaaggctaaagtggctcgttccgattta
tatcgcggaacggcacctcaaacagctccattgtcaagtctgacgcaacacgacgcagcc
aatttaaccaacaacaacgtatacaagtcaaacaaatcatccagtgctccgattctgata
aacaaaggtcctgcgtcgatgccaatggacgatttaatggagatcgattttgcaccccct
acacaaacaccgccacaaacgcagtctctactgtcaacgcagaaacctcaaaataacgcc
accaagaaaatgtcgttgccgatgctagttccaaccgtcagaaagtatgatggacttgat
ctgttgccatcgtcaaagcccagtggctacgtcgaaatgaaaccggccatcaacgaatac
gaaccgatgtttccaggcgcgcgtcaagactacagttacctcgatatgaaacctgtcggc
tctggcagcaataaaggcagtttcaaaactctgcttagcatgtccacgtctccaatcaaa
tctccaaagacaatgggatcggtgaaccgaaacaacaattacatggacatgtcaatgtcg
agccaacaaagccaacccgtggcccaatcacccagaggctctatggatgactacctgaac
atgagtcccaccactcacacaatgaaccatcaacgtgtcatggacattgaattgccgaaa
actttaagcgcccccgaaggctacatggaaatgttttggaacaaaccatccagcaccact
gccggcggaattaacaacaacaacaacaataacaacaacaacatttccgaaaaacccgtg
tctgacgaatacatttacatgaatgccggccggcctcaattgtacaatgcagccgcactc
aaaattgaaccaagactcagctcactgccaatcgatatccaattaaggaaaaagagtaat
attccactaacatcaacagcaacgcgatgcgattcgaaggatagcggtattgtaacgccg
tccggatcacatccagccatgtttccgtttagtccaagtagtcaagcctcaatcgatgag
aataatttacctcgaaagtgcctcgttgatgggacaactggaactcttcgcttatccgaa
gaagaagaagagcagccagcaacaatgtcatttacaaaaaacattaaagttttaaccaca
gatgtgccaatggatacctcaacatgcctgattcgtccgcaggtggacgttttgagcaat
gactatgcagatatgacgcttggaggaggaggagtaggggacggtggtagcagtaacagt
tcatcgaaagcaacgatcacctcaacaaattttgtcaatcattcgaaacacaactcggaa
ttaacaaatacgcgcacagaaagaagaccactgtcccgaaccaccagtgttgtaaattca
tcgacggaaggagactatacagtcatgaatcctgctgcaccccgtaagctatcagctccg
gctcaacaacaaacagtaccaaacgcaacgaaaaaatccgttccggttacgatcggaacc
aacagtttggacgcatcgaaaggattcaaaccgataccgtcgaacaccgatgaaatgctg
atgcgaatgcgaatcagtcctaccgacccagtaatttccagacagtcggccttcagtcga
caactatcggaacgagcgacttctagtcataactacgaaatgttacacatccggagtgat
acaaatatttcatatcaagcccaagcgggccgagtagcaaccactcgaccgaattccgtc
aatagtgaaaagatttcgaaatcatcaaccgcctcagcctcattaacgcgacccaattcc
gtcaattgtgatcgcctacccactacatcaacgtcttcctcaacgtccacgtcgtcatcg
tcgtcaacattatgcggcagcaaatgtcaaagtccatctccaatgcaagtccatcgaccg
caatcgttttccgaggccgattcgaacagtagcacttgtgcgacgaaaacatcacgaccg
ccatcggtcagctcggagcgaggactgcactatgcaagtctggatctgccagcaaccgac
ggaaacaaatcgtccactaaactgaaggtagacattggcgttgcaacgaatgccaccgat
tcacagcagtcatcgaaatccaactcggacgattcgactagtccgagcccgaacgcgaat
aatgttcagatggaacagccaagctttacatatgcacaaattgattttgcgaagtgtggt
gaacgtgcagaaacgaatactcataactcacagtaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (3)   
   Pfam (3)   
All databases (17)   

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