KEGG   Lucilia cuprina (Australian sheep blowfly): 111677048
Entry
111677048         CDS       T06013                                 
Name
(RefSeq) focal adhesion kinase 1
  KO
K05725  focal adhesion kinase 1 [EC:2.7.10.2]
Organism
lcq  Lucilia cuprina (Australian sheep blowfly)
Pathway
lcq04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:lcq00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    111677048
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:lcq01001]
    111677048
   01009 Protein phosphatases and associated proteins [BR:lcq01009]
    111677048
Enzymes [BR:lcq01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.2  non-specific protein-tyrosine kinase
     111677048
Protein kinases [BR:lcq01001]
 Non-receptor tyrosine kinases
  FAK family
   111677048
Protein phosphatases and associated proteins [BR:lcq01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     111677048
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Focal_AT Pkinase FERM_C_FAK1 FERM_M Syntaxin-18_N ABC1 GIT1_C SWT1_3rd DUF4158 Hanta_Gn-B FANCI_S2
Other DBs
NCBI-GeneID: 111677048
NCBI-ProteinID: XP_046809450
EnsemblRapid: LOC111677048
Position
6:1070233..1079067
AA seq 1514 aa
MSQSFNKNHTFNQANISTKFNLNVYWPNNQHHAVCVDGHNDTVQDIIEKTVAMVPTGPKP
NPQYYALRLQNMVTKETLWMNKTTKIEKLLEHIWNSACPNTECPQQKSQNTPPTLNVNDK
LSVWRPELRIRYLPHSLRELYNEDKITCYFYFDQVKQDFIQSNSSSIDFDSAIQLCCLSM
LHYFRNVTRPIPDKKQQHVEHIDKEVGFHHFLPKTVISSTKPKNLKKVIHTTYKKMYQLT
DVEYITKYFDILNKFYETEYEKFSVTLSSSWNISGYLYVGPKIGLSYQTHPQANMIQVAT
FKDINRITTLFLPKDDLHSNNETSPKPVVPTNDDGTQLSKTCRCREMKTQVRITTSSNDE
DLVITCNGYNTATSIADLIEGYCLLISKNQVCTLWNPLSHQRNDKTNDLTIPISTLQISN
GEQVNDKTDENSKPKLSEDYAELGLVDEEGDYSTPAVRNYELDRSEISLKNTIGVGQFGD
VYIGSYNTKVKCGAKGDKNDSTNSAVIQVAVKTCKANDDPEKMERFLEEAYVMQKFDHPH
IIRLIGICSESPVWIVMELAEYGELRAYLKSNAEKLRRETLLLYCYQLSTALSYLESKKF
VHRDIAARNVLVSSPTCIKLADFGLSRWVSEQSYYHSSMCMLPIKWMAPESINFRRFTIA
SDVWMFGVCAWEILMLGVKPFQGIKNSDIITKLENGERLPFPNNCPPRLYSLLSQCWTYE
PSKRPNFKRIKETLYEILIEERASGFDSMNKENARVLSMIMSNNEDGELPPTKPSKIPQS
LGGGDNNKLTNDKTTALSPQTYIIAQNPEVLARLLKENENRCINPAAYTTPASVFNSLAV
DVDTTKTINNDLALKTTKLPVSEFLKLDNTITRDEKATVLQRLQQDKININLNETKMSQM
PLQSQAQAQVHTQIPSTIPNQMMAKGSANHACPVPQYMRQSDNTHLGSIDPRFTAHQFSY
SDSTDFEGSLQSLPSGRSPCLVGNEDRTQVIYDFGRNTPVNRQVGSVCGSLERNVIAPHF
NKSSGSRSIGGSLERNKSFINPVNPPRKCVPRSASLERSVYNRDFPKSYSRSGSLEAYSS
FLAFKNHMKNSPDYKAFEEEIYDVCPATNLKCCPTTGQTYIPMTPGCGFVYPNNDQRIMI
QSMNANIPIDQPPPHQERVQEMDSSGKAFCSEVNNSKAMIQMMAEKNRKTSVGHDMETPH
YPFGLVNNSACDNISTNSSYCLAENQSYNSPSNTKLNTQSVGNQSASYSNAADTSASSSR
QSTEAQKNNLRPNLNRNRDDVYLATKNVVKAIITLSQVVGENKGNNYLELVKDIGFELRK
LLQSVDHISPLIPAEAYKEVEMAHKVLPKDMHELVAAMKLAQQYSDTTLDVEYKKSMLSA
AHVLAMDAKNLLDVVDVIRQRYESVFGEYFEQNDSSSTTTTSNTPIGELMNEDGYQIMQN
HPMEPFYLNSAEAHNIVVNQNLVHKPDNFHNARRNSTFNADLVGVSNFTNEQQQQQHQAL
KIIEDTNDSKTLKL
NT seq 4545 nt   +upstreamnt  +downstreamnt
atgtctcagtcctttaataaaaatcatacttttaatcaagcaaatatatcaacaaaattt
aatttgaacgtttactggccgaacaatcaacatcatgcggtttgtgtggacgggcacaat
gacaccgttcaagatatcattgagaagacggtggctatggtgcccaccggcccgaaacct
aatccccaatattatgctttgcgtttgcaaaatatggtaacaaaagaaacattgtggatg
aataagacgactaaaatagaaaaactacttgaacacatatggaattcagcctgtccgaat
acggaatgcccgcagcaaaagtcacaaaatacgccaccaaccctaaacgttaacgacaaa
ctaagcgtttggagacccgaactacgaatacgttacttgccacacagcctcagagaactt
tataatgaagataaaatcacatgttatttttatttcgatcaggtgaagcaagattttata
caatcaaattcaagcagtatagattttgatagtgcaatacaactttgctgtctgagtatg
ttgcactattttcgtaatgtgacgcgtccaataccagataagaagcaacaacatgtcgag
catattgacaaggaagtaggctttcatcatttcctaccaaaaactgtgatatcttcaaca
aagccaaagaatctgaaaaaagtgatacatacaacatataaaaagatgtaccaactaaca
gatgtcgaatatataacaaagtattttgacattctcaacaagttctatgagacagaatat
gaaaagttttccgttactttgagttcgtcgtggaacatatcgggttatctttatgttgga
cctaaaataggtctttcatatcaaacacatccgcaagcaaatatgatacaggtggccacc
tttaaagacataaatcgaataacgacattatttttgcccaaagatgatttacattccaat
aacgaaacgagccccaagccagtagtacctactaatgacgatggcacacaattatctaaa
acctgcaggtgccgcgaaatgaaaacccaagtccgaattacaaccagtagtaatgatgaa
gatttagttataacatgcaacggttacaatacggctaccagcatagctgatcttattgaa
ggctattgtcttttaataagcaaaaatcaagtttgcactctttggaatcctttgagtcat
cagagaaatgataaaactaatgatcttacaattcctatatcgaccctgcaaatcagcaat
ggtgaacaagtgaacgataaaacggatgaaaactcaaagccaaaattgagtgaagactat
gccgagctgggtctggtagatgaagaaggcgactattccactccagcagtacgtaattat
gaattagatagatcggaaatatctcttaagaatacaattggcgtgggacaattcggcgat
gtttacataggatcctataataccaaagttaaatgtggtgctaaaggtgacaaaaacgat
tcaacgaattcagctgtaatacaagtagcggttaaaacctgcaaagccaacgatgatcct
gaaaaaatggaaaggtttcttgaagaagcttatgtaatgcagaaatttgatcatccccac
ataatacgactaattggtatttgtagtgaatctccagtttggattgttatggaattggcg
gaatacggagaacttagagcgtatctaaagtcaaatgctgaaaagctgaggagggaaacc
ttactgctgtactgttatcaactatcgactgctctaagttacttggaatcaaagaaattc
gtacacagagatatagcagctcgtaatgttttagttagttcgcccacttgtataaagttg
gccgattttggtttatcccgctgggtgtcagagcaatcgtactatcattccagtatgtgt
atgttacccatcaaatggatggcaccagagtcaattaattttcgacgttttaccatagcc
agtgacgtttggatgtttggtgtctgtgcttgggaaattctaatgttgggtgtaaaaccc
tttcagggtattaaaaacagcgatattataacaaaattagagaatggtgaaagactaccc
tttcccaacaattgtccaccccgattgtattcattgctttcacagtgttggacttatgaa
ccgtccaaacgaccgaatttcaaaagaattaaagaaactttatacgaaattctaatagaa
gaacgagccagtggtttcgatagtatgaacaaggaaaatgctcgtgttttatccatgatt
atgagtaataatgaagatggtgaattgccacccacaaaaccctccaagataccacaaagc
ctgggtggaggagacaataataagctgacaaatgacaaaactactgccctcagtcctcaa
acgtatataatagcacaaaatcccgaagtgttagcccgtttattgaaggaaaatgagaat
cgttgtattaatccagcagcttatacaacaccagcctcggtatttaacagtttagcggtt
gatgtagatactactaagacaattaacaatgatttagctctaaaaacgacaaaacttccc
gtatcggaatttcttaagttagacaacactataactagggatgaaaaggccacggtctta
caaagacttcaacaggacaagattaatataaatttaaatgaaacgaaaatgtcacaaatg
ccactacaatcgcaagctcaagctcaagttcatactcaaataccatcaactattccaaat
caaatgatggccaagggttcagctaatcatgcctgtcccgttccgcaatacatgcgtcaa
agtgataatacacatttaggttctatagatccacgttttaccgcacatcagttttcttat
agtgatagtaccgattttgaaggttctcttcaatctttgccctcgggccgatctccttgt
ttagtaggtaacgaagatagaacacaggttatttacgactttggtcgaaatactccagtc
aatagacaagtgggtagtgtttgcggcagcctcgaacgtaatgttatcgcaccacatttt
aataaaagcagcggcagtcgttccataggtggttcattagaacgtaacaaatcgtttatt
aatccggttaatcctccacgtaaatgcgtccctcgtagtgctagtctggaacgatctgtt
tacaacagagactttccgaaatcttattcacgctctggcagcttagaagcctattcgtcg
tttttagcatttaaaaatcacatgaagaattctcccgactacaaagccttcgaagaagaa
atatatgatgtttgtccagcgacaaatttgaaatgttgtccaactacaggccaaacatat
ataccgatgactcccggttgtggctttgtttatcccaataacgatcaaagaataatgata
caaagtatgaatgccaacattcccattgatcagccgcctccccaccaagagagagtccaa
gaaatggattcttctggaaaagcattttgttctgaagtgaataatagtaaagctatgata
caaatgatggcggagaaaaaccgcaaaacttccgttggtcatgacatggaaacgccacat
tatccctttggtttggtaaataattcagcttgtgataacatttcgactaatagttcttac
tgcttggcggaaaatcaaagctacaactccccttcgaatacaaaattgaacacacaaagc
gtaggcaaccagtctgcatcttattcgaacgcagcagatacatctgcttcatccagccgg
caatcaactgaggcacaaaaaaataatcttcgacctaatttgaatcgtaatagagacgat
gtctatttagcgaccaaaaatgtggtgaaggccatcataacgctgtcacaggtggtggga
gagaataaaggcaacaactacttggaactagttaaagacattggttttgaattaagaaaa
ctgttgcaatcagttgatcatatatcgcctttaataccagccgaggcatataaggaagtc
gaaatggcacataaagtattacctaaagacatgcacgaattggtggcagctatgaaacta
gcccaacaatacagtgataccactttagatgtagaatataaaaaaagcatgctttcggca
gcccatgtactagcgatggatgcaaaaaacctattagatgtggtagatgttatacgacag
agatatgaatccgtatttggtgaatatttcgaacaaaatgattcctcatcgaccactaca
accagtaatactcccattggtgaattaatgaatgaggatggctatcaaataatgcaaaat
catcccatggaacccttttacttaaacagtgctgaagctcacaatattgtagttaatcaa
aatctagtccacaaacctgataactttcataacgcaagaagaaattcaacattcaatgct
gacctagtaggcgtgtcgaattttactaatgaacaacaacaacaacaacatcaagcatta
aaaataattgaagatactaatgattcaaagactcttaaattataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (12)   
   Pfam (12)   
All databases (31)   

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