Euwallacea fornicatus (polyphagous shot-hole borer): 136346372
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Entry
136346372 CDS
T10685
Symbol
Fak
Name
(RefSeq) focal adhesion kinase 1 isoform X1
KO
K05725
focal adhesion kinase 1 [EC:
2.7.10.2
]
Organism
efor Euwallacea fornicatus (polyphagous shot-hole borer)
Pathway
efor04148
Efferocytosis
efor04517
IgSF CAM signaling
efor04518
Integrin signaling
efor05100
Bacterial invasion of epithelial cells
Brite
KEGG Orthology (KO) [BR:
efor00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04517 IgSF CAM signaling
136346372 (Fak)
04518 Integrin signaling
136346372 (Fak)
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
136346372 (Fak)
09160 Human Diseases
09171 Infectious disease: bacterial
05100 Bacterial invasion of epithelial cells
136346372 (Fak)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
efor01001
]
136346372 (Fak)
01009 Protein phosphatases and associated proteins [BR:
efor01009
]
136346372 (Fak)
Enzymes [BR:
efor01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.2 non-specific protein-tyrosine kinase
136346372 (Fak)
Protein kinases [BR:
efor01001
]
Non-receptor tyrosine kinases
FAK family
136346372 (Fak)
Protein phosphatases and associated proteins [BR:
efor01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
136346372 (Fak)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Focal_AT
Pkinase
FERM_N_2
FERM_C_FAK1
FERM_M
Kinase-like
GIT1_C
FERM_F2
DUF7783
Motif
Other DBs
NCBI-GeneID:
136346372
NCBI-ProteinID:
XP_066151568
LinkDB
All DBs
Position
2:complement(466756..474649)
Genome browser
AA seq
1214 aa
AA seq
DB search
MDTSDPSQNSSAEKSTLKVHLPNSGFNVVRYGDSIDIKGIILTVTERLSTGNGHYNGCFA
LRLTQLDSKESYWLHKDLTMQQVSEKYIKQFPDDAEWRYDLRIRYPPPKLTDLYEKDKAT
LSFYYQQIRSDYYLELHKNIDQEVALQLSYLEIRKYLKDISTGLDKKSTLEYLVREIGLQ
KFIPQSLQDKIKPKILKKHIQSQFKKAGNITELDCMLKFLELLKLHTNFDQEHFQVDYGT
SSSFTIPIELIVGPDIGIQALASRRIDFTHIRKLNIEECKESGKVALRLMLTSSNEILCF
TCSNIVVAESLAELIDGYCRLHSEGKESVWILQENDGGNSVYQSDTKVLGMKTKFSGSGG
ILLAEDYAEIIEEGDYSVPAVRDYELNRGHIELGIILGKGQFGDVHKGTVTTKEGNVLPV
AIKTCKSDADASTTDKFLEEAYIMQKFDHPHIIKLIGVCSDSPVWIVMELAKLGELRAYL
QSKKPDLELETLLTFTFQLSTALSYLESKKYVHRDIAARNVLVSSETCVKLADFGLSRWM
GSDQSYYRASKGKLPIKWMSPESINFRRFTTASDVWMFGVCIWEILMLGVKPFQGVKNND
VIGKIENGERLPLPENCPPRLYSLMSQCWSYEPTKRPSFKDIKEILQEILLEERSSQQNT
MRRETRRMAAMSWGSSDDVSPPPKPLRHQETSSLVTTNSTNLVPQTYIVAQNPEVLAHLM
RENENRGITPAMYTIPASVFNTVAVDFGIKQDIPDPILTTRPMPIQSLKKLDPEVEPKSL
DSVDNVSLAESSASSLQSDVLIDTGKLSSQSSTLERTPHISETHYVNDNSISMPTNLVYP
LNQSHSFTSYMSCANRTVNYTLETVTNYHKDPVIYKNVEVEESLYDFGGENVKSCAHKIP
QLAPVRFSQPAPQPSQYVIRRSELAHGNPVNEQVLEQKLRQQQMESSEDSRWLAESEVNL
EKRLSRLPPESLSIESATITHSLHRLNGSEIDSSAPANETSSSRTASIENSTESLNRSKS
SSPVLSSSRLNSLERHVEKKESLTVDRGKDKVYKCTTEVVKAIMLLSQGVQQSQSEQYLD
LVKNVGLELRQLLTSVDEIVVNFPSHMLREVEMAHQVLSKDMSDLVGAMKLAQQYSKTTL
DAEYRKGMLSTAHVLAMDSKNLLDVIDNLRLHHRQEAEKSANSNEELGDKNAVFSDVDSV
LVQSEFTSESNSST
NT seq
3645 nt
NT seq
+upstream
nt +downstream
nt
atggatacatctgatccttcacagaactcttctgctgaaaagtcaacacttaaggtccat
cttcccaatagtggatttaatgtagtacgttatggagatagtattgacattaagggcatt
attttgactgtaactgaaagattatccactgggaatggccattataatggttgttttgcg
ctgcgacttacccagctggactccaaagagagttattggcttcacaaagatcttacaatg
caacaagtcagtgaaaagtacattaaacaattccctgatgacgccgaatggcgttacgac
ttaagaatcagatatcctccacccaaattgactgatctttatgagaaagataaagccact
cttagtttttactatcaacagattagaagcgattattacttagaactgcacaaaaatata
gaccaagaagtagcccttcagttaagttacctagaaattcgtaaatacctcaaagacatc
tccacgggattagacaaaaagtcgaccttggagtacttggtccgagaaatcgggcttcag
aaattcattcctcaaagtttgcaagacaaaatcaaaccaaagattctgaagaaacacata
caatctcagtttaaaaaggcaggaaatatcacagagttggattgcatgttgaagtttctt
gaactattaaaactgcacacgaattttgatcaggaacattttcaagtagattatgggact
agtagtagttttacgattccaatagagctgattgtgggcccagatataggaattcaagct
ttggcgtccaggagaattgattttacccacattaggaaacttaatattgaggagtgtaag
gaatctggaaaagttgctctgagattaatgttaacatcaagtaatgagatattatgtttt
acttgctcaaatattgtggtagcagagagtttggctgagttaattgatggctactgtagg
ctacattctgaggggaaggaatctgtgtggattctacaggaaaatgatgggggcaattcc
gtatatcaatcagacacgaaagttttggggatgaaaacgaaattttctggaagtggtggt
attttgctggccgaagattacgctgagatcatagaggaaggggattactcggtccctgca
gtgagggattatgagttaaaccgaggccacattgagttgggtataatcttgggaaaaggt
cagtttggcgatgtccataaaggcaccgtaacaaccaaagaaggcaatgtgttaccagtg
gccattaaaacttgtaaaagcgatgctgatgcttccactacagataaatttcttgaggaa
gcctacataatgcaaaaatttgaccatccccatatcataaaacttatcggagtttgttct
gactcacctgtatggatcgtaatggaactggcaaagttgggcgaacttcgagcatatttg
caaagcaaaaaaccagacctggagctagagactttattaacatttacattccaattgtct
actgccttgagttatttagaatcgaagaagtacgttcatcgcgatattgccgctagaaac
gtactggtcagttccgagacctgtgtcaaattggccgattttgggttgtcgagatggatg
ggatctgaccaaagttattatcgggcatcaaaagggaagttgcctattaaatggatgagc
cctgaaagtattaattttaggagatttactacagctagtgatgtttggatgtttggtgta
tgtatttgggaaatcttaatgttgggagtgaaacccttccaaggagtaaaaaacaatgac
gtgatcggcaagatcgaaaacggagaacgactgcctctgcccgagaattgtccgccgcgg
ctttactctttgatgtcacagtgttggtcatacgagccaactaaacgccccagttttaag
gatattaaggaaattcttcaggagattttgctcgaagaacggagcagtcagcagaatacc
atgaggcgcgagacgcggcgcatggccgcaatgtcgtggggctcatcagatgatgtgagt
ccccctccaaagcctttaagacaccaagaaacttcttcactagtcacaacgaactccaca
aacttggtacctcaaacttacatcgtggcccaaaacccggaagtgctggcgcacctgatg
cgggagaatgagaaccgagggatcacacctgccatgtacaccatccccgcttcggtattt
aatactgtagccgtagatttcggtattaagcaagacattcccgacccgattctaacgacg
cgtcctatgccaatccaaagtctcaaaaaactggatcctgaagtggaacccaagtcttta
gattccgtggacaatgtttcattagccgaaagtagcgcctcttccttgcaaagcgacgtt
ttgatcgacaccggcaaactttcttcgcagtccagtaccttagaaagaacaccacatatc
tcagagacgcattacgttaacgacaattcaatttccatgccaactaatctagtttaccct
ctaaatcagagccacagcttcacttcctacatgtcatgcgcgaatcgaaccgtcaattat
actctagagactgttaccaattaccacaaggatccggtgatttataaaaacgtcgaggtg
gaagagagtttgtatgatttcgggggcgagaacgttaaaagttgcgctcacaaaatcccc
caactggcccctgtcaggttttctcagccagccccgcagccaagtcaatacgtaatccgc
agaagcgaactggcccatggaaacccagtcaatgagcaggttttagagcaaaagttgcga
caacagcaaatggagtctagtgaggattcgagatggttggccgaatcggaagttaatttg
gaaaaaagactaagcaggctccccccagagtcgctatccatagaaagcgctaccataacg
cattccttacaccggttaaacggatcagagattgactcatcggcacctgcaaacgaaacc
agctcgagcagaaccgccagcattgaaaacagcactgaatccttgaacaggagtaaaagc
tcctcgcctgttttatctagcagcagattaaacagtttagaaagacatgtcgaaaaaaag
gaatctttgactgtagaccgtggcaaggacaaagtttacaagtgcacaacggaggtcgtg
aaggccataatgttgctctcgcagggagtgcagcagtctcagtcggagcaatatttagat
ctggtgaaaaacgtcgggctcgaattgagacagctgctcactagcgtagacgagatagtc
gtaaacttcccgtcgcatatgctgagggaggtagaaatggcacatcaagtgctttccaag
gatatgagcgatttggtgggagccatgaagctagcgcaacaatacagcaaaaccacttta
gatgccgagtaccgaaagggaatgctgagcaccgcccatgtgctcgcaatggactcaaag
aatcttctagatgtgatcgataatcttcgattacatcatcggcaagaggcggagaaatct
gcaaactcaaacgaagaacttggagataaaaatgcagtatttagtgacgtcgactcggtt
cttgtgcaaagcgagtttacctcagagtctaattcatctacttaa
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