Ficedula albicollis (collared flycatcher): 101816654
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Entry
101816654 CDS
T02815
Symbol
PASK
Name
(RefSeq) PAS domain containing serine/threonine kinase
KO
K08801
PAS domain containing serine/threonine kinase [EC:
2.7.11.1
]
Organism
fab
Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
fab01001
]
101816654 (PASK)
Enzymes [BR:
fab01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.1 non-specific serine/threonine protein kinase
101816654 (PASK)
Protein kinases [BR:
fab01001
]
Serine/threonine kinases: CAMK group
CAMKL family
101816654 (PASK)
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Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
PAS
PAS_9
Pkinase_fungal
Kinase-like
PAS_8
PAS_2
Motif
Other DBs
NCBI-GeneID:
101816654
NCBI-ProteinID:
XP_005050841
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Position
9:complement(4115636..4133980)
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AA seq
1126 aa
AA seq
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MAAEAYSPSEGALLSSSAGLVLTHLNDSDMLSRSFSWGNKSRKSRVSGLCQLGASLPGGE
KWSSYCLPSLTARNICSSKIGNSWARWDPASLSASIGSSASCSFLHTPAVEESSQHLPAA
ARNPNQAIFTVDASTTEILVANDRACKLLGCSSQELIGQKLSHLISKSDQEAWEAVGEEY
PETSECSSVVSGAVVDVIGHLSEKIPVTVWLRQIQSKDTQRCVVVLEPVERLSACVSFTV
DGKITSCDLLYAHLHGYPTLEAVVGLHIKDLIPSVQIPPLGKKIPKNLRIQRAAGRSREG
TMFPLSVKLEVSHLEEEQAAVQKDEIAQTEGSLPGYQYSATVVVFSTISGLITVQSDGII
CGITDSFALMLFGYEKKDLLGKNITFLIPGFYNNMGRSSGCSLPLPPLDDSTGTEESSFL
AASLAHLLSRDEEQKLEQLHKDDRLIHDENKQKNGTSFFSPPSPPEAASTPTSRLEDPHA
SSCDPLKLPAGVTCNSPGTPTVDEPWPGAALNCRQDLKSHMVPGQVSKTNSTCDAKHSSL
EHIVVHNCLLNDPSFFASERNTVCGVCSGNKTGCSASAPGAATSSEDVKESELNCICSGL
ELLGLNTGVKGNSDNSSGVTAALVGGCCSDAVDSNMIIETNSTFSTHQGKQLLSGVATEA
DCGWLASRRHLQNSEAFPEKPETFAETVGHNSNRNPLKSKSRPEEHCQLLGLQNMEIKIT
STPVKQEDRLNPAAPLSWEILEGSYVGNCCHKDGSQFSIHFEVKCAELQDPTLLFCVWVV
KDISQSQKEAVAKTQRLLASLTNSSQSVADLSTKSLGEAIRSTSLFDNSPRAEDLEGLRA
CEGEYAKNYSTLNLIGKGSFGFVWTARSKKDHQEVVVKFIWKERVLEDCWVDDPDLGRVT
QEIAILQKLQHPSIIKVLDVFENECFFQLVMEKHGSGLDLFTFIDNQPNLDEPLASYIFR
QLVSAVGYLHCRNILHRDIKDENIVIAEDFTIKLVDFGSAAYLEPGKLFYTFCGTIEYCS
PEVLSGKPYHGPELEMWSLGITLYTLVLGENPFCELEEALAAVLSPPHPVSEGLMDLMAG
LLRPVPEQRTTLAMLAEHPWLRQPVNLADYTWEEVFASAEPAGTSV
NT seq
3381 nt
NT seq
+upstream
nt +downstream
nt
atggcagctgaggcttacagcccctctgaaggggcccttctgtcttcatcagcaggctta
gtccttactcacttgaatgactctgatatgctgagtagatccttctcctggggcaacaaa
agcaggaaaagtcgtgtctctgggctctgccagcttggagcatcactgcctggtggggag
aagtggagctcttactgtttgccttctctgacagctcgtaacatttgttccagcaaaatt
ggtaactcatgggctcggtgggatcctgcctctctctctgcttccattgggagttctgct
tcttgctcctttttgcacaccccagctgtggaggagtccagccagcacctcccagctgct
gcacgtaacccaaaccaagccatcttcaccgtggatgccagcacaacagagatcctagtg
gccaacgaccgagcttgcaagttgcttgggtgcagtagtcaggaactcattggtcaaaag
ctgtcccacttgatatccaaatctgatcaagaggcatgggaagcagtgggtgaggagtac
ccagaaacttctgaatgttcatcggtggtttcaggagctgtggtggatgttattggccac
ctcagtgagaagatccctgtcacagtctggttgaggcagatacaaagcaaggacacccag
cgttgtgtggttgtgctggaaccagtggaaagactttcagcttgtgtttccttcacagtt
gatggaaaaattacatcatgtgacctcctttatgctcatctccatggctacccaacattg
gaagcagtagttggactccacataaaagacctgattccttctgtgcagatacctcctcta
ggcaaaaaaatcccaaagaacctcaggatccagcgagctgcaggccgatccagggagggt
accatgtttcctctcagtgtaaagctggaagtcagccatctggaggaggagcaagcagca
gtgcagaaagatgagattgcacagacagaaggctctctcccaggctatcagtactctgct
acagttgtggttttctccaccatcagtggtcttatcactgtccagtcagatggaatcatc
tgtggcatcacggatagttttgctttaatgctctttggctatgagaagaaagatctgttg
ggaaagaacattacattcctgatccctggtttctataacaacatgggaagaagcagtggc
tgttctttgcctttacctcctctggatgattccacagggacagaagagagcagcttcttg
gctgcatctttagcacaccttctgtcaagagatgaagagcagaaattggaacaactacac
aaagatgacagattaatacatgatgagaataagcaaaagaatgggaccagtttcttttct
cctccctcacctcctgaagcagcatccacccccactagcagactagaagatccacatgca
tcatcctgtgacccactgaagctgcctgctggagttacttgtaactcacctggaacacca
acagtggatgagccatggcctggggcagctttgaactgcagacaagacttgaaaagccac
atggttccagggcaggtgtcaaaaacaaactccacgtgtgatgcaaaacattccagcctc
gagcatattgttgttcacaactgcctgctaaatgatccttccttctttgcaagtgaaaga
aatactgtctgtggtgtttgctcaggaaataaaacaggctgcagtgcttctgcaccagga
gctgccacaagctctgaagatgtgaaagaatctgaactgaactgtatttgctctggtctt
gagctactggggctgaatactggtgtcaaggggaattcagacaattcttcaggtgttact
gcagctcttgtaggaggatgttgctctgatgcagtggactccaatatgataattgagaca
aacagtaccttttctactcatcaaggaaagcagctgctgagtggtgttgccacagaagct
gattgtggatggctggcctccagaaggcatttacaaaactctgaggcatttcctgagaaa
cctgaaacctttgcagaaactgtggggcacaactccaacagaaatcccctgaaaagcaaa
agtaggcctgaagaacactgtcagctcctggggctgcaaaatatggagatcaaaataaca
tcaaccccagtgaaacaagaagataggctaaatccagcagctcctttgagctgggagatt
ctggaaggcagctacgttgggaattgctgtcacaaagatggttcacaattcagcatacac
tttgaggtgaaatgtgcagaactgcaggatcccactctacttttctgtgtctgggtggtg
aaagacatttcacagagccaaaaggaagctgtggcaaagactcagcgtttgcttgccagc
ctaacaaactcttcccagtctgttgctgatctttctactaaaagtcttggagaagccatc
agatcaacttcacttttcgacaattccccaagagctgaagatcttgaaggattaagagca
tgtgagggagaatatgcaaaaaattacagcactctcaatcttattggcaaaggctctttt
ggctttgtctggactgccaggagcaagaaagatcaccaggaggttgttgtaaagttcatc
tggaaggagagggtgctggaggactgttgggtagacgatcctgacctaggaagggtcact
caagaaattgcaatcctgcagaagctgcagcaccccagtatcattaaggtcctggatgtg
tttgaaaatgaatgcttcttccaactggtgatggagaagcatggatctggtctggacctc
tttacatttattgataatcagcccaacttggatgagccattagcaagttatatattcaga
cagcttgtatcagctgttgggtatctccactgtaggaacatccttcacagagatatcaag
gatgaaaatattgtcattgctgaagatttcacaattaaattagtggactttggttcggct
gcctacctggaacctgggaaattattttataccttctgtgggacaattgaatactgctca
ccagaagtgctgtctggcaaaccgtaccatggccctgagctggagatgtggtcgcttggc
atcaccctttacaccttggtgcttggggagaatcccttctgtgagctggaggaggccttg
gcagctgtcctgagtcctccccaccccgtgtcagaaggtctcatggatctcatggccggg
ctcctgcgccccgttccagagcagcgcaccactcttgccatgctggcagagcatccttgg
ctcagacagcctgtgaacctggcagattatacctgggaagaggtgtttgcctctgctgag
ccagctgggacctcagtctaa
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