KEGG   Xenopus laevis (African clawed frog): 108711305
Entry
108711305         CDS       T01010                                 
Symbol
peak1.L
Name
(RefSeq) inactive tyrosine-protein kinase PEAK1
  KO
K17538  pseudopodium-enriched atypical kinase 1 [EC:2.7.10.2]
Organism
xla  Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:xla00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:xla01001]
    108711305 (peak1.L)
Enzymes [BR:xla01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.2  non-specific protein-tyrosine kinase
     108711305 (peak1.L)
Protein kinases [BR:xla01001]
 Serine/threonine kinases: Other
  NKF3 family
   108711305 (peak1.L)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr
Other DBs
NCBI-GeneID: 108711305
NCBI-ProteinID: XP_018108408
Xenbase: XB-GENE-6487581
UniProt: A0A974DC60 A0A1L8GZZ6
Position
3L:complement(98464798..98482944)
AA seq 1449 aa
MSACSSFTEHVWKPGECKNCFQPKGQHQLSALNRGNPAQPPPPPPPPPPYRGYHAKIISN
QRSRAATGFRPPVAKKPTIAVKPTMMAVEGASCQPTHGQARAILPQQPPQTQTQVTVCSD
DQTNNNTGAEPRIANNNLMSSSGLTEVLKEIAGLGSTPDYRPPPETTTREIFLCRINQCY
RRSLERKPSASCLSGSRHDVGEAKRAVRRVAVCGEEGAVISWDGGRFCYPEFSSGDESWD
DEGEIERGERESWEESDEELLAMEIRMRGQPRFANLQGGSLSPVPGRPGGREKWNTVPLR
QKSLQRVCAVDYDDSYDEILNGCDVAEDRTAICPSPDPSMTESFSCPPSSSSSSSSSSGG
LFCNGEVLSDKAGQEGSEAVTQSAVQDCGMAQAKPYRVVSLEQPVCKPYTVVDVSAAMAS
DRLHQPNTRLKKATATRYQEVWTSSTSPRQKIAKNEVVEEPKRSCHKSAPTSPTTGLSAN
TVPVRSPNLSEIKFNSYNNAGMPPFPIIIHDEPEYAHSCKSADKVPILINPGAYDNLAIY
RSFVGASGVSPIPPEKENRSTSSVLSHTYEEIETPAKGQKKQASFSEITQEVNGCPRESA
NRVLSQIVASIQPPRSPPEPVSPESASTEKPALPEQHLDPESPQGSLERPKTLFTSQSDM
TGTLSFKKVSPVSSSEVSPTTHGTNEPLPPFPPPRSTSSPYHATMLQKHFATRGKPAGAN
RPSPTECTTQPRRQTDGKPRRWISFKSFFKRKKDGTGHSAGEERGEEGKLLGLDGTVIHM
LPPPPVQRHQWFSESHGEHGEKPSIVFICPHEEQKLTSCQKEKEDTENQSSSIPDIRPEQ
EPTSPIGTPLTTPSPDELLVVGDSLQTAEPDTQAQGEYVPASDCSSECSPGGATYSNLGQ
SRANMIPYKQPRQTRGGSPPQDLESHPTPPPLPKKNLTPRHATPEKRSGAPLSLANPTYD
TERKWEAAGDESDNSLERAKSCGGQIAELQAEALRRFFARCEDIFMAGQREPVNFGIESW
PDFRLISATSCCLAGDAVYYRASYAKDLGNLYAVKIFRNKSKQAQREYYHCLAVRQGLSE
HFNIQQDCGHFLAEVPARLLPWEDPTVSEDEEEEEEEEKDGEKVSDSTEFKVAQDKQKKE
PASGHQGSLGKRRSRIVVITREPPKQTLADFVREGEEKHRREPEAYERQVCLLLLQLCGA
LEHLKAQGITHCDLRLDNLLIVNCKPVVKGCSCCSSFFTAEQSDSSMVMGSLEKRATPSC
PGRLLLTNFSQAKLKSQAAWRPQGLGDPSRLAPEIVGATQYRRSDEFQTGILIYEMLHLP
NPFQDGGLKEKEYAACDLPVLPRRSPYSHGLGRLAGLLLQHSPSDRLQVGQAKGALRCLI
WGPRDEVLQGPGALHNWLEVKRTLLLIKLAERSLEKEGGVTLEDWLCCQYLAFGTARGLA
QAIRLLEHH
NT seq 4350 nt   +upstreamnt  +downstreamnt
atgtcagcctgcagctcattcacagagcatgtctggaaaccaggggagtgcaagaactgc
tttcagcccaaggggcagcaccaactgtcagctcttaataggggcaatcctgcacagcct
cctcctccaccacccccaccaccgccttacagagggtatcatgccaagatcatctccaat
cagaggtcacgggcagccacagggtttagaccccctgtggccaaaaagcctaccattgct
gttaaacccaccatgatggcagttgagggagcgtcttgccagccaacccatggccaagcc
agagcaattttgcctcaacaaccacctcaaacccaaacacaggttacagtctgtagtgat
gatcaaacaaataacaacacaggtgctgagccacgtattgcaaacaacaatctcatgagc
agtagtggactaacagaggtgctaaaagagattgcaggattggggagcacacctgattac
aggcctcccccagaaaccacaacccgtgagatttttctctgcaggatcaatcaatgttac
cggcgttctcttgaaagaaaaccctcagcaagctgcctctctggaagtcgtcatgatgtg
ggagaggcaaaaagagctgtgcggcgagtggcagtatgtggagaagagggggcagtcatc
agctgggatgggggacgcttctgttacccagagttctccagtggtgacgagagctgggat
gatgaaggtgagattgagagaggggaacgggagagttgggaagagagtgatgaggaactc
ctggccatggaaatacgaatgaggggacagccacgtttcgctaatttacaggggggcagt
ctttctccagtacctggccgtccaggtgggagagaaaagtggaacactgtgcctttgcgc
caaaagtcattgcaaagggtttgtgctgtggattatgatgatagttatgatgagatttta
aatggctgtgatgtggctgaagacaggactgctatatgtccttcacctgatccgtccatg
actgagtctttttcctgtcccccttcttcttcctcctcctcctcttcttcttcagggggg
ttattttgtaatggtgaagtattatcagataaagcaggacaagagggttcagaagctgtc
acacaaagtgcagttcaggattgtggtatggctcaagctaagccttatcgtgttgtgagt
ctggaacaaccagtctgtaagccttatacagtggttgatgtgtcagcagctatggccagt
gaccggttacatcagcccaacaccaggttaaagaaggcaactgcaactcgttaccaggag
gtgtggacatccagtactagccctcgacagaagattgcaaagaatgaggtggtagaggaa
cccaaacgtagctgccacaaatctgctcccacctctcctaccactgggttgagtgccaac
actgtacctgtccgatcaccaaacttgtcagaaattaagttcaacagttataacaatgct
ggcatgccaccctttccaattataatccatgatgaaccagaatatgctcacagctgtaag
agtgctgacaaagtgcctatacttattaatcctggggcctatgacaaccttgctatatac
cgtagctttgtgggggcaagtggggtgtctccaattccccctgaaaaagaaaacagatca
actagtagtgttctcagccacacatatgaggagatagaaaccccagcgaaagggcagaaa
aagcaggcttctttcagtgaaattacacaggaggttaatggttgtcccagagagagtgcc
aaccgggtgctttctcagattgtggcatccatacaacctccacgctctcctccagagcct
gtctctcctgagtctgccagtactgagaaaccagccttaccagagcaacaccttgatcct
gaatctccacaaggttcactggaaagacccaagacgctttttacctcacagagtgatatg
acaggaactctcagctttaaaaaggtatctccagtgtcttcctctgaagtgagcccaaca
actcatggcactaatgaacccctgccaccatttccccctccacgttcaacttcttctccc
tatcatgcgaccatgctgcagaaacattttgcaacaaggggtaaacctgctggcgccaat
cgcccgtcaccaactgaatgtacgacacaacctcgccgacagacagatggaaagccacgc
cgatggatatctttcaaaagcttcttcaaaagaaaaaaggacggaactgggcacagtgca
ggagaggagaggggggaagaaggcaaattattagggctggatggaacagttatccatatg
cttccaccaccaccagttcagcgccaccagtggtttagtgaaagccatggagaacatgga
gagaaaccatctattgtgttcatctgccctcacgaagaacagaaattaaccagctgtcag
aaagaaaaagaggacacagagaaccaatctagcagtattcctgatattagaccagaacaa
gaacccacctcgcctataggaacacctctgacaacaccatccccagatgagctgcttgtt
gtgggcgattctctgcagacggcagaacctgacacgcaggctcaaggggagtatgtacct
gcctctgattgctcatctgaatgcagtcctgggggagcaacctacagcaacctaggccaa
tctcgtgcaaacatgattccatataagcaacctcgtcagacacgaggaggtagcccacca
caagatctagagtcccatcccactcctcctccccttcctaagaagaacttgacacctcgc
catgcaaccccagaaaaaagatctggagctccactgagtctggcaaaccctacttatgac
acagaacgcaaatgggaggcagcaggagatgagtcagataattctctagagcgggccaaa
agttgcggtggacagattgctgagttgcaggctgaagctttaaggagattttttgcccgc
tgtgaagacatcttcatggcagggcaaagagagcctgtaaactttggaatagagagctgg
cctgattttcgactgattagtgcaacaagctgctgcctggctggagatgctgtctattac
cgggcatcatacgcaaaggaccttggcaatctctatgctgtgaagatctttcgcaacaag
tccaagcaggcccaaagggaatattaccattgcctggcagtacgtcagggtctttcggag
cactttaatatccagcaggactgtgggcattttctagcagaggtgcctgcacgcctgctt
ccatgggaagatcctactgtttcagaagatgaggaggaggaggaggaagaggagaaagac
ggagaaaaagtatctgactctacagaattcaaggtggctcaagacaaacaaaagaaagag
cctgcatcaggccaccagggatcacttggaaaacgtcggagcagaatagtggttattaca
cgagaaccacccaagcaaactctagcggactttgttcgtgagggtgaagaaaagcaccgc
agagagccagaggcatatgagcgccaagtatgtttgcttctccttcagctgtgcggtgca
ttggagcacttaaaggcgcagggcatcactcactgtgatttacgtctagacaacttacta
attgttaactgcaaacctgttgtgaaaggatgcagctgctgttctagtttttttacagca
gaacagagtgacagcagtatggtgatgggttctttggaaaagagggcaacaccatcatgt
cctggtcgcctccttcttaccaacttcagccaggcgaaattgaagagccaagctgcttgg
cgtccacagggtttaggggatccttcacggctagcaccagagattgttggtgctacacag
tatcggcgcagtgatgaatttcagacagggattctgatctatgagatgttgcacctacct
aacccatttcaagatggagggctaaaagaaaaagaatatgccgcttgtgatttgccggtg
ttgccacgccgctctccctattcccatggcctagggcgtcttgctggattacttttgcag
cacagcccttcagataggttgcaggtggggcaagctaaaggggccttacgttgtctgata
tggggacctcgagatgaggtactccaagggccaggagctcttcataattggcttgaggta
aagagaacactgttgcttataaagttggccgagagatcgctagagaaggagggaggggtg
actttggaagactggctgtgttgtcagtacctggcatttggcacagcacggggactagca
caggcaattcggctactggaacatcattga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (44)   

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