KEGG   Nannospalax galili (Upper Galilee mountains blind mole rat): 103726046
Entry
103726046         CDS       T03372                                 
Symbol
Peak1
Name
(RefSeq) pseudopodium enriched atypical kinase 1
  KO
K17538  pseudopodium-enriched atypical kinase 1 [EC:2.7.10.2]
Organism
ngi  Nannospalax galili (Upper Galilee mountains blind mole rat)
Brite
KEGG Orthology (KO) [BR:ngi00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ngi01001]
    103726046 (Peak1)
Enzymes [BR:ngi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.2  non-specific protein-tyrosine kinase
     103726046 (Peak1)
Protein kinases [BR:ngi01001]
 Serine/threonine kinases: Other
  NKF3 family
   103726046 (Peak1)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr
Other DBs
NCBI-GeneID: 103726046
NCBI-ProteinID: XP_008821661
Position
Un
AA seq 1738 aa
MSACNTFTEHVWKPGECKNCFKPKSLHQLPPDSEKAPITHGNVKTNANHSNNHRVRNTGN
FRPPVAKKPTIAVKPTMMVADGQSVCGELSIQEHCENKPVIIGWNQNKTSLSQKPLNNNN
EDDIEGFGHVPKQYGSNDSAKKISNNNNGLTDVLKEIAGLDTTPQVRGNETNSRETFLGR
INDCYKRSLERKIPPSCMIGGVKDTQGKHVILSGSTEVISNEGGRFCYPEFSSGEESEED
ALLSNMEEEHESWDESDEELLAMEIRMRGQPRFANFRANTLSPVRFFVSKKWNTVPLRNK
SLQRICAVDYDDSYDEILNGYEENSGVSYGQGTIQSMVSSDSTSPDSSLTEESHSETASN
LSQKIYNGAISPGNPGDSKDMKEIESNYESLAGNNQKDLSQTCKGSAKVPETHKAVLALR
LEEKDGKIAVQTEKLESKASTDIAGQAVTISLVPVEEQAKPYRVVNLEQPLCKPYTVVDV
SAAMASEHLGSPKRKVSSSTPNSPVTSPALTPGQISTHFKKSSAIRYQEVWTSSTSPRQK
IPKVELITGGTGPNIPPRKTCHKSAPTSPTATNISSKTIPVKSPNLSEIKFNSYNNAGMP
PFPIIIHDEPSYARSSKNAIKVPIVINPNAYDNLAIYKSFLGTSGELSVKEKTTSVISHT
YEEIETESKVSDNTTSKLPDCPQAKGFSNSTEHKRGSVAQKVQEFNSCLSRGQPSPQRSY
SSSHSSPTKIQRPTQEPVAKTESGQESQMAGSSGSIREKASTVLCQIVASIPPPQSPPEA
PQSSPKACSVEELYAIPPDADATKSIPKTTPVRPKSLFTSQPSVETEAHQTTESPPTKIQ
KDPVTKPVISPPSKLVTNPQSEPPPPFPPPRSTSSPYHASNLLQRHFTSWTKPTSPTRST
EAESVLHSEGSRRAADAKPKRWISFKSFFRRRKTEEEEDKEREKGKLVGLDGTVIHMLPP
PPVQRHHWFTEAKGESSEKPAIVFMYRCDPDQSQLIVDKSKAGTEQAVVTEKGRTEDVLL
RDLEEKKSGHSSPLQIPEKVHSHMTHEVAEEFSPQDPRTRVVKQDGISVTPVLSPPDLER
EEEKDDTSDPIDLNPCSATYSNLGQSRAAMIPPKHPRQPKGALDDAIAFGEKTDQEILSA
SQPTPPPLPKKMIRANTEPISRDLQKSMESSLYVVANPTYDIDPNWDASSAGSSISYELK
GLDIESCDSLERPLHKERPVPSAANSITSLTTLSIKDRFSNSMESLSSRRGLPCRQGRII
QKPQRQALYRGLENREEVVGKIRSLHTDALKKLAVKCEDLFMAGQKDQLRFGVDSWSDFR
LTSDKPCCEAGDAVYYTASYAKDPLNNYAVKICKSKAKESQQYYHSLAVRQSLAVHFNIQ
QDCGHFLAEVPNRLLPWEDSDAPEKAGDEMEDIEEEAKEEIDEKNPEPCSETESSEKESQ
GVTSRKQRSHVVVITREVPHLTVADFVRGSLPHHEKSPDLYERQVCLLLLQLCSGLEHLK
PYHVTHCDLRLENLLLVHHQPGGTAQSPGSADPSPTSSYPTRLIVSNFSQAKQKSHLVDP
EILRDQSRLAPEIITATQYKKCDEFQTGILIYEMLHLPNPFDENPELKEKEYTRTDLPQI
PLRSPYSWGLQQLASCLLNPNPSERILISDAKGILQCLLWGPREDLFQTFTTSTSLVQRN
ALLQNWLDIKRTLLMIKFAEKSLDREGGISLEDWLCAQYLAFATTDSLSCIVKILQHR
NT seq 5217 nt   +upstreamnt  +downstreamnt
atgtctgcttgtaacacctttactgaacacgtttggaaacctggtgaatgcaagaattgc
ttcaaacctaaaagcttgcaccagcttcccccagactctgagaaggcacccatcacccat
ggcaatgtgaaaactaatgccaatcatagtaacaaccaccgtgtcaggaacactgggaat
ttccggcctcctgtggctaaaaaacccactatagctgtgaagcccactatgatggtggca
gatgggcaaagtgtatgtggtgagcttagtatccaagaacactgtgagaacaaacctgtc
atcataggatggaaccaaaacaagacttctttgagccagaaaccacttaacaataataat
gaagatgatattgaaggatttggccatgttcctaagcagtatggcagtaatgacagtgca
aagaagatatcaaataacaataatggactaactgatgtgttaaaagagatagcaggccta
gataccacccctcaagtgagaggaaatgaaacaaactccagagaaacatttttagggaga
ataaacgattgctataaacgttcactggaaagaaagattccaccaagttgcatgataggt
ggtgtgaaggatactcagggcaagcatgttatactgagtgggagcacagaggtcatcagt
aatgaaggaggccggttctgctaccctgagttctcaagtggagaggagagtgaggaagat
gcacttttaagtaacatggaggaggagcatgagagctgggatgagagtgacgaggagctg
ttggccatggagattcgcatgagagggcagcctcgctttgctaattttagggcaaacact
ttgtctcctgttcgattctttgtgagcaaaaagtggaatactgtccccctaaggaataag
tctctgcagagaatctgtgctgtagactatgatgacagctatgatgaaatccttaatggt
tatgaggaaaattctggggtttcctatggtcaaggaaccattcagagcatggtttcatct
gactcaacatcaccagattcctctttgacggaagaatcacattctgaaacagctagtaat
ttatcccagaagatttataatggggcgatatctcctggtaacccaggagattctaaggac
atgaaagaaattgagtctaactatgaaagtctcgctggtaataatcagaaggatttatca
caaacttgcaaaggctcagcaaaagttccagagacacacaaagcagtccttgctctccga
ttagaagagaaggatggcaaaattgctgtacaaactgagaaactagaaagcaaagcctct
acagatattgctggtcaagcagtaaccataagccttgtccctgtagaagagcaagcaaag
ccctaccgagtcgtaaatctggaacagccattgtgcaaaccatataccgttgtggatgtg
tcagccgccatggccagtgagcaccttgggagccccaagagaaaagtttcatcttctact
ccaaactctccagtgacatcacctgcattgacaccaggacaaataagtactcattttaaa
aaatccagtgcaatccgataccaggaagtgtggacttccagcaccagtccacgacaaaag
atccccaaagtagaattaattactggaggaactggaccaaatatccctccaagaaaaaca
tgccataaatcagcacctacttcacccacagctacaaatatttcctccaaaaccatccct
gttaagtcacctaatttgtctgaaataaaatttaatagttataacaacgctggtatgcca
ccttttcccattatcattcatgatgagccatcctatgctcgaagttccaaaaatgctatt
aaagttcccattgttattaatccaaatgcatatgataatctagccatctataaaagcttt
ctgggaacaagtggagaactctcagtaaaggaaaaaaccacaagtgtaataagccatact
tatgaagaaatagaaactgaaagcaaagtgtctgataacaccactagcaaactccctgac
tgtcctcaagctaaagggttttctaacagcacagagcataaaagaggctcagtggctcag
aaggttcaggagtttaacagttgtctcagcagaggtcagccttctccacagagaagctac
agttccagccacagctcccctacaaaaatccagagacccactcaagagcctgtggccaaa
acagaaagtgggcaggagtctcagatggcgggcagcagtggcagcatcagggagaaagca
agcacagtgctttgtcagattgtggcttctatcccacccccccagtctcctccagaagca
cctcagtctagccctaaggcttgcagtgtggaagagctttatgccattcctccagatgct
gatgctacaaaaagtatacctaaaactacaccagtccggcccaaatctctctttacatct
cagcctagtgtggagactgaggcacaccagaccactgaaagtcctcctactaaaattcag
aaagatccagtcacaaagccagtcatttctccaccctccaaattagtgaccaacccccag
agtgagccaccacctccctttcccccaccacgctctacttcttccccttaccatgcaagt
aaccttttgcagaggcattttaccagctggacaaagccaaccagtcctaccagatcaaca
gaagctgaatcagttttgcattctgaaggcagcaggcgagcagctgatgcaaagcctaaa
cgttggatatcatttaaaagcttcttccgccgtcggaaaacagaagaggaagaagacaaa
gagcgagagaagggaaaactggtgggtttagatggtacagtcatccacatgctgccacca
cctcctgtacagcgccatcactggttcacagaagcaaaaggagagtccagtgagaaacct
gccattgtcttcatgtacaggtgtgaccctgaccaaagccagcttattgtggataagagc
aaggctgggacagaacaggcagtggttacagagaaaggaagaacagaggatgtgttactc
cgggacttagaagaaaagaaaagtggccattcttctccattgcaaattcctgaaaaagtt
cacagtcacatgacccatgaagtggcagaggaattttctcctcaagatccaagaactcgt
gttgtgaagcaagatggcatttcagtcacaccagtattgtccccacctgacctggaaagg
gaagaagaaaaagatgacacttcagatcctatagacctgaacccctgtagtgcaacatac
agcaacttaggccaatctagagcagctatgatacctcccaagcatccacggcagcccaag
ggagctttggatgacgccattgccttcggagagaaaacagaccaagaaatattgagtgct
tcccaacccacaccacccccactgccaaagaaaatgataagagccaatacagaaccaatc
tccagagaccttcagaaatccatggaaagtagtctttatgtcgtggctaatcctacctat
gatattgatcccaactgggatgccagcagtgctggctcttccattagctatgaactcaaa
ggactggacattgagtcttgtgactccttggagagacctttgcacaaggagagacctgtc
ccttcagcagcaaacagtatcaccagcttaaccactcttagtattaaagacagattttcc
aacagcatggagtccctgtccagccgacgtggtctcccctgcagacagggtcgaatcatc
cagaaaccacagagacaagcactttatcgaggacttgaaaaccgagaggaagtggtgggt
aaaatccgaagccttcatacagatgccttgaagaaactggctgttaaatgtgaagacctc
ttcatggctgggcagaaagaccaactccgttttggggtggacagctggtcagactttagg
ttaaccagtgacaaaccatgttgtgaagcaggtgatgctgtttactacactgcctcatat
gcaaaagatccacttaataactatgcagtcaagatctgtaagagcaaagctaaagaatct
cagcagtattatcacagcttggctgtccgacagagtctggctgtacattttaacatccag
caagactgtggtcatttccttgctgaagtccctaaccgtctgcttccctgggaagattct
gatgcccctgaaaaggcaggggatgaaatggaagacattgaggaagaggcgaaagaagaa
attgatgaaaaaaatccagagccctgctctgaaacagagtcatcggagaaagagagccaa
ggagtcacaagcaggaagcagagaagccatgttgtagtcatcaccagagaggttccccat
ctcactgtggccgactttgtgcgaggctctttgccccatcatgagaaaagccctgacttg
tatgagaggcaagtgtgtctgctgctcttacagctgtgctctggccttgagcatctcaag
ccctaccatgtcactcactgcgatctacgccttgagaacctgttgcttgtccaccaccag
cccgggggaactgcccagagccctgggtctgcagatcctagccccacctcatcttatccc
acaaggcttattgtgagcaacttctctcaagccaagcaaaagagccatctggtggaccct
gagatactccgagaccagtcccgccttgccccagagatcatcacagccactcagtataaa
aagtgtgatgagttccagacaggcatcctcatctatgagatgctgcacctgcccaaccct
tttgatgagaacccagagctgaaagagaaggagtacacccgtacagatctgcctcaaatc
cctctccgttctccctactcctggggcctgcagcagctggccagctgcctcctaaatccc
aacccttctgagcgcatcctcatttctgatgccaaaggcatccttcagtgtctgctctgg
ggtcctcgtgaagatcttttccaaaccttcaccacttccacaagcctagtgcagaggaat
gccctgctccaaaactggttggacattaagcgaacactgctgatgatcaagtttgctgaa
aagtccttagacagagaagggggcataagcctcgaggactggctttgtgctcagtatctg
gcttttgccaccacagactccctgagttgtattgtaaaaatcctgcaacatcgttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   KEGG ORTHOLOGY (1)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (38)   

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