KEGG   Castor canadensis (American beaver): 109681437
Entry
109681437         CDS       T04791                                 
Symbol
Ppip5k1
Name
(RefSeq) inositol hexakisphosphate and diphosphoinositol-pentakisphosphate kinase 1 isoform X1
  KO
K13024  inositol-hexakisphosphate/diphosphoinositol-pentakisphosphate 1-kinase [EC:2.7.4.24]
Organism
ccan  Castor canadensis (American beaver)
Pathway
ccan04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:ccan00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    109681437 (Ppip5k1)
Enzymes [BR:ccan01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.24  diphosphoinositol-pentakisphosphate 1-kinase
     109681437 (Ppip5k1)
SSDB
Motif
Pfam: His_Phos_2 PPIP5K2_N RimK
Other DBs
NCBI-GeneID: 109681437
NCBI-ProteinID: XP_020011799
UniProt: A0A250Y7X4
Position
Unknown
AA seq 1470 aa
MWSLTASEEDESTTAHFFLGAGDEGLGSHGIGMRTEESDNELLEDEEDEVPPEPQIIVGI
CAMTKKSKSKPMTQILERLCRFDYLTVIILGEDVILNEPVENWPSCHCLISFHSKGFPLD
KAVAYSKLRNPFLINDLTMQYYIQDRREVYRILQEEGIDLPRYAVLNRDPARPEECNLIE
GEDQVEVNGAVFPKPFVEKPVSAEDHNVYIYYPSSAGGGSQRLFRKIGSRSSVYSPESSV
RKTGSYIYEEFMPTDGTDVKVYTVGPDYAHAEARKSPALDGKVERDSEGKEVRYPVMLTA
MEKLVARKVCVAFKQTVCGFDLLRANGHSFVCDVNGFSFVKNSMKYYDDCAKILGNTIMR
ELAPQFQIPWSIPTEAEDIPIVPTTSGTMMELRCVIAIIRHGDRTPKQKMKMEVTHPRFF
TLFEKHGGYKTGKLKLKRPEQLQEVLDITRLLLAELEKEPSGEIEEKTGKLEQLKSVLEM
YGHFSGINRKVQLTYYPHGVKASNEGQDPQSEALTPSLLLVLKWGGELTPAGRVQAEELG
RAFRCMYPGGQGDYAGFPGCGLLRLHSTFRHDLKIYASDEGRVQMTAAAFAKGLLALEGE
LTPILVQMVKSANMNGLLDSDSDSLSSCQHRVKARLHHILQQDASFGPEDYDQLAPTRST
SLLNSMTIIQNPVKVCDQVFSLIENLTHQIQERMQDPKSIDLQLYHSETLELMLQRWSKL
ERDFRQKSGRYDISKIPDIYDCVKYDVQHNGSLGLQGTAELLRLSKALADVVIPQEYGIS
REEKLEIAVGFCLPLLRKILLDLQRTHEDESVNKLHPLYSRGVLSPGRHVRTRLYFTSES
HVHSLLSVFRYGGLLDETQDAQWQRALAYLSAISELNYMTQIVIMLYEDNTQDPLSEERF
HVELHFSPGVKGVEEEGSAPAGCGFRPASSENEIKTDQGSMENLCPGKASDEPDRALQTS
PQPSEGPGLPRRSPLIRNRKAGSMEVMNMQCTGNLDLIPLRGRRRRRSGDLPRPSPAISL
QPRAVSTTHLASCTQVLSETSSSRPGGYRLFSSSRPPTEMQQSGLELLDDQHPVVRLLRS
FSSDCPRGRPVSLDATLAHHLHQCSYHLRLFRNWLRSGQDDPECLYGFEGCSMVPTIYPL
ETLHNALSLHQVSEFLSRVCQRHTDAHAQASAALFDSMHSNQASDSPFSPPRALHSPPLQ
LQQRSEKPPWYSSGPSSTVSSAGPSSPTAVDGNSHFGFIDQPSLNAHVTEESKCLGLLQE
TPGDRIQELPIEGQQEHFEPNQSPQEPPVETSQPESQNVTEEVSQSCQEVPHISQPLLKN
HDAINHTCQSSQASQLCQEVSEDVFQLCQENLEEASQPCQGVPVEVGRLVHRFPVGCGGL
VEVDRPTQEIPEEISQRCQEFSVEVGRLAQEVSVTNLLSQDIPEVDKPSQKQLPGKIDLQ
AQEVPEEVNQQFWVVSEETDQLPREDVPQT
NT seq 4413 nt   +upstreamnt  +downstreamnt
atgtggtcattgacggccagtgaggaggacgagagcaccacagcccacttcttccttgga
gctggagatgaggggctgggctcccatggaataggcatgaggacagaagagagtgacaac
gagctccttgaggatgaggaggatgaagtgcctccagaacctcaaatcattgttggcatc
tgtgccatgaccaagaaatctaagtccaagccaatgacccaaatcctagagcgactctgc
cgatttgactacctgactgttatcatcctgggagaagatgtgatcctaaatgaacctgtg
gaaaactggccatcttgccactgcctcatctctttccactccaaaggctttcctctggac
aaagctgttgcttactccaagcttcgaaacccctttcttatcaatgatctgaccatgcag
tattacatccaagataggagggaggtataccggatcctgcaggaggagggcattgatctg
cctcgatatgctgtgctcaaccgtgaccctgcccggcctgaggagtgcaaccttatagaa
ggtgaagaccaggtagaggtcaatggagctgtgtttcccaagccctttgtggagaagcca
gtgagtgcagaggaccacaatgtttacatttactatcccagctcagctggaggaggaagt
cagcgcctcttccgtaagattggcagccgaagcagtgtttactctcctgagagcagcgtc
cgaaagacagggtcatacatctatgaagagtttatgccgacagatggcacagatgtcaag
gtgtatacagtggggccagattatgcccatgctgaagctagaaaatctccagctttggat
gggaaggttgaacgagacagtgaggggaaagaggttcgatatccagtcatgctgactgcc
atggaaaagctagtggccaggaaggtctgcgtagcttttaagcaaacagtttgtggattt
gaccttcttcgtgccaatggtcactcctttgtgtgtgatgtcaatggcttcagttttgtc
aagaattcaatgaaatattacgacgattgtgccaagattctaggaaataccattatgcgg
gagcttgctccacagttccagatcccatggtccatccccacagaggctgaggacattccc
attgtccctaccacatctggcactatgatggaacttcgttgtgtcattgcaattatccgt
catggggatcgtactcccaagcaaaagatgaagatggaggtgacacacccaaggtttttt
actctatttgaaaaacatggtggatataagacagggaaattaaaactcaagcgacctgag
cagctccaggaggtgctggacatcacaaggctgctgttggctgaactggagaaagaacca
agtggtgagatcgaggagaagactgggaaactagagcagctgaagtccgtgttggaaatg
tatggtcacttctcaggtatcaaccggaaggtgcagttaacttactacccacatggggtg
aaagcttctaatgaggggcaagatccacagagtgaggccctgacaccatctcttttgctg
gtgctaaagtggggtggagaactgacgcctgctggccgtgttcaggctgaggagctgggg
cgagcttttcgctgcatgtatcctggaggccagggtgactatgctggcttccctggttgt
gggctgcttcgtctccatagcactttccgccatgacctcaagatctatgcctctgatgag
ggtcgtgtccagatgactgctgctgcctttgccaagggcctcctggctttagaaggggaa
ctgacacccattttagtacaaatggtgaagagtgccaacatgaatgggctcctggacagt
gacagtgattccttgagcagctgccaacatcgggtgaaggctcggctacaccacattttg
cagcaggatgcgtcctttggccctgaggactatgatcagctagctcccaccagaagcact
tccctgctcaactctatgactatcattcagaatcctgtaaaggtctgtgatcaggtattt
tccctgattgaaaacctcacccaccagatccaggaacggatgcaggaccccaagtctata
gatctacaactataccatagtgagacactagagttaatgctgcagcgttggagcaaactg
gagcgtgactttcgacagaagagtgggcgctatgatatcagtaagatccctgatatctat
gactgtgtcaagtatgatgtacagcacaatggcagtctgggacttcagggcacagcagag
ttgctccgtctctctaaggcattggcagatgtggtcattccccaggagtacgggatcagt
cgggaggagaaactggaaattgctgtgggcttctgtcttccactgttgcggaagatacta
cttgacctgcagagaactcacgaggatgagtctgtcaacaagctgcatcccctgtactcc
cgaggagtgctttccccaggccgccatgttcgaacacgtctgtattttaccagtgagagt
catgtccactccctactcagtgtcttccgttatgggggacttcttgatgagacccaggat
gcacaatggcagcgagctttggcttatcttagtgccatctctgagctcaactacatgact
cagattgttatcatgctttatgaggacaatacccaggaccccttatcagaggaacgtttc
catgtggagctgcacttcagccctggagtgaaaggcgttgaggaagaaggcagtgcccca
gcaggctgtggattccgtccagcctcttctgagaatgagatcaaaacagaccaaggcagc
atggagaacctgtgcccaggaaaagcatcagatgagccagaccgggcattgcagacttca
ccccagccttctgagggccctggcctcccgaggagatcaccgctcattcgtaaccgaaaa
gcaggctccatggaggtcatgaacatgcagtgcacggggaacctggacctgatccccttg
aggggacggcgccgccggaggtcaggagacctcccccggccttccccagccatcagccta
cagccccgggctgtgtccaccactcacctggcgtcctgcacacaggtgctttctgagact
tcatcctccaggcctggtggctaccgactgttttcatcttcacggccaccaacagagatg
cagcagagtggcctagagctgctggatgaccagcaccctgtggtccggttgctgcgcagt
ttttcctctgactgcccaaggggccggccagtctccttggatgccacgctggcgcatcac
ctgcaccagtgctcctaccacctgcgcctcttccggaactggctgcgctcaggccaggat
gaccccgagtgcctctacgggtttgaagggtgctccatggtgcccaccatctaccccctg
gaaacactgcataatgccctttccttacatcaagtgagtgagttcttgagtagagtctgt
caacgccacactgatgcccatgctcaggcatcagcagccctctttgactctatgcacagc
aaccaggcctcagatagcccgttttccccaccccgtgctcttcattcacctcccctgcaa
ctccagcagcgctctgaaaagcccccttggtatagcagtggcccttctagcactgtgtct
agtgctggtccttcctctcctactgcagtagatggcaactctcattttggcttcattgat
caaccctccctaaatgcacatgtgactgaagaaagtaaatgccttggactgctccaggag
acccctggggatagaatacaagagcttcccatagaaggacagcaagagcattttgaacca
aaccagtcccctcaggagccacctgtggaaacgagccagccagaaagtcagaacgttact
gaggaggtcagccagtcatgccaggaggtccctcacatcagccagccattgctgaagaat
catgatgctattaatcatacatgtcagtcaagccaggccagccaactatgccaggaagtc
tctgaggacgttttccagctttgccaggagaatcttgaagaggccagccaaccatgccaa
ggagtccctgtggaagttggcaggctggtccataggtttcctgtagggtgtgggggcctt
gtggaagttgacaggcccacccaagagattcctgaagagatcagccagcgatgtcaggag
ttctctgtggaagttggcaggctggcccaggaggtttctgtaaccaatctgttgtctcaa
gacatccctgaagttgataaaccatcccaaaagcagctccctggaaagattgatcttcag
gcccaggaggtccctgaggaggttaatcagcagttttgggtggtctctgaagaaactgat
cagctgcctagagaggatgttccccagacctag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (49)   

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