KEGG   Trichechus manatus latirostris (Florida manatee): 101361952
Entry
101361952         CDS       T05135                                 
Name
(RefSeq) inositol hexakisphosphate and diphosphoinositol-pentakisphosphate kinase 1
  KO
K13024  inositol-hexakisphosphate/diphosphoinositol-pentakisphosphate 1-kinase [EC:2.7.4.24]
Organism
tmu  Trichechus manatus latirostris (Florida manatee)
Pathway
tmu04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:tmu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    101361952
Enzymes [BR:tmu01000]
 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
     101361952
SSDB
Motif
Pfam: His_Phos_2 PPIP5K2_N RimK
Other DBs
NCBI-GeneID: 101361952
NCBI-ProteinID: XP_023590984
UniProt: A0A2Y9RG96
Position
Unknown
AA seq 1543 aa
MWSLSASEGESATAHFFLGAGDEGLGTRGIGMRTEESDSELLEDEEDEVPPEPQIIVGIC
AMTKKSKSKPMTQILERLCRFDYLTVIILGEDVILNEPVENWPSCHCLISFHSKGFPLDK
AVAYSKLRNPFLINDLAMQYYIQDRREVYRILQEEGIDLPRYAVLNRDPARPAECNLIEG
EDHVEVNGAVFPKPFVEKPVSAEDHNVYIYYPSSAGGGSQRLFRKIGSRSSVYSPESSVR
KTGSYIYEEFMPTDGTDVKVYTVGPDYAHAEARKSPALDGKVERDSEGKEIRYPVMLTAM
EKLVARKVCVAFKQTVCGFDLLRANGHSFVCDVNGFSFVKNSMKYYDDCAKILGNTIMRE
LAPQFQIPWSIPTEAEDIPIVPTTSGTMMELRCVIAIIRHGDRTPKQKMKMEVTHPRFFT
VFEKHGGYKTGKLKLKRPEQLQEVLDITRLLLAELEKEPAGEIEEKTGKLEQLKSVLEMY
GHFSGINRKVQLTYYPHGVKASNEGQDPQREALTPSLLLVLKWGGELTPAGRVQAEELGR
AFRCMYPGGQGDYAGFPGCGLLRLHSTFRHDLKIYASDEGRVQMTAAAFAKGLLALEGEL
TPILVQMVKSANMNGLLDSDGDSLSSCQHRVKARLHHILQQDAPFGPEDYDQLAPTGSAS
LLNSMAIIQNPVKICDQVFALIENLTRQIQERMQDPKSVDLQLYHSETLELMLQRWSKLE
RDFRQKSGRYDISKIPDIYDCVKYDVQHNGSLGLEGTAELLRLSKALADVVIPQEYGISR
EEKLEIAVGFCLPLLRKILLDLQRTHEDESVNKLHPLYSRGVLSPGRHVRTRLYFTSESH
VHSLLSVFRYGGLLDETQDAQWQRALAYLSAISELNYMTQIVIMLYEDNTRDPLSEERFH
VELHFSPGVKGVEEEGSAPTGCGFRPASSENEEMKTDQGSIENLCPRKASDEPDRALQTS
AQPSEGPGLPRRSPLIRNRKAGSMEVMNMQCTGSLDLIPLRGRRRRRSGDLPRPSPAIGL
QPRAVSTTHLASCTQVLSETSSSRPGGYRLFSSSRPPTEMKQSGLGSQCTGLFSTTVLGG
SSSAPNLQDYARSHGKKLPPASLKHRDELLFVPAVKRFSVSFAKHPTNGFEGCSMVPTIY
PLETLHNALSLRQVSEFLSRVCQRHTDAQAQASAALFDSMHSNQASNNPFSPPRTLHSPP
LQLRQRSEKPPWYSSGPSSTVSSAGPSSPTAVDGNTHFGFSDQSSLSSHVTEERQGLGQR
QETPGNGAQEPIEGEKETFERNQSPQEPPVETSQPCQDVPEEVSHPCQEFIKEFSQPCRD
IPEEVSQPCWEMSQISQPCQEVPGNSQLCWETPQNVSQPRQENHNNVNQTCQEVPEISLP
CQKASQVSEEVCQLCQENSEEVNQPCQGGPVEVDGLVQEILVEVGRPAQEVPEEVIQPCQ
EFSVEVGRLAHESPVINLLSQDIAEVDKPSQVFPGDDDMQAQEVPEEVNQEFWVVPEVTD
QLPGEDVPQAQYPSSDPNPQSQSLAHDQHSPLPPATCDYSLSH
NT seq 4632 nt   +upstreamnt  +downstreamnt
atgtggtcattgtcggccagtgagggcgagagcgccacggcccacttcttccttggagct
ggagatgaggggctgggcacccgtggaataggcatgaggacagaagagagtgacagcgag
ctccttgaagatgaggaggatgaagtgcctcctgaaccacagatcattgttggcatctgt
gccatgaccaagaaatctaagtccaagccaatgacccaaatcctagagcgactctgccga
tttgactacctgactgttatcattctgggagaagatgtgattctcaatgaacctgtggaa
aactggccatcctgccactgcctcatctctttccattccaaaggctttcctctggacaag
gctgttgcttactccaagcttcgaaatccctttcttatcaatgacttggccatgcagtat
tatatccaagataggagggaggtgtaccggatcctgcaggaggagggtattgatctgcct
cgatatgctgtgctgaaccgtgaccctgcccggcctgcggaatgcaacctgatagaaggt
gaagaccacgtagaggtaaatggagctgtctttcccaagccctttgtggagaagccagtg
agtgcggaggaccacaacgtttacatctactaccctagctcagctggtggaggaagccag
cgcctcttccgtaagattggcagccgaagcagcgtttactctcctgagagcagtgtccgg
aagacggggtcatacatctacgaagagttcatgccaacggatggcacagatgtcaaggtg
tacacagtggggccagattatgcccatgctgaagccagaaaatctccagctttggatggg
aaggtcgaacgagacagtgagggcaaagaaattcggtatccagtcatgctgaccgccatg
gaaaagctggtggccagaaaagtctgcgtagcttttaagcaaaccgtttgtggatttgac
cttcttcgtgccaatggtcactcctttgtgtgtgatgtcaatggcttcagttttgtcaag
aactcaatgaaatactatgatgactgtgccaagattctggggaacaccataatgcgggaa
cttgccccacagttccagatcccgtggtccatcccaacagaggctgaggacattcccatt
gttcctaccacatctggcacaatgatggagctccgttgtgtcattgcaattatccgtcat
ggggatcgtaccccgaaacagaagatgaagatggaagtgacacaccccagattttttact
gtatttgaaaaacatggtggctacaagacagggaaattaaagttaaagcgacctgagcag
ctacaggaggtgctggacatcacaaggcttctgctggctgagctggagaaagagccagct
ggtgagatcgaggagaagactgggaaactagagcagctgaagtctgtgctggagatgtat
ggtcacttctcaggcatcaaccggaaggtgcagttgacttactaccctcatggagtaaaa
gcttctaatgaggggcaagatccgcagagggaggctctgaccccatctctactgctggta
ctgaagtggggtggagaactgactcctgctggccgtgttcaggctgaggagctggggcga
gctttccgctgcatgtaccccggaggacagggtgactatgctggcttccctggttgtggg
ctgcttcgtctccatagcaccttccgccatgacctcaagatctatgcctctgatgagggc
cgtgtccagatgactgccgctgcctttgctaagggccttctggctctagaaggggagctg
acacccattctggtccaaatggtgaagagtgccaacatgaacgggctcctggacagcgat
ggtgactccttgagcagctgccagcaccgggtgaaggctcgtctgcaccacattttgcag
caggatgcgccttttggccctgaagactatgatcagctggctcccactggaagtgcttcc
ctgctcaactccatggctatcatccagaatcctgtgaagatctgtgatcaggtatttgcc
ctgattgaaaacctcacccgccagatccaggaacggatgcaggaccccaagtctgtagac
ctgcaactctaccacagtgagacactagagctcatgctacagcgctggagcaagctggag
cgtgactttcgacagaaaagtgggcgctatgacatcagtaagatccccgatatatatgac
tgtgtcaagtatgatgtgcagcacaatgggagtctgggacttgaaggcacagcagagttg
ctccgtctctctaaggcactggccgatgtggtcattccccaggagtacggaatcagtcga
gaggagaaactggaaattgctgtcggcttctgtcttccactattgcggaagatactgctt
gacctgcagagaacccacgaggatgagtctgtcaacaagctgcatcctctgtactcccga
ggagtgctctccccaggccgccatgttcgaacacgtctctatttcaccagtgagagccac
gtccactccctactgagtgtcttccgttatggaggacttcttgatgagacccaggatgca
caatggcagcgcgctttggcttatcttagtgccatctctgagctcaattacatgacccag
attgtcatcatgctttatgaggacaacacacgggatcccttatcagaggagcgcttccat
gtggagctgcacttcagccctggagtgaaaggtgttgaggaagaaggcagtgccccaact
ggctgtggattccgtccggcctcttctgagaatgaagagatgaagacagaccaaggcagc
atagagaacctgtgtcccaggaaggcatcagatgagccagaccgggcactgcagacttca
gcccagccctctgagggccctggcctcccgaggagatcgcctctcattcgcaaccgaaaa
gctggctccatggaggtcatgaacatgcagtgtacggggagcctggacctgatccccttg
cggggacggcgccgccggaggtcaggagacctcccccggccttccccagccatcggccta
cagccccgggctgtgtccaccactcacctggcgtcctgcacacaggtgctttctgagact
tcatcctcaaggcctggtggctatcggctcttttcatcttcccggccaccaacggagatg
aagcagagtggcctaggctcacagtgcacagggctgttcagcaccacagtgctgggtggc
tcctccagcgccccgaatctacaggactacgcccgcagccatggcaaaaagctaccacct
gccagtctgaagcaccgagatgagctcttgtttgtcccggccgtaaaacgattttctgtg
tcgtttgcaaagcatccgactaacggatttgaaggatgctccatggtgcctaccatctac
ccgctggaaacactgcataatgccctttctctgcgtcaagtgagtgaattcttgagtaga
gtctgccaacgccataccgatgcccaggcccaggcatctgcagccctctttgactctatg
cacagcaaccaggcctcaaataacccattttccccaccccgtactcttcattcacctccc
ctgcaactccggcagcgctctgagaagcctccttggtacagcagtggcccttccagcact
gtgtccagtgctggtccttcttcccccactgcagtggatggtaacacccattttggcttc
agtgatcaatcttccctaagttcacatgtgactgaagaacgtcaaggccttgggcagcgt
caggagactcctgggaatggagcacaagagcctatagaaggggagaaagaaacttttgaa
cgaaatcagtccccacaggagccacctgtggagaccagccagccatgccaggatgtccct
gaggaggtcagccacccatgccaggagttcattaaggaattcagccagccgtgccgggac
atccccgaggaagtcagccagccatgctgggagatgtctcagatcagccagccatgccag
gaggtccctggtaatagccagctgtgctgggaaacccctcagaatgtcagccagccacgc
caggagaaccataacaatgttaaccagacatgccaggaggtccctgagatcagtctgcca
tgccagaaggccagccaagtctctgaggaagtctgtcagctttgccaagagaactctgag
gaggtcaaccagccatgccaggggggccctgtggaggttgatggtctggtccaggaaatt
cttgtggaagttggccgaccagcccaagaggtccccgaggaggtcatccagccatgccag
gagttctctgtggaggttggcaggctggcccatgagtctcctgtaatcaatctgttgtct
caggacatcgctgaggttgataaaccatcccaagtgttccctggggatgatgatatgcag
gcccaggaggtccctgaggaggttaatcaggagttctgggtggtccctgaggtgactgac
cagctgcctggagaggatgttccccaagcccagtatccatccagtgatccaaatcctcag
agccagtctctagcccatgaccagcactcaccccttccaccagcaacatgtgattattca
ctttctcattag

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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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (41)   

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