KEGG   Acropora digitifera (stony coral): 107335827
Entry
107335827         CDS       T04352                                 
Name
(RefSeq) phosphatidylinositol 4-phosphate 3-kinase C2 domain-containing subunit beta-like
  KO
K00923  phosphatidylinositol-4-phosphate 3-kinase [EC:2.7.1.154]
Organism
adf  Acropora digitifera (stony coral)
Pathway
adf00562  Inositol phosphate metabolism
adf01100  Metabolic pathways
adf04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:adf00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107335827
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    107335827
Enzymes [BR:adf01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.154  phosphatidylinositol-4-phosphate 3-kinase
     107335827
SSDB
Motif
Pfam: PI3_PI4_kinase PI3Ka C2 PI3K_C2 PX PI3K_rbd DUF4135
Other DBs
NCBI-GeneID: 107335827
NCBI-ProteinID: XP_015756353
Position
Un
AA seq 1639 aa
MANLGDLMSFSSDEEDGESTSSQPSWTAILSSQFGGSSLAESSRLSADVPPFDSHQSING
VTDSKYSDRLAQVVKMETRSQHSSLFVGGESSKCVDRSSEFPAAIRETNSLNQQARKSSP
PRSPAKVRNKIMQFPQGGFSNYHDSFRPPSEMLDSERSSNNSDSNGLEMSARPPSFTSNL
FVTSENRHDDPSLQGESQSIASTTSSNSSSEHPYGSISLKLKSEFSAKENEEEILHGGKS
SRDDFFPSVVTGNSNLARPTRPLTVKLPDGQSSKRSGYHQRDSTRSQSVPSHKPRSPRMC
NRSFSSPSPDSNIARGVMSTDPKAKLLFYGDGLFEVAKERDEEAAAFSVMMSQLRSNFHW
NNDTNPGHVISPTVPYDYETFPRFTEARMVIYSKGRHDTLKFVFNAHSPVSKIIELALSC
FLDDGKSINGSQPSAYVLKVCGRAEYLQANDVLIQYGYVQGCVKFGSEVELVLLPTREIS
RQLVRTEEDDHDDSLPRSYKDFFDCPVNTAVSKYGVTVLLEAFNDELVRLVEATTSTSDR
RFEPSRVIQAVKAICATLASLETEEVINSVQMLKNLQSDIPPGRMIPDQASVYDALLKLQ
EAVLLLVEMYCDAFDTAFVPTRADRPKLAGSIEVTAMTDNLRIHVAFANRLPLSWKQDFD
RYEVQCGIYYGGRLSCPVEVTQPRKIAKHFFDQLRWDEWLQFKIQVRQLPRESRLCLTLY
GFSPVAKGNSSNPVRTPLGWVAVPLFNFKGLLVSGTQLLGLWPEDTANPVGSCTSNLLHP
SSVILQVEFERYLADIVFPDFESNGLSVYDETDRCEPHDSTTEVYKQILERDRFNELKPE
EKELLWDHRYYCMSVPKALPLILSAAPSWEYQYLPVIYAWAPMKPVDAMELLKVSFPDIR
VRTTAVNWLEGLVDDELCDYLPQLVQALKYEIYHDSSLIQFLVRRALGSVRVMHYLFWYL
KDTISDPQFGQRFQIILGGLLSICGNAQRCEFTRQDEVLADLTHVAVQVKNAKDSSRTNI
LQQELAVVAANMFTSVRLPVDPSYEVKGVDLTSCDYFNSNSAPLKLIFKNADQFGEDVHA
MLKIGDDLRQDKMVMQLVGIINKIWLRDGIDLKMITYKCVATGVGMGMVEIVKESATLRE
IHTELGLTGSFKDEPIARWIQKYNPGEESYYRAVENFTASCAGYCVATYVLGIGDRHNDN
IMIKKSGHLFHIDFAKILGNAQMFGSFRRDRAPFVLTPDMAFVINGGYEPSSRFQDFVDL
CCMAFNVIRRHSNLLLNLLSLMLNSGISCLSKIDDLKYIRDSLLPGCSDVEATTTFTRLI
KASLSSWFTQVNFFIHNVAQIRDVSQLRRSAAVDNSSSVLSFVRGTYSVDTDGLIDSARV
VDFQKRYNPEKYYIYLVNICRDGVEEPSFVFRRFRHFHELHLKLSQAFPEITLPRLPSKI
YIGRSQIRAVAERRRNELDHYIRHLLMMPTEVSESELLYTFLHARQQDKGDASSFSVRLL
PEEKRNRERPIGGKVKLLIRHECEALSVMVMHAKELSPRNQTSPADPYVKLYLLPDPVKA
TKLKTRIARKTLNPTFNETLVYNMSEWDVRERILQVTVLDHDYVGENEFLGGVLIDLSQI
DLKTSTASWYTLTDIRKPQ
NT seq 4920 nt   +upstreamnt  +downstreamnt
atggcaaatctgggagacctgatgtctttttcatccgacgaggaggacggtgagtcaaca
tcttcacaaccatcttggacagcgattttgtcgtcgcaatttggaggcagctctcttgct
gaaagctctcgtttgtcggctgatgtgccacctttcgacagccatcaatctataaacggt
gtaactgatagcaaatattccgaccgcctcgcacaagtcgttaaaatggaaacacgatcc
caacattcaagcctttttgttggtggtgaaagctcgaagtgtgttgaccgttcaagtgaa
tttccagcagcgattcgtgaaactaattcgttgaatcagcaggcgcggaaatcatcgcca
cctaggagtcctgccaaagtaagaaataaaattatgcaatttcctcaaggtggattttca
aattatcatgactcttttcggcccccatccgagatgctagactcggaaagaagtagcaac
aactcagactcaaatggcttggaaatgtctgcaagaccaccttcattcacgtctaatcta
tttgtgacttcagaaaatcgtcacgacgacccatctctccaaggcgaaagccaatcgatt
gcaagcactacatcgtcaaattcaagctcagagcacccttatggttctattagtctgaaa
ttgaaaagcgaattttctgcaaaagaaaacgaggaagaaattttgcacggtggaaagtcc
tcaagagatgatttctttccatctgtagtgacaggaaattcgaacttagcgagacctacg
aggcctttgacagttaaacttcctgatgggcagagtagcaagcgttccggctatcatcaa
agggactcaactcgaagccagtctgttccttcccataaaccgcggagtccaaggatgtgc
aatcgctctttctcgtctccatctcctgacagcaatatagcaaggggagtgatgtcgact
gaccctaaagccaagcttctattctatggcgatggactgtttgaggtcgccaaagagaga
gacgaggaggctgcagccttcagtgtgatgatgtcacaactcaggtcaaatttccactgg
aacaacgacacaaatccgggtcatgtgataagtcccacagtaccctacgattacgagact
ttcccccgtttcacagaagcaagaatggtcatttatagtaaggggcggcacgatactctg
aagttcgtttttaatgctcacagcccagtaagcaaaattattgaacttgccttgagttgc
ttcttggatgacggtaaaagtattaatggcagtcagccttcagcgtatgttctcaaagtt
tgtggacgtgcggaatacctccaggcaaatgatgtccttattcaatatggttatgtacag
gggtgcgttaaatttggtagtgaggttgaacttgtgctccttccaactcgggagatctca
aggcagctggttagaacagaggaggacgaccacgacgatagtttgcctcggagctacaaa
gacttcttcgactgccctgtcaacactgctgtctctaaatatggagtaactgttctcctg
gaagcctttaatgatgaacttgtgaggttagtagaagcaacaaccagtactagcgatcgt
cgctttgaaccgagtcgtgtgattcaggctgtgaaagcaatctgtgcaacgctggcatcc
ttggaaactgaagaagttataaactcagttcagatgttgaagaatcttcaaagcgatatt
ccaccaggaagaatgattcctgaccaagcgtcagtttatgatgcacttttaaagttacaa
gaggccgtgttgctattggtagagatgtactgtgatgcgtttgacactgcttttgtcccc
acaagagcagacagaccaaagctggccggatctatcgaagttactgctatgactgacaac
ctccgcatccacgtggcttttgccaacaggctgcctttgtcgtggaaacaggattttgat
cgctatgaagtccagtgtgggatctactatggcggacggttgtcctgcccagttgaagta
acgcaaccacgtaagattgccaaacatttcttcgaccaactccgatgggatgagtggctg
cagtttaagattcaggtgcgtcagttaccacgggaatcacgactctgcttaaccctttac
gggttttcaccagtcgccaagggcaattcgtcaaacccagtgaggaccccactcggctgg
gtagcagttccgttattcaacttcaaaggtttgttagtttctggaacccagcttcttggg
ttatggccggaagacactgcaaacccagttggttcttgtacgtcaaaccttctgcatcct
tctagtgttattctgcaagttgagtttgagcgatatttagccgacattgtcttcccagat
tttgagagcaacgggctttcagtttatgatgaaacagatcggtgtgagccacatgactca
actaccgaggtatataagcaaatactggaaagagaccgtttcaacgaactaaagccggaa
gaaaaagaacttttgtgggatcatcggtattattgtatgtcagttccgaaagctttaccg
cttatcttgtctgcggcgccctcttgggaataccaataccttcctgtaatctacgcgtgg
gcacctatgaagccagttgatgccatggaactgcttaaggtgagctttccagacatacgc
gtacgaactacagctgtaaattggttggaaggtcttgtcgatgacgagttgtgcgattat
ttacctcagcttgtccaggccttgaaatatgaaatctaccacgactcttccttaattcag
tttcttgttcgccgtgctcttggtagcgttcgtgttatgcattatcttttttggtatttg
aaggataccatcagcgatccccaattcggccaacgcttccagataattcttgggggcctc
cttagcatctgcggaaatgctcagaggtgtgagttcacccgacaagatgaagtcctcgct
gatcttactcacgtagctgttcaagtaaagaacgccaaggattcttccagaaccaacatt
ctccagcaagagcttgcagttgttgccgccaacatgttcacgagtgtaaggcttcctgtg
gatccgagctacgaggtaaaaggtgtcgacttgacttcttgcgactacttcaattccaac
tctgcacctctgaagcttatcttcaaaaacgctgaccagtttggtgaagacgtccacgct
atgttgaaaattggcgatgatttgagacaggacaagatggttatgcaacttgtgggtatc
attaataaaatatggctaagagatggaatcgatttgaaaatgattacctacaagtgtgtt
gccactggtgttggaatggggatggtggaaattgtaaaggaatccgcgacacttcgggag
atccacacagagcttggtttgaccggatctttcaaagatgaaccaatcgcgagatggatc
caaaagtacaaccctggtgaagagagttattacagagcagttgagaattttactgcatcc
tgtgcaggctactgcgtggcgacttatgtactaggtatcggtgatcgacacaacgacaac
atcatgatcaagaagagtggccatctatttcacatagactttgccaagatcctcggcaac
gcgcagatgttcggatcatttcgccgcgatcgggctcccttcgtgctcactccggacatg
gcgtttgtcatcaatggtggttatgaaccgagcagtcgttttcaggactttgtggatctt
tgctgtatggcttttaatgttattcggcggcactctaacttgcttctcaatctactgtct
ttgatgctcaactctggaatttcctgtttaagtaaaattgatgacttgaagtacattcgg
gactcattgcttcctggctgctcggatgtagaggctacaaccaccttcactcgactgata
aaggccagtctctcctcttggtttacgcaagtgaacttcttcattcataacgtggcgcag
atacgagacgttagccagcttagacggtctgctgctgttgacaactcaagctcagtcctt
tcgtttgttcgagggacgtactctgtagatacagacggcttaatcgactctgctcgcgtc
gtggactttcagaagcgctacaatcccgagaaatactacatctacttagtcaatatttgc
cgtgatggtgttgaggagccttcgtttgtgtttcggcgatttcgccattttcacgagctg
cacttgaagctatcgcaagcgtttccggaaatcaccctaccaaggcttccgagcaagatt
tacatcggtcggtcgcagatccgggcggttgcagagcgcagacgaaacgagcttgatcac
tacatccgacacttgttgatgatgccgacagaagtttccgaatcggaacttctctatacc
tttcttcacgcacgccagcaggacaagggagatgcgagctctttctcagttcgtctactc
ccagaagagaaacgaaatcgcgagcgacccataggcgggaaagtaaagttgttgatccgg
catgaatgcgaggctctcagcgtcatggtgatgcacgcaaaggagttatcccctagaaac
cagaccagtcctgctgatccgtacgtcaaactgtacctgcttccagatcccgtcaaggcc
accaaactcaagaccaggattgcgcgcaagacactcaatccgacattcaacgaaacccta
gtgtacaacatgtcagagtgggatgtacgtgaacgtattctccaagtgactgtcctggat
cacgattatgttggtgaaaacgagtttcttggcggtgtgcttattgatctgtctcaaatt
gatcttaaaacgtccacagcttcctggtacaccttaacggatatcaggaagccacaatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (52)   

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