KEGG   Diuraphis noxia (Russian wheat aphid): 107166792
Entry
107166792         CDS       T04900                                 
Name
(RefSeq) phosphatidylinositol 4-phosphate 3-kinase C2 domain-containing subunit alpha
  KO
K00923  phosphatidylinositol-4-phosphate 3-kinase [EC:2.7.1.154]
Organism
dnx  Diuraphis noxia (Russian wheat aphid)
Pathway
dnx00562  Inositol phosphate metabolism
dnx01100  Metabolic pathways
dnx04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:dnx00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107166792
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    107166792
Enzymes [BR:dnx01000]
 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
     107166792
SSDB
Motif
Pfam: PI3_PI4_kinase PI3Ka C2 PI3K_C2 PI3K_rbd PX
Other DBs
NCBI-GeneID: 107166792
NCBI-ProteinID: XP_015371078
Position
Unknown
AA seq 1728 aa
MKSTDKPDYDRRYQEDLEKAQALSLETLALEEFRNQKLKSESSTCNEKSAVSTSTIQTRS
MSLIEKTVNSNDLSRSRPRPGSFNTGEPLLPRIKPPPRRNTTVIPKSSTNDSIKDLFSLD
SPPINDLMNNLEPFNFLDGNKKPHTSDNNSTFQNLCVTANTPNVNLNQNQFSGSHDLKQN
LDVLYQGYFSSNNFTGYPTGHQMTVPPQTFWQGQTISSWSTSSVTQTQQLTSSTNNIQTQ
NSLVGIKPDIFVPSVIKKQNNNNLIDLNFFDSIENPKEKCSNVRTSVLEDFDPLLFGQSH
ISSSAEFDQDKNESLYATYDPFDYMYSPSISSQLSDPIYAAVIKTPINSPPPLPPRSSLT
PKESKACKSLSYENVGLVKRPSVFYDPDIVAFHTMVKKVRRTFIYSDLSTNEGIVVCSKF
ENNLHQNTSTKFIVHCEPTRKTPIIFTCDVGSSVEHVISHVICELDLEDAHPSDYFLKVK
QFSEYMLXMNTPVINFECVHECIKLDKDVELALLHKDDVVRIYARQAQDDVRDNELELSD
LCPNEPSQPITHDTLKILLDTLDGEMLKIQDHTVSLFKKRTKTPLQATGVQQAVKALIAF
LGNIEPMDITLTLNNFVTSCNEISNVIQDVYGSRTEVISDDGSDYSVVRLKFNETEKLDH
ITDVCLKIKENVQTLIENYCKAFKVDFQLNFNSSQLTGSKFSSKIPDNVLIYASCLHRLF
SSWSHDEYLIAAQIYHGTRPIGNTVLSKAVIAEHSIYKRVVFESWLEFENMSLCLLPRES
RLVLVVYGRTFNTEVQDTSATVSQTELGWGSIQFFNVEGEFSQGKHLLSLWPPCADKRLG
PAPAPGTHPYSHSHPVLSIEIQEFDFKILFPPEFKDNRIINSESFDFTSLDLNTQEQLLH
IIYQDTFTRPLSEDREVLWEKRYYLLSKPIALPKVLLAAHSWDYACLADLHSMLNSWSPI
EPLDALQLFLPCFPDNEVRRLAVKRIRLLSNDQLIDFLPELVQAIKHETYDNSPLAEFLL
EKALSSPTIAHNLYWFLIQPLPGQSPQNSYDIHSPDDKTVSESRYYRRLQLLLRALIATC
GEALRKCFLSQQLLMKELYDTAENVKVSKESHRLKVLIQDLTNIDQSLRDIPTCLPLSPS
MQVCGIQIKSCYYFPSNTLPLKINFNCLEPNVSISAIFKVGDDLQQDMLTIQIIRLMDKL
WLKEGLDLKMVTFACVPTGEKRGMIEMVTNAETLRKIQIELGLTGSFKDRPIAEWLAKHN
PSALEYERAVANFTASCAGYSVATYILGICDRHNDNIMMKTTGHLFHIDFGKFLGDAQTF
GNFKRDRTPFVLTSDMVYVINGGDKPSTKFQHFVDTCVQAFNIVRKHGNLLLNLFGLMAS
SGIPGVTMDAVNYVQKALLPELSNPEAAASFARMIENSIKSRFTQFNFFLHNLAQMRFNN
EQNGTELLSFVPKVYTMAQEGKIVCVEVYGCQKRYDPEKYYVYILKVFRENQRDPSYLFR
SYKELSEFQQKLLLLFPLAKFLSLLNTSIHMGRSHIKQVAEKRRVEIQNFLNTLFQMAPE
VSHSDLVYTFFHPLLRDQQEASIEDTKLKEPKQQGYVRENRILGQLKLTLHYQRGAFMIM
VHHAKDLPRIAGNQEPSTYVKVYLLPDHSKATKRKTKVVKKNCYPSFMEMLEYRMPLDVV
RYKILQATVWSHDSLQENEFLGGIIIELHDIDLNSETTRWYNLSNVHR
NT seq 5187 nt   +upstreamnt  +downstreamnt
atgaagtctacagataaaccagattatgacagaaggtaccaagaagatcttgaaaaagcc
caagctctaagtttggaaactttggctcttgaagaatttcgaaatcaaaagttgaaatct
gaatcttcgacatgtaatgaaaaatctgcagtatcaacatctacaattcagacacgttca
atgtctcttatagaaaaaacagttaactctaatgacttatctagatcacggcccagaccg
ggctcattcaacacaggtgaaccattattaccacgtataaaaccacctccacgccgaaat
actacagtcattccaaaaagtagtactaatgattcaatcaaagatttatttagccttgac
tcaccaccaattaatgatctcatgaacaatttggaaccatttaattttttagatgggaat
aaaaagcctcacacaagtgataataactcaacattccagaatctatgtgttactgcaaac
acgccaaatgttaatttaaaccaaaatcaatttagtgggtcacatgatcttaaacaaaac
ttagatgtattataccaaggttatttctcttcaaacaattttactggatatcctactggt
caccaaatgacagttcctcctcaaaccttctggcaagggcaaactatcagtagctggtct
acaagtagtgtaactcaaactcaacaattaacaagtagcacaaataatatacaaacacag
aattcactagttgggataaaaccagacatttttgttccaagtgtcataaaaaaacaaaac
aacaataatctcattgatttaaacttttttgatagtattgaaaatcctaaggaaaaatgt
tcaaatgttaggacaagtgttcttgaagattttgatccacttctcttcggacaatcacat
ataagttcttctgctgaatttgaccaagataaaaacgagtcgttatatgccacatatgac
ccgtttgattacatgtattctccatcaatatcgtctcaattatcagacccaatttatgcc
gctgttataaagacacccataaattcacctccgccattaccacctaggagttctttgact
ccaaaagaatcaaaagcatgcaaaagtttatcatatgaaaatgttggtctagtaaaaaga
ccatctgtgttttatgatcctgacatwgtagcatttcatacaatggtcaagaaagttaga
agaacatttatttattctgatctaagcacaaatgaagggatagtagtgtgttcaaaattt
gaaaacaatctgcatcaaaacacaagtactaaatttatagttcactgcgaaccaactagg
aaaacaccaattatatttacttgtgatgttgggagtagtgttgaacacgtcatatcacat
gtgatttgtgaattagatctggaagatgcacatcctagtgattattttctaaaagtaaaa
cagttttctgaatatatgctgmcaatgaatactccagtcattaattttgaatgtgttcat
gagtgtattaaacttgacaaagatgttgaacttgctcttctccataaggacgatgttgtt
cgtatttatgctcgacaggctcaagacgacgttcgtgataatgaattagagttgagtgat
ttgtgtcccaatgaaccatctcaaccgatcacacatgatacattgaaaattcttcttgat
acgcttgatggtgaaatgctwaaaattcaagaccatactgtttctctttttaaaaagcga
actaaaacacctttacaagctactggtgttcaacaagctgtgaaagcattgattgctttc
ttaggaaatattgaaccaatggacattactttgacattaaataactttgttacctcgtgt
aatgaaatttcaaatgtcatacaggatgtgtatggttctcgaactgaagtgatctctgat
gatggttcagattattcagttgtgaggttgaaattcaatgagactgaaaaattagatcat
attactgatgtgtgcttaaaaattaaagaaaacgtgcaaacattaattgaaaattattgt
aaagctttcaaagttgattttcagttaaattttaattcttcacaattaacaggatcaaaa
ttttcttcaaaaataccagataatgttttgatatatgctagctgtttgcatcgattattt
tcttcatggagtcatgatgaatatttaattgctgctcaaatatatcacggtactagacca
attggtaacactgtgctttctaaagctgttatagctgaacattcaatttataaacgtgta
gtttttgagtcatggctggaatttgaaaatatgagtttatgtttgttaccaagagagagc
cgattggttttagtcgtttatggcagaacatttaatacagaagtacaagatacatcagct
acagtttctcaaacagaacttggatggggttccatacagtttttcaatgttgaaggagag
ttttctcaaggaaaacatttgttatcactttggcctccatgtgctgataaacgtcttggt
ccagcaccagcacctggtacacacccatacagtcattcacacccggttctcagtattgaa
attcaagagtttgaytttaaaatattatttcctccagaatttaaagataatcgtataatt
aatagtgaaagttttgattttacaagtttagatttaaatactcaagaacaattattgcat
ataatttatcaagatacttttactagacctttgtcggaggatagggaagttttgtgggaa
aagagatactatcttttatcaaaacctattgccttacctaaggtattgttggctgctcat
agttgggactatgcatgtttggccgatctacattcaatgctcaattcttggtcacccatt
gaacctttagatgcattacagttattcttaccatgttttcctgacaatgaagtacgtcgt
ttggctgttaagcgaatacgattactgagtaatgatcaactaattgattttcttcctgaa
ctggttcaggccataaagcatgaaacatatgataattctccattggctgagtttttatta
gaaaaagctctgtcatcacctactattgcacacaatctttattggtttctcattcagcca
cttcctggacaatcacctcagaattcttacgacattcatagtcctgatgataaaacagtg
agcgagtcacgttattatagaagattgcaattgttgttgagggcattaattgcaacttgt
ggtgaagcacttagaaagtgttttttgtctcaacagcttttaatgaaggaattatatgac
actgcagaaaatgttaaagtcagcaaagaatctcacagacttaaagtactgatccaagat
ttaactaatattgaccaaagtttaagggatattcctacttgtctaccacttagtccaagt
atgcaagtgtgtggcattcaaataaaatcatgttattattttccttccaatactttacca
ctaaaaatcaattttaattgcttggaaccaaatgtttcaatttcggctatttttaaggta
ggcgatgatctacaacaagatatgttaaccattcagattataaggttaatggacaaatta
tggctaaaagaagggctggacctaaaaatggtaacatttgcttgtgttccaactggtgaa
aagagaggtatgattgaaatggtcacaaatgcagaaactttaagaaaaatacaaattgaa
ttaggattaactggttcatttaaagatagacctatagctgaatggttggctaaacacaat
ccatctgctctggaatacgaaagagcagttgcaaattttacagcatcatgtgctggatat
agtgttgctacatatattcttggaatatgtgatcgtcacaatgataacataatgatgaag
actactgggcatctgtttcacattgattttggcaaatttttaggagatgcacaaacattt
gggaacttcaaaagagatcgcaccccgtttgttttgacttctgatatggtatatgtgata
aatggtggcgataaaccatctacaaagtttcaacattttgtcgatacatgcgttcaggca
tttaatattgttcgcaaacatggaaatttactgttgaatttatttggattgatggcatca
tctgggatacctggggttacaatggatgctgtgaattatgtacagaaagctcttctccca
gaactgtctaatccagaagcagccgcttcttttgctcgaatgattgaaaattcaataaaa
tctcgttttactcagtttaatttcttcttacataacttggctcaaatgagatttaataat
gaacaaaatggtaccgaattgttaagttttgttccaaaagtgtacacgatggcacaagaa
ggaaagattgtttgtgttgaagtgtatggatgccaaaagcgatatgatcctgaaaaatat
tatgtgtatattttaaaagtttttcgggaaaaccaaagggatccttcatatctgtttagg
tcttataaagaattatctgaattccaacaaaaactactactattatttccattagcaaaa
tttttaagtttattgaacactagtattcatatgggacgatcacatattaagcaagtagca
gagaaaagacgcgtggaaatacaaaattttttgaatacattatttcaaatggcacctgaa
gtaagccattcagatttagtatatacttttttccatcctcttctaagagaccagcaagaa
gctagtatcgaagatactaaactaaaagaaccaaagcaacaaggttatgtcagagaaaat
cgtatattaggtcaattaaaattgacattacattatcagcgtggagcattcatgattatg
gtacatcatgccaaagacttgccacgcatagcaggaaatcaggaaccatcgacatacgta
aaagtatacttgttacctgatcactccaaagccactaaacgcaaaacaaaagtcgttaaa
aaaaattgctatccatcattcatggaaatgttagagtatagaatgccattggatgtggtt
aggtataaaattttgcaagctactgtgtggagtcatgactcattacaagaaaatgagttt
ttgggtggcattatcatagaactccatgatattgatctgaattcagagactacacgctgg
tacaacttgtctaatgtgcacaggtga

  All links  
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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (27)   

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