Branchiostoma belcheri (Belcher's lancelet): 109472545
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Entry
109472545 CDS
T07532
Name
(RefSeq) uncharacterized protein LOC109472545
KO
K19006
phosphatidylinositol phospholipase C, eta [EC:
3.1.4.11
]
Organism
bbel
Branchiostoma belcheri (Belcher's lancelet)
Pathway
bbel00562
Inositol phosphate metabolism
bbel01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bbel00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
109472545
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
bbel04131
]
109472545
Enzymes [BR:
bbel01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.11 phosphoinositide phospholipase C
109472545
Membrane trafficking [BR:
bbel04131
]
Exocytosis
Calcium ion-dependent exocytosis
Phospholipases
109472545
Endocytosis
Macropinocytosis
Phospholipase C
109472545
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PI-PLC-X
PI-PLC-Y
EF-hand_like
C2
PH_12
PH
EF-hand_7
EF-hand_6
EF-hand_1
AdoMet_MTase
Motif
Other DBs
NCBI-GeneID:
109472545
NCBI-ProteinID:
XP_019627888
UniProt:
A0A6P4YU71
LinkDB
All DBs
Position
Unknown
AA seq
2119 aa
AA seq
DB search
MSVSPRRPWMPQNYAGQGGSVAGTRPGVLSCLVRLQEGSLLTKLKDGVRSLPKNFYLDED
KSCVRWKPSRKGDNAKIPITYITDVREGLRSGTDPPLNLDPSCCFHLIHGNEGEAIELVA
RSAEEAGLWVRGLRHLVMEMREESGFEHKPITNWHYQWLLECFSLVDGDRDGRLTWQEAM
LLFDRLNIYDTSGKIQDMVQRAVEGPGLLDWEGFLGLYRTISTRQDLVVLLKKYSEGKDF
LTAAELAQFLEKEQKVEDCSRGQCLDIIAHCEPREDYMLNGWLGLDGFTNYLMSHHGEIF
DSSHHAVHQDMTQPLSHYYIATSHNTYLQGDQLLSESNVDMYAWVLQSGCRCVELDCWDG
PEGDPIVYHGYTLTSRVYFRDVIDVINRYAFINNSYPVILCLENHCSLDQQRKMALYLTQ
ILAGKLEVPPLPPGATHLPSPQDLRGKILIMSKKLTPGIPSDTRCGEVSDEDSADEMEEG
YKLLPGELMESSCRKHIVESYARSKLATLAKSGKTVAAEKEHHKLPVSPRQRARLALANS
PLIRRKRGGSSDHEDSDRQRQRDRSRSRERKAGRSSSFSEADAVDAQDRKFGAKVLSDTF
NKLTHRKKKKQPVKPPGLPTLHSQEQLQDVNDIIPDNKEAVVMETHALATAAVGEKAQGQ
RDLLDVGRGRKGGEKHTRRMLLAKELSDLVWYMGTVSTVDFKSDVPCWQVPSISENKATA
LSADHAADMAAFTRSHLFRIYPSARRVDSSNYDPQALWNMGCQMVALNYQTEGRMMQLNR
ARFSANGGCGYTLKPAVMWEDNKSFNPLTTSPLAGVTRRQLTVRVLSGQQLRGVTTASEG
PAELRVEVEVLGLGLDYHKEQTRPHSTDGYNPTWDDTMTFNLTLPDLAMVRFTVVCYYDH
QQEVIGHRTVPFISLLTGYRHVHMEGHPASVFVHVSVTDYQGKGKYRTGIKNFITRNWSL
RQGGSFRETSSAPIIKKPPAVNFTKRLGKLTMPKWHLGSGSDSASTASDEHEHKPAPDTR
DANVSVVRGDGSVVSPAVWAAQGKGQGRPTHLTMVRGDGTIASPAIWATPGPGKIPEDQL
RLRRRMSPAQTPGDNRCSFIVEDTSIAGFLTELWDQKAQEYKEYVITEETEHPEQGHLDG
QSGTVFQQEPIQHVNGQSHTHANATQKAANATPTATTVDQDKVVAKKGVKFEKKRPEMGR
AFYIQGTRPKQSSGRSRKDKAPLVHKESYQPPQDNSRTAYKHLQDSGTYMYSAPYRLRQA
GTPPMSPAKRPDSSHLFRHASADRLHDEREYTGTERRRRVEGDEYTGTERRRRVEGEQRR
AVNIGAVQGYREVAVDVPPEMEERNIHVDSQYSDSPYRRQLQSSTVNPAVQDPSAEDLRE
GVSRQRKRPPSRSRAERRSRQGPVPSEIVHTESKTSSELEAKTPPQDAAEDKKVKVHDTT
EEESKSDDEGTERSKTPTKERSANSSPPIFNKDSPPFVNGLLTEEDLQYLQQAPEDLQRI
LATEDFTNRTDEYKLLLERAKKSVRLKEIRSRRESYLAAMATEYSPSGKDGGGLGGRSPR
GQRRASRPRKAVVKPLQHEEETAPVSDVTEKTEGVSEAKADDKKPRQDKSKEKDDALKQK
GDKGDDSVTAETGQVKDEKKMTEDKDKSKDVTTISDLDVEAETKETSAEQKEKQSKKGKT
KDIKEKDKEDTTESSDSSSDSPSSPVKTNATFGDSIWDEISDLSEVSESVSSSTSSLDTV
IDTTNDSIDQELQSLEEEERRAAEIIGEAKPEKRPDPETTIQQASAKELQPPKDEVEMKK
LKEKICKSPTGFAGDGGLESVEVLSDTSSETSIESQNEVTLVEREKISPEDVVTSSTANN
EQDTEEDASDRFYAEANKESVATDTKPFQTKPAPASDETECFDTNGKSKSLGDITSEDIH
CNKFDSKYKTISKSFITKKMREQKRFSPLRGPVMPKKPLEQELIKLTTFTPEERALPQPT
SRLEPKTSTPKKLTFSSRSESRVKHIASRKRTQSESGSQDTEASSFRRTGDAVFVLTAKA
EAVPRRNRPPTPPIYQYRHSTGSYIPGYIEGPAPLLEDRGVPEGACSTPGTAPDIVPMAS
PQGDSKLEEEPEIYFLLNV
NT seq
6360 nt
NT seq
+upstream
nt +downstream
nt
atgtctgtatcgccaaggcggccctggatgccccagaactatgcaggacagggcggcagt
gtcgcagggaccaggcctggagtgttgtcatgcctggtccgactacaggaaggctccctc
ctgactaagctgaaggatggagtccgcagtcttcctaagaacttttacctggatgaagac
aagtcctgtgtcagatggaaaccctccaggaaaggagacaatgccaaaattccgatcacc
tacatcacagatgtgagggaggggttgaggtcagggactgacccgcccttgaaccttgac
cccagctgctgtttccaccttatccatggcaacgagggggaagccatagaactggttgct
aggtcagctgaggaggctggtctgtgggttcgcgggctgagacatctggtcatggagatg
agagaggagagcggcttcgaacacaaacccatcaccaactggcactaccagtggttgctg
gagtgtttcagcctggttgacggagaccgggacggtagattgacgtggcaggaagcaatg
ctgctttttgacaggctgaacatctacgacaccagcgggaagatacaggacatggtgcag
agagcagttgagggtccaggcctgctggactgggagggtttcctgggtctgtacaggacc
atctccaccagacaggacctcgtggtgctgctcaagaaatactcggagggaaaagacttc
ctcacagccgcagaactcgctcagttcctggaaaaggagcagaaggttgaagactgtagc
cgaggacagtgtctggacatcatcgcacactgtgaacccagggaggactacatgttaaac
ggctggctcggtctggatggttttaccaactatctgatgagccaccacggggagatcttt
gactcttcccatcatgcagttcaccaggacatgacccagcctctgtctcactactacatc
gcgacatcccataatacttatctccagggcgaccagctcctgtcagagtccaacgtcgac
atgtacgcgtgggtcctgcagtctggctgcagatgtgtggaactggactgctgggatggc
cctgagggtgatcccatcgtgtaccacggctacaccctcacttctcgggtttacttcagg
gacgtcattgatgtcatcaacagatacgccttcatcaataacagctaccctgtaatcctc
tgtttggagaaccactgcagtttggaccagcagagaaagatggcactgtacctgacccag
atcctggcaggtaaactggaggttcctcccctcccacctggagcaacacacctgccctcg
cctcaggacctccgcgggaagatactcatcatgagtaaaaagctgaccccaggtatccca
tcagacaccaggtgtggggaggtgagtgatgaggacagtgctgatgagatggaggaggga
tacaagctcctgcctggagagctgatggaaagttcctgcaggaaacacattgtggagtct
tatgccaggagcaagctggccaccctggctaagagcggcaaaaccgtggcggcagagaag
gagcatcacaagttgccggtcagtccgaggcagcgtgcacggctggcgctggccaactct
ccgctgatcaggaggaagcgtggagggtccagcgaccacgaggactcggacaggcaacgt
cagagggacaggagcaggagcagagaaaggaaggctggtaggagcagctcgttcagcgag
gcagacgctgtggacgcccaggaccgcaagtttggggccaaagttctgtctgacacgttt
aacaaactcactcacaggaagaagaagaagcagccggtgaaaccgcccggccttcccacc
ctacacagtcaggagcagctacaggatgtcaacgacatcatacctgacaacaaggaagct
gttgtcatggagacccacgccctagcaaccgcagctgtgggggagaaagcacagggacag
agagatctcctggatgtagggcgtggaaggaagggtggagagaagcacaccaggagaatg
ctgctggctaaggaactgtccgacctggtctggtacatgggaactgtcagtactgtggac
ttcaagtcagacgtcccttgttggcaggtcccctccatcagtgagaacaaggccacagcc
ctgtctgccgaccatgcagccgacatggccgccttcacccgctcccatctcttcaggatc
tacccctccgctcgacgggtggactccagtaactacgacccacaggcactgtggaacatg
ggctgtcagatggttgcactgaactaccagacagagggtcgtatgatgcagctgaacagg
gcaagattcagcgccaatgggggctgtggttacacactcaaacctgctgtcatgtgggaa
gacaacaagtcattcaacccactgaccacctctcccctggccggagtgaccagaagacag
ctgaccgtgcgggtgttgagtggtcagcagctgcggggagtgaccacggccagtgaaggt
ccagcggagctccgtgtggaggtggaggtgttggggctggggctggactatcataaggaa
cagacaaggcctcatagcaccgatggttacaaccccacctgggatgacactatgaccttc
aacctgacattgcctgaccttgccatggtcaggtttactgttgtctgctactatgaccat
cagcaggaggtcatagggcatcggactgtaccattcatcagccttctcacaggatacaga
catgttcacatggagggacatccagcctctgtcttcgtgcatgtttcagtgacagattac
cagggcaagggcaagtatcgaactggaataaagaacttcatcacaaggaactggagccta
agacagggtgggtccttcagggagacgtcttccgctcccatcattaagaaacctccggct
gtcaacttcaccaaacgtcttgggaaactcaccatgcccaagtggcatcttggatcagga
agcgacagtgcctccactgcttcagacgaacatgaacacaaacctgcaccagacacgcga
gacgccaacgtttccgtggtacgtggggatgggagcgtggtcagccccgcggtctgggct
gcccagggcaaaggtcaaggcagaccgacccacctgaccatggtgaggggggacggaacg
attgcgagtccagccatctgggctacacccgggccaggtaagatcccagaagaccagctg
agactaagacggagaatgtctcctgcccagactcctggagacaatcgctgttccttcatt
gtagaagacacttctatcgctggttttctgactgaattgtgggaccaaaaagcacaggaa
tacaaggagtacgtcatcaccgaagagacagaacatccagagcagggccaccttgatgga
cagagtggaactgtatttcaacaggagccaatccaacacgtcaacggccaatctcacacc
catgcaaacgctactcaaaaagccgccaatgcaactccaacagcaacaacagtagaccaa
gacaaagtcgtcgccaagaagggagtcaagtttgagaagaagcgacctgagatggggcga
gcgttctacatccaaggcacacggcccaaacagagctcggggagaagcaggaaagacaaa
gcccctctcgtgcacaaggagtcctaccaaccacctcaggacaacagcagaactgcctac
aaacatctgcaggacagcggtacgtacatgtactctgcaccgtaccgactccgccaggcc
ggcaccccgcccatgtcccccgctaaacgaccggacagctcgcacctgttccgccacgcc
agcgcggaccgcctgcatgatgagagagagtacactgggacagagaggaggaggagggtg
gaaggggatgagtacactgggacagagaggaggaggagggtggaaggggaacagaggagg
gcggtgaacatcggtgctgtacaggggtacagggaggtcgcagtggatgtaccacccgaa
atggaggagcgtaacatacatgtagacagccagtacagcgacagtccctacagacgacag
ctgcagtcttccactgtcaacccagctgttcaggaccccagtgctgaggatcttagggag
ggtgtctcaagacaacgcaagagacctccttcaaggagccgggcggagagaaggagtcgt
caaggtcctgtgccttcagaaattgtgcacactgagagcaaaacgtcttctgagctggaa
gccaagactcccccacaagatgctgctgaagataagaaagtgaaagttcatgacacaacc
gaggaagaaagtaaaagtgatgatgaaggaactgaaagaagcaaaacaccgacaaaggaa
agatcagccaacagctcccctcccatctttaacaaagactcgcctccgtttgtcaacggg
ctgcttactgaggaagacctgcagtaccttcaacaggcgccagaggaccttcagaggatc
ctggccacagaagacttcactaatagaactgacgagtacaagcttctcctggagcgagcc
aagaagagcgttcgtctgaaggagattcggagcaggagggagtcgtacctggctgccatg
gcaacggagtacagcccgtcagggaaggacggcggcgggctaggagggaggtcacctagg
ggtcagaggagggcgtcacgaccgagaaaggctgtcgtcaaacccttacagcacgaggaa
gaaactgcaccagtttctgatgtcactgagaagacggagggagtgagtgaggcaaaagct
gacgacaaaaagccccggcaggacaaatccaaagaaaaagatgacgctttgaaacaaaag
ggagacaaaggtgatgattctgtgacagctgaaactggccaggtcaaagatgagaaaaag
atgacggaggacaaagacaaaagtaaagatgtgacaaccatttctgatcttgatgtggaa
gctgagacaaaagaaacttctgcagaacaaaaggagaaacaatcaaagaaaggaaagact
aaagatatcaaagaaaaggataaagaagacacgacagaatcttccgacagctcgtctgat
agtccctcatccccagtgaaaacaaatgcaactttcggtgactcgatttgggacgaaatc
agcgatttatcggaagtctcagagtcagtgtcaagcagcacatcttcacttgacacggtg
attgacacgaccaatgacagcatcgatcaggagctacagagcttggaggaggaagaaaga
agagcagcagaaatcattggggaggcaaaaccggagaaaagacctgatcctgaaacaacg
atccagcaagcatcagcaaaagagctccagccaccgaaagatgaggttgagatgaaaaag
ctcaaagagaagatctgcaagtctccaacaggctttgctggggatggagggttggaaagt
gtggaggttttgtctgatacatcatcagaaacatctatcgagtcccaaaacgaagttact
ctagtcgaaagagagaaaatctcaccggaagacgtcgtcacatcttcaacagcgaacaat
gagcaagatactgaagaggatgcttcagacagattttacgcagaagcaaacaaggagtct
gttgccacagatacgaaacctttccagaccaaacctgcaccagccagcgacgagactgag
tgcttcgacacaaacgggaaatccaagagccttggcgacatcacatccgaggacatccac
tgtaacaagtttgacagcaaatacaagactatcagcaagagcttcatcaccaaaaagatg
cgcgagcagaagcgcttctcacccctcaggggccctgtcatgccaaagaagccgttagaa
caagagctcatcaagctaacgacattcaccccagaagaacgggcgctacctcaacccacc
tcaaggctggaaccgaagacgtccactcccaagaagctgactttctccagtaggagcgaa
agtagagtgaagcacatcgctagcaggaagaggacacagtccgagtctggctctcaggat
acagaagcgagcagtttcaggagaaccggggatgccgtgtttgttttaacagcaaaggca
gaggctgtgccaaggaggaacaggcctcccactccccctatctaccaataccggcacagc
acaggctcctacatacccggctacattgaagggcccgccccattgttggaggacagggga
gtcccagagggggcgtgttcaacccctggcacagcccctgacattgtgccaatggcttct
ccacagggggacagcaagttggaggaagagccggagatatactttttactcaatgtctag
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integrated database retrieval system
