Syngnathoides biaculeatus (alligator pipefish): 133502019
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Entry
133502019 CDS
T09681
Symbol
plcg2
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase gamma-2 isoform X1
KO
K05859
phosphatidylinositol phospholipase C, gamma-2 [EC:
3.1.4.11
]
Organism
sbia
Syngnathoides biaculeatus (alligator pipefish)
Pathway
sbia00562
Inositol phosphate metabolism
sbia01100
Metabolic pathways
sbia04012
ErbB signaling pathway
sbia04020
Calcium signaling pathway
sbia04070
Phosphatidylinositol signaling system
sbia04370
VEGF signaling pathway
sbia04625
C-type lectin receptor signaling pathway
Module
sbia_M00130
Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:
sbia00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
133502019 (plcg2)
09130 Environmental Information Processing
09132 Signal transduction
04012 ErbB signaling pathway
133502019 (plcg2)
04370 VEGF signaling pathway
133502019 (plcg2)
04020 Calcium signaling pathway
133502019 (plcg2)
04070 Phosphatidylinositol signaling system
133502019 (plcg2)
09150 Organismal Systems
09151 Immune system
04625 C-type lectin receptor signaling pathway
133502019 (plcg2)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
sbia04131
]
133502019 (plcg2)
Enzymes [BR:
sbia01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.11 phosphoinositide phospholipase C
133502019 (plcg2)
Membrane trafficking [BR:
sbia04131
]
Exocytosis
Calcium ion-dependent exocytosis
Phospholipases
133502019 (plcg2)
Endocytosis
Macropinocytosis
Phospholipase C
133502019 (plcg2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PI-PLC-X
SH2
PI-PLC-Y
EF-hand_PLCG2
SH3_1
C2
SH3_9
PH
SH3_2
SH2_1
EF-hand_PLCG1
PH_12
Motif
Other DBs
NCBI-GeneID:
133502019
NCBI-ProteinID:
XP_061678262
LinkDB
All DBs
Position
6:4251248..4428536
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AA seq
1286 aa
AA seq
DB search
MAHWEEQGEMTEYRKSMIKREMEMGTVMTVFRQKTERLTVQVIMETHQVAWTRTAEKTDG
VCTKGELGLVGECGHTSTSLPPSESTKTAKSFCSKTSCRVDLFEIREVRPGRNSKDFERF
KDGKDKHDNNTCFTIFYGSQFVLNTLSLGADSVDEAYKWQIGLEMLIQETLTAPTPVLIE
SWLRKKMYSVNQTKTNSISMKELKTLLPLLNYKPPSGRSLKDKFMEVGAKHDRLDFEQFH
KLYNLIMFEQNEILEEFKKDCSFILGNTDKPDASVVLLHDFQRFLIYQQKESWASDLNEV
RELMTTFIDDTMRKTNDPEFTVSEFLSFLFSKENCLWDDKLSDINNQDMNNPLSHYWINS
SHNTYLTGDQLRSESSTEAYVRCLRLGCRCVELDCWEGPGEPIIYHGWTRTTKIKFEDVV
KAINQHAFVTSQFPVILSIEEHCPLEQQRQMARIFRDVFGDKLLLEPVEHMAEQLPSPTH
LKGKIILKHKKLSVDGGDTTKDFKMWQKQGDLEIWDPVNQRWNKHYCVISDVKLYYAEEE
EKEDPRKDLHCSETWFHGGIREGRLMAERLIHDYCTETRGRDGTFLVRQSYTVPTDITLS
FWRSGRVQHCRIRSFSEGQNTYYYLTANLQFPSVYALIQHYRENPLRCQDFELRLTDGVP
HPNPHLQQGWFYPNLSRGEAEDYLLRIPRDGAFLIRQREGEPDSFAITFRGDSKVKHCRI
QKEGNVYLLGTTTEFESLVEMVNYFKKKPLYRKTKLRYPVTPDLVDRFSTDKDTASLYEM
KTYVEPNEIESSLPKNTVRALYSYQATRPDELTFSKGALIHNVSKDNDGWWKGDHGGNVQ
LFFPSNYVEEVSNNAKLDFGKQDIEDNPLGELCKGVVDISKCNIQNLKNGKNGKLHVLTL
QNMEQNGLHFDLAADSLEELFEWYKVAWGITQREMSKQFSREQEIRHQEEVEKKAEVAME
MSDLVVYCQPRSKDKDRFDYYNCKEVRSFVENKAPGKGLSMDFLQYNHKALSRIYPKGQR
VESSNYDPYPLWAVGCHMVALNFQTADKYTQLNHTLFSMNGCTGYILQPELLRSDRYDPH
QEKKDVKYKVIIRVIAARHLPKLGRSISSPFVEIELCGHTEAKSKTTVYRDNGLNPVWKS
TTPPVCFKVYEPELTFLRFVVNEEDMFSDPNFLAQATFPVKGICSGYRSVPLKNGYNENL
ELASLLVDIKVLQPENTEKEVYSSSSQLKEKQAEFISERLLYNTHTNIKISSGPDHPPLS
NQFVRECSTSEHRAKQKKLKNSTFYS
NT seq
3861 nt
NT seq
+upstream
nt +downstream
nt
atggcacactgggaggagcagggagagatgacagagtacaggaagagtatgatcaaaagg
gaaatggaaatgggcacggtcatgacggtctttaggcaaaagacagagaggctgactgtt
caagtcattatggaaacgcatcaggtggcctggacacgcaccgcagagaagactgatggt
gtctgcacaaaaggcgaacttggattggttggtgaatgtggacacacttcgacaagcttg
cctccctcagaaagtaccaaaactgcgaagagcttttgttcaaagacaagttgcagagtg
gatctatttgagatccgagaggttcgccctgggagaaattccaaagactttgagcggttc
aaagatgggaaggataaacatgacaacaatacttgttttaccatcttttatggctcacag
tttgttctcaacaccttgagtctaggagctgattccgtggacgaggcgtataaatggcag
attggacttgaaatgttaattcaagaaacactgaccgctcctactccagttcttattgag
agctggctcagaaagaagatgtattcagtcaaccagacaaagacaaacagcatatccatg
aaggagctgaagactcttcttcctttgctcaactacaagccccccagtggtcgttctctg
aaagacaaattcatggaggtgggagcaaaacatgatcgtttggactttgagcagtttcat
aaattgtacaacctgataatgtttgaacaaaatgagatccttgaagaattcaaaaaggat
tgctcatttattttgggtaatacagataaacctgatgcttcagtagttttgctccatgac
ttccaacgatttcttatctaccagcagaaggagtcttgggctagtgatctcaatgaggtc
agagagttgatgactactttcattgatgacaccatgagaaaaaccaacgaccctgagttc
acagtcagtgagttcctcagcttcctgttttccaaggagaactgtctttgggatgataaa
ttgtcagacattaacaaccaagacatgaacaaccctttgtcccattactggatcaattca
tcacacaacacctacctgacaggtgaccagcttcgtagtgaatcttcaacagaggcttat
gtgcgctgtctgcgcctgggatgtcgctgtgttgaattagattgctgggaaggacctgga
gaaccaataatctatcatggttggaccaggacaactaaaatcaagtttgaagatgtggtt
aaagccatcaatcagcatgctttcgttacctcgcagttcccggttatcctgtctatagaa
gagcattgcccattagagcagcaacgccaaatggcccgtatcttcagagacgtttttgga
gacaaactgcttcttgagccagtggaacacatggctgagcagctaccatcaccgacacac
ctgaagggcaaaatcatccttaaacacaagaaactcagtgttgatgggggagacaccacc
aaagacttcaagatgtggcagaaacagggtgacttggagatatgggaccccgttaaccag
cggtggaacaagcactactgtgtgatctctgatgtcaagttgtactatgcagaagaggag
gaaaaggaagaccccagaaaggatttgcattgttctgaaacatggtttcatggtggcata
agagagggtagactgatggcggagcgactgattcatgactactgtaccgagacaagagga
agagatggcacttttttggtccgacagagttatactgttcctacagatatcaccctctcc
ttctggcgcagcgggagagtccagcactgccgtattcgttctttttcagagggacaaaac
acatactactaccttacagcaaacctacaatttcccagtgtgtatgccctgatacagcac
tatagagagaacccgctacgctgtcaagactttgagttgcggctcactgatggtgtaccg
catcctaacccacatctacagcaagggtggttctacccaaatttgagcagaggagaggct
gaagattatttgctgagaattcccagagatggagcattcctcatccggcagagagaggga
gaaccagactcttttgctatcacgttcagaggtgacagtaaggtaaaacactgtcggatc
cagaaggaaggcaatgtttacctgcttggtacaaccactgagtttgagagcctagtggag
atggtaaactactttaagaagaagccactataccgcaagaccaagctccgatacccagtg
acgcctgacctcgtggatcgcttcagcacagataaagacaccgcctcgctgtatgaaatg
aagacatatgtggaacccaatgaaattgagtcctcactgccaaagaatactgttagagct
ctgtatagctaccaggctacaaggcccgatgaactcaccttcagtaaaggtgctttgata
cataacgtttccaaggataatgatggatggtggaaaggagaccatggtggaaatgttcag
ctctttttcccatcaaattatgttgaagaagtgtccaacaacgccaaacttgattttgga
aaacaggatatagaagacaatcccttgggtgaactgtgtaagggtgtggtggatatctct
aagtgcaatatacagaacttaaaaaacggtaaaaatggaaagctgcatgttctgacactg
cagaacatggagcagaatggtctgcattttgatttggccgcggactccttggaggagctc
tttgaatggtacaaggtggcttggggcatcacgcagagagagatgagcaagcaattcagt
cgggaacaagagatcaggcaccaggaagaagtggagaagaaggcagaggttgctatggag
atgtcagacctggtagtctactgtcagccgcgcagcaaggacaaggaccgattcgactac
tacaactgtaaagaggtccgttcttttgtagagaataaggcaccaggaaaaggcctttct
atggatttcttgcagtacaatcataaggctctgagtcggatttacccaaaaggccagcgt
gtggaatcttccaactatgatccctaccctctatgggcagttggctgtcacatggtggct
cttaacttccagacggcagataaatacacccagctgaaccatacccttttcagcatgaat
ggatgtactggttacattctacagccagagctcctccgctctgatagatatgaccctcac
caggagaagaaagacgtcaagtacaaagtcattattagggtgattgctgccagacacctt
ccgaagcttggccgctcaatttccagtccttttgtggagattgaactatgtggtcacaca
gaagcgaagtcaaaaaccactgtctatcgggataacggtctgaatccagtgtggaaatct
acaacaccgcctgtgtgctttaaagtgtatgagcccgagctcaccttcctgcgctttgtg
gtcaatgaggaagacatgttttcagatcctaacttcctcgctcaggccacctttcctgtc
aaaggcatctgttcaggttatcggtctgtgcctctgaagaacggttacaatgaaaactta
gaattagcttctctgttggttgacataaaagtactacagcctgagaacacagaaaaagag
gtttattcctcctccagtcaacttaaggaaaagcaagcagagtttatcagtgaaagactc
ctgtacaatacacacacaaacattaagatctcctctggacctgaccatcctcccctatca
aatcagtttgtgagagaatgcagcacaagtgagcacagagcgaaacaaaagaagctaaaa
aacagtacattctattcctga
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