Haliotis asinina (tropical abalone): 137265586
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Entry
137265586 CDS
T10448
Name
(RefSeq) phosphatidylinositide phosphatase SAC2-like isoform X1
KO
K21798
phosphatidylinositol 4-phosphatase [EC:3.1.3.-]
Organism
hasi Haliotis asinina (tropical abalone)
Pathway
hasi00562
Inositol phosphate metabolism
hasi01100
Metabolic pathways
hasi04070
Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:
hasi00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00562 Inositol phosphate metabolism
137265586
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
137265586
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GFIT
Motif
Pfam:
Syja_N
hSac2
DUF4726
SDH_beta
Motif
Other DBs
NCBI-GeneID:
137265586
NCBI-ProteinID:
XP_067657110
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Position
15:complement(43802330..44147420)
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AA seq
1200 aa
AA seq
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MELFQTENHYIIHNGDHSLWCDRSSGSLEAKSSHDLCSAWNPICIGRIYGVIGKLKIHPE
SEWKLLLIRQHTLVGTLAKEHNIYKINKIAVLSLSNSDPTDLDLELCKKHHFGIKKPERI
TQAGDDQTLSLQKTWNTIKSAAENVKIKKGGLQFVVKDVKDKEKFERRIIEELLKMYNDS
DFFYYSDTYDLTNSLQRQHQETYDKTAPLWRRVDDRFFWNKHMLQELMETEDLQADPWIL
PIIQGFVQMERCKMDFDENKKKMSSDSVTDFGNTKYIEPLGYDICIVSRRSRHRAGTRSR
RRGIDKTGACANYVETEQIIEFSPHLVSFVQVRGSIPVFWSQSGFKYRPPPRLDKGDEET
HGAFLTHFEEQLAVYSKLVIISLAELAGKETVIGDKYLSHILEYNSPDIAYVTFDFHEYC
RGMKFENVSILTDGIRDIIKDQRYCWVDNKGPICEQRGVFRINCVDCLDRTNVVQTAIAR
IVMETQFRKLGLLPPEEILPTSCRLTYQQLWANNGDVISRQYAGTAALKGDFTRTGERKL
TGLMKDGMNSANRYYLRFKDAHRQAAIDLTLGQPVSEEVLNLNTKSDAEEEEDTQELLEK
EENVKMLIEDTKKMLIIEPEQCLGGWSLINADPQEGDPDKQEMDIILLLTQRAVYIGWYD
DDEEQVTQYQRIFLEDLEKIEIGQEPSVFKSRFVCMRIHYRHFAEEGFFHTFRTPSTRLF
NNVVVPVKDKEEARESLKAVCQAFVAAQEILSLELEVSDKPKLERKKTRPHPEVQDIHKQ
QQENSLAGIRLPRDISSDVMTTSPHTDEVQSAKEDEEEVWTPLNSDTHPTQEKISPGQRI
KNMNFLPAALRGPFSKPSSSKNSNPIKISLPKMTLQSLNPVKMVKSGPAGKVAIKFSKML
DFMDKDHADGEVTIIDGDTESQPIPRVTDKGVRSGSLEAENDVVLDSCGILATSPSTILI
TSSSSGDKQHRQASSARPMSNIETSSSSQQNTDDAMFEAPQPMETDAGTVSAVETGVFHM
DLQHTTDTRQDTAATNDTNTDPCQEQEDMLSLPSDKHTNGLPQTSQVPTDHNDIAEGLHE
DYFTKIPPLLEEDLDQDELKTVLDRPKQLFHSNMKVSLSDSSLSLLEDKKSATGGDTSPF
AKLKQKVTNLTLPGSGGGGRSPPQPPRGMIRKSQRVLDNFEDLVKQKLGNAECKTRIIFI
NT seq
3603 nt
NT seq
+upstream
nt +downstream
nt
atggagttatttcaaactgaaaatcattacataatccacaatggagaccacagtctgtgg
tgtgacaggtcttcagggagcctggaggcgaaatcaagtcatgacctttgttctgcgtgg
aacccaatctgtattggacgtatatatggcgtcatcggcaagctcaagatacatccagag
tcggagtggaagctgttgttgatccgacagcacaccctagtggggaccttggccaaggaa
cacaacatatataagatcaacaagatcgcagtgctgtctctgtcaaactctgaccccacc
gaccttgaccttgagctctgtaagaaacatcattttggaatcaagaagccagagcgtatc
acacaggctggggatgaccagacactctcactacagaaaacatggaatacgatcaagtct
gctgcagaaaatgtcaaaataaaaaagggcggactacaatttgtagttaaggatgtcaaa
gacaaggagaagttcgagagaagaataatagaggaactcctgaagatgtacaacgactcc
gacttcttctactacagcgacacctacgacctcaccaactccttacagcgtcaacatcag
gaaacctatgataagacagcgcctctttggcggcgagttgatgatcgattcttttggaac
aagcatatgttacaggaactcatggagactgaggacttgcaggcggacccctggatcctg
cctatcatccagggttttgtccagatggagcgctgtaagatggacttcgacgagaacaag
aagaagatgtcctcagactctgtcactgactttggcaacaccaaatacatcgagccactc
ggctatgacatctgcattgtctcgcgccgcagcagacacagagcaggcacacggtcgagg
aggagaggaatagacaaaacaggtgcctgtgccaattatgttgaaacggaacaaataatt
gagttttcaccccacctggtgtcgtttgtacaagtgcggggatctatacctgtattctgg
tcacagtccgggttcaagtaccgtcctccaccaagacttgacaaaggtgatgaagaaact
catggcgccttcctcacccactttgaggagcagcttgctgtatacagcaagttagtcatc
atctcactggctgaactggctgggaaggaaacagtcattggtgacaaatacctgagtcac
atactggagtacaactccccagacatcgcatatgtcacctttgacttccatgaatactgt
cgtgggatgaagtttgagaatgtgtccatcttgactgatgggatccgtgacatcatcaag
gaccagagatactgctgggtggacaacaaaggccctatctgtgagcagcgaggggttttc
cgcatcaactgtgttgactgtctggacaggactaacgttgtacagacagccattgcaaga
atcgttatggaaacacagtttcgaaaacttggcctccttccaccagaggagattctgcca
acaagttgccgcctaacttaccaacaactatgggcaaacaatggagatgtaatcagtcgg
cagtatgccggcacagctgcactcaagggtgacttcacccgaactggtgagaggaagttg
acaggactgatgaaggatggtatgaattcagctaacaggtactacttgaggttcaaggat
gctcatcgacaggcagccattgatctgactttggggcagcccgtatcggaggaggtcctg
aatctcaacaccaagagtgatgcagaggaggaggaagacactcaggagctgctggagaag
gaggagaacgtcaagatgctgatcgaggacaccaagaagatgctgatcattgagccagag
cagtgtctgggaggttggagtctcatcaacgctgatcctcaggaaggagacccagataag
caagaaatggacatcatcctgctgctcacacagagggctgtctacatcggatggtatgat
gatgatgaagaacaggtcacacagtaccagaggatcttcctggaggatctggagaagata
gaaataggccaagagccatccgtgttcaaatctcgctttgtgtgcatgcgcatccactat
cggcacttcgctgaggagggcttcttccacaccttccgaaccccaagcacccgtctgttc
aacaacgtggtggttcctgtgaaggataaggaagaggctagagagtcactgaaagcagta
tgtcaggctttcgtggcagcccaggaaatcctctcgctggagctggaggtatctgacaag
ccaaaactggaaaggaagaagacccgtcctcaccccgaggttcaggacatccacaagcag
cagcaggagaactccctggctggaatccgactccctcgggacatctcgtctgatgtaatg
accaccagccctcacacagatgaagttcaatctgccaaggaggatgaggaagaagtttgg
acacccttgaactctgacactcatccaacccaagagaagatctcccctggacagaggatc
aagaacatgaacttccttcctgctgctctcaggggacctttctcgaaaccgtcctcatct
aaaaactctaatccaataaagatttccctacctaagatgactttacaaagtttgaatcca
gtaaagatggtcaaaagtggaccagctggaaaggttgctataaagttctccaaaatgttg
gatttcatggataaggatcatgctgatggtgaggtgacgattattgatggagacacagaa
tcacagccgatacctagagtgacagataagggagttaggtcaggttccttggaggctgag
aatgatgttgttttggatagctgtgggatcctagccaccagccccagcactatcttgatt
acatcttccagctcaggtgacaagcaacataggcaggcttccagtgcaaggccaatgtct
aacatagagacatcaagttcctctcagcaaaatacagatgatgcaatgtttgaagctcct
cagcccatggagactgatgcagggacggtgagtgctgtagagactggagtgtttcatatg
gacctccagcacaccacagacactcgacaagacactgcagctactaacgacacaaacaca
gatccttgccaggaacaggaggacatgttatctctaccttcagacaaacacaccaatgga
ctacctcagacgtcacaggtgcctactgatcacaacgacatagctgaaggactccatgag
gattactttaccaaaatacctcctcttttggaggaggatcttgaccaagatgaactgaaa
actgtcctggataggccgaaacagctcttccattctaacatgaaggtttctttgagtgac
tcatccctaagtctccttgaggacaagaagtctgctactggaggcgatacaagccctttt
gcgaagctgaaacaaaaggtgacgaatcttactctgccaggatctggaggtggaggacgg
agtccacctcagccaccccgagggatgatacggaagtcacagcgtgtgcttgacaacttt
gaggaccttgtgaagcagaaactaggcaatgcagaatgtaaaacaaggattattttcata
tga
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