Bactrocera dorsalis (oriental fruit fly): 105226411
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Entry
105226411 CDS
T09719
Name
(RefSeq) membrane-bound alkaline phosphatase
KO
K01077
alkaline phosphatase [EC:
3.1.3.1
]
Organism
bdr
Bactrocera dorsalis (oriental fruit fly)
Pathway
bdr00730
Thiamine metabolism
bdr00790
Folate biosynthesis
bdr01100
Metabolic pathways
bdr01240
Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:
bdr00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00730 Thiamine metabolism
105226411
00790 Folate biosynthesis
105226411
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
bdr04147
]
105226411
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
bdr00537
]
105226411
Enzymes [BR:
bdr01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.1 alkaline phosphatase
105226411
Exosome [BR:
bdr04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
105226411
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
bdr00537
]
Enzymes
105226411
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Alk_phosphatase
IF-2B
AAA_5
DUF4848
Motif
Other DBs
NCBI-GeneID:
105226411
NCBI-ProteinID:
XP_011203574
UniProt:
A0A6I9UYM7
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Position
2:complement(37398423..37400281)
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AA seq
524 aa
AA seq
DB search
MSRLILSGIVCCLVLRTAYAIPACAQDDEDCRESHMHPDLLSERDRLTSQSRIAGEETTE
YWLDQGKQFVKEKLHTPANQNIAKNIIMFLGDGMGITTHSAARTLLGGEEKSLYFETFPH
TGLSRTFNVDKIVPDSASTATAYLCGVKAIGGTIGVSGHVDRTDCVGSANVTYHVNSIAK
WAVDAGKSAGVVTTTRITHASPAGVYAHVAERDWENDSEVKGDCGTDTVVQDIAYQLIHG
EVGSKLSVILGGGKREFIDSKLYAAGKRSDGRNLIEEYKQQSSRNAYVETLDELNSLNVT
EVDRLLGLFQDNHLLYHLETNEQSNQPTLAELTRKSIEFLSRNDKGYFIFIEGGRIDHGH
HDTYARLALDETLEFAKAIQLARELTNETDTLIVVTADHSHAMTYSGYADRGNDIFGSTT
YTGKDGQPFMTLSYANGPSYETFFDVQQHARHDPTTLITGAIYDSFPSTIPLDSETHGGD
DVAVFASGPWAHLFSGVYNQNTIPHMMAYASCVGSGLKACSTAN
NT seq
1575 nt
NT seq
+upstream
nt +downstream
nt
atgtcgcgactaatactcagcggaattgtatgttgtctagtgttgcggactgcatatgca
attccagcttgcgcgcaggacgatgaggattgtcgggagagtcacatgcatcccgatttg
ctcagcgaacgcgacagactcacatctcaaagtaggattgcaggcgaagaaaccacagag
tattggttggatcaaggcaagcagtttgtgaaggaaaagctgcacacgcctgccaaccaa
aatatcgccaaaaatataattatgttcctgggcgatggcatgggcatcaccacacactct
gctgcgcgcactctactaggcggtgaagaaaagtcgctctactttgaaacgtttccgcat
actgggctgtcacgcacctttaatgtggataaaattgtgcccgactcggcgtccacggcc
accgcatatctgtgcggcgtcaaagcaatcggtggcaccatcggcgttagtgggcatgtg
gaccgtaccgattgtgttgggtcggcaaatgtcacataccatgtgaactcgattgccaag
tgggcggtggatgctggcaaatcagcaggtgtggtgaccaccaccaggataacacacgcc
tcaccggctggcgtctatgcgcatgttgccgagcgcgattgggagaatgacagtgaggtg
aaaggtgattgtggtaccgacaccgtggtgcaggacatcgcataccaactgatacatggt
gaggtgggtagcaaactatccgttatattgggtggtggcaaacgtgagttcatagactcc
aaattgtatgcggccggtaaacgcagcgatggacgtaatttgattgaggagtataagcag
caaagcagtcgaaatgcttatgtcgagacgcttgatgaattgaatagcttgaatgtaact
gaagtggatcgccttttagggctcttccaagacaaccacttactttatcatttggagacg
aatgagcaaagtaatcaacccacattggcagagctgacccggaaatctatagagtttcta
agtcgcaacgataagggctacttcattttcattgagggtggacgcatcgatcatggtcat
catgacacttacgcacgcctggctttggatgagacgctagagttcgccaaggccatacaa
ctagcgcgtgagttgaccaacgaaacggacactttgattgtggtcaccgccgatcactcg
cacgccatgacttattcgggttatgcggatcgaggcaatgatatttttggcagcacaact
tatacgggcaaagatggccagccattcatgaccttgagttacgcaaacggtccgagttat
gaaacattttttgatgtccagcagcacgcacgccacgatcctaccactctgataacgggt
gcaatatacgactcatttccttccacaattccattggattccgagacacacggcggtgac
gatgtggctgtgttcgcttcgggtccgtgggctcatctgttttctggtgtttataatcaa
aacaccattccccatatgatggcttatgcttcatgtgtgggtagtggcttaaaggcgtgt
tctacggcgaactaa
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