| Entry |
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| Name |
(GenBank) alkaline phosphatase
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| KO |
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| Organism |
aal Alteromonas australica H 17
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| Pathway |
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| Module |
| aal_M00126 | Tetrahydrofolate biosynthesis, GTP => THF |
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| Brite |
KEGG Orthology (KO) [BR:aal00001]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00730 Thiamine metabolism
EP13_11905
00790 Folate biosynthesis
EP13_11905
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
EP13_11905
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:aal04147]
EP13_11905
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:aal00537]
EP13_11905
Enzymes [BR:aal01000]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.1 alkaline phosphatase
EP13_11905
Exosome [BR:aal04147]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
EP13_11905
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:aal00537]
Enzymes
EP13_11905
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
2628802..2630799
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| AA seq |
665 aa
MNLFKLSIIAIAVAGLSGCFLEGDDGSDGVDGVNGVDGADGSDGADGSDGNDGADGSDGQ
DGSNGANSLTVQTSLEVGNENCPNSGVRFDSGLDTNGDGVLGDDEITDTNYVCAPGVSQV
ATGELLTSLNNDWFVSAQAEVENNKQVWMQATGTSTVSTTSVNNVSVQAVATDDVQALAE
SLRGTAKNVILFVGDGMGISTVTAARILEGQMNGLDGEEYQLSFDKFPFSGLSKTYNVDA
QTPDSAGTMTAMMSGIKTDVGVIGVDEDIERGECSTVSGNELVTALELAEIAGKSTGIVS
TARITHATPAATYAKSADRNWEDISDMPEDAVTAGCEDIADQLVNFESNLEASYTGLDID
GIEVVMGGGRRHFLPNDASANSPDAASSTEGDRTDGRNLVTEWQSMYTNGVYVYDQSGFD
GVDTETTERLFGLFNESHMQYEADRGNDIAGEPSIAEMTETAINILDNNDEGFFLMVESG
RIDHAHHAGNAYGALHDTMAFAEAVAKADELTDDSDTLIIVTADHGHVFTIAGYPKRGNP
ILGKVVNVGEEDAATASDGTPYTTLGYTNGLGYRNLGDETNSDASYLEAADTGRKDITDV
DTTTPGYHQEALIPLGSETHSGEDVGIYAKGPGAFLVNGTNEQSVIFHVMDFAADFVSDA
DSVVE |
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| NT seq |
1998 nt +upstreamnt +downstreamnt
atgaacctttttaaattaagtattattgcaattgctgtagctggcctatcaggatgtttt
ttggaaggcgacgatggctctgacggtgtcgatggtgtaaacggtgttgatggcgcagac
ggctcagatggcgcagacggctctgatggcaacgacggtgcagatggcagtgatgggcaa
gacggctcaaacggtgctaacagtttaacggtgcaaaccagtttagaggtgggcaacgaa
aactgccccaatagcggtgtacgttttgactcaggcttagacaccaatggcgatggagtt
ttaggtgatgatgaaattaccgatactaactacgtgtgcgcgccgggcgtgtcacaagtt
gccaccggcgagttactgacgagcctaaacaacgattggtttgttagtgcgcaggcagaa
gtagaaaataacaagcaggtatggatgcaagccactggcaccagtacggtgagtaccacc
agcgtgaacaatgtgagcgtacaggccgtggccactgacgacgttcaagcgcttgcggaa
agccttcgtggtaccgcgaagaacgtcattctctttgtgggtgacggcatgggtatttct
accgttaccgcagcgcgtattttagaaggtcagatgaacggcctagacggtgaagagtat
caattaagcttcgacaaattccccttttctggtttatctaaaacctacaacgtagatgcg
caaacgccggactctgcaggcaccatgactgcaatgatgagcggaattaaaaccgacgtg
ggcgttattggtgtagatgaagatattgagcgcggcgaatgttctactgtaagcggtaac
gagttagtcactgcgttagagttagcggaaattgcaggtaagtctacgggcattgtttct
accgcccgcattacccacgcaacaccagcagcaacctatgcaaaatcggctgacagaaac
tgggaagacatttctgatatgccagaagatgcggtaaccgccggctgtgaagacattgct
gatcaactggttaattttgaatctaatcttgaagcgagttataccggtttagatatagac
ggcattgaagttgtcatgggtggcggacgtcgccatttcttaccgaatgatgcgtcagca
aacagcccagatgctgcaagttctaccgaaggtgatagaaccgatggtcgtaaccttgtc
actgaatggcaaagcatgtacaccaatggtgtatacgtttatgaccaaagcggctttgac
ggggtagatactgaaaccactgaacgcttgtttggtttattcaacgagtcgcacatgcaa
tatgaagctgatcgcggtaacgacatcgcgggtgaaccttctattgcagaaatgaccgaa
accgccatcaacattctggataacaacgacgaagggttcttccttatggttgagtctggc
cgcatagaccacgctcaccatgcgggtaacgcctatggcgcattgcacgataccatggcg
tttgctgaagctgttgccaaagccgacgaacttactgacgattcagacaccttgattatc
gttacggctgaccacggtcacgtgttcaccatagccggctaccctaaacgtggtaacccc
atcttaggtaaagtggttaatgtaggtgaagaagatgctgcaacggcatcagacggtaca
ccttacactacgttaggttacaccaatggtttgggctacagaaacctcggcgacgaaacc
aactctgatgcgtcttatcttgaagccgctgatacgggccgaaaagacattacagatgtt
gatactacaacgccagggtatcaccaagaagcgcttattccgctaggttcagaaactcac
tctggtgaagatgtgggcatatatgcaaaaggacctggtgcatttttggttaacggtact
aacgaacaaagcgtcattttccatgttatggattttgcagcagacttcgtgagcgatgcc
gatagcgtagtggaataa |
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