| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_003433 |
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| Symbol | |
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| ID | 8557166 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Vibrio sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013456 |
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| Strand | + |
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| Start bp | 2013809 |
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| End bp | 2016415 |
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| Gene Length | 2607 bp |
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| Protein Length | 868 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 646406528 |
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| Product | membrane alanine aminopeptidase N |
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| Protein accession | YP_003286058 |
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| Protein GI | 262394204 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0308] Aminopeptidase N |
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| TIGRFAM ID | [TIGR02414] aminopeptidase N, Escherichia coli type |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTCCCAAG CTCCCCAGGC CAAATATCGT AAAGATTATC AAGAGCCATC TCACGCGATT
ACCGATATCG ATCTTACGTT TGATCTTTAT GACAATGACA CCATCGTTAC GGCGATATCA
AAGGTTGCTC AAAAAGGCGA TACAACAACG CTAGAACTCG ATGGCGAGGG GCTTGAGCTG
CGCGCTGTAA AAGTAAACGG TGAGGATTGG GCTCATCACG AAGTGAAAGA ATCATCGCTT
GTACTGACCG ATCTTCCATC CGAGTTTGAA CTTGAAATCG TCACCAAAAT TGATCCTGAA
GCGAATACAG CACTCGAAGG TTTGTACAAA TCAGGCGGCG CATTTTGTAC TCAGTGTGAG
GCCGAGGGCT TCCGTCGTAT TACTTATTAC TTAGATCGTC CTGATGTTCT GGCAAAATAC
ACGACAAAAG TGATCGCAGA TAAATCCGCT TATCCATATT TGCTGAGCAA TGGTAACCGA
ATTGCAGAAG GCGATGCAGA GAACGGTCGT CATTGGGTTC AATGGCAGGA CCCGCATCCA
AAGCCAGCTT ACTTGTTTGC TCTTGTCGCA GGGGACTTTG ACGTACTGCG TGACAAATAC
ATAACGATGT CAGGTCGCAG TGTTGATTTA GAAATCTTTG TTGATAAAGG TAACTTAGAT
CGTGCAGGCC ATGCGATGAC ATCGCTGATC AACTCGATGA AGTGGGATGA AGAACGCTTT
GGCCTTGAAT ACGATCTGGA TATTTACATG ATCGTTGCCG TTGATTTCTT CAATATGGGC
GCAATGGAAA ACAAAGGCCT AAACATCTTT AACTCAAAGT ATGTTTTGGC GAATGACCAA
ACGGCGACGG ATCGTGACTA CTTAGGTATC GAAGCTGTGA TCGGTCATGA GTACTTCCAC
AACTGGACTG GCAACCGTGT CACTTGTCGT GACTGGTTCC AACTAAGTCT AAAAGAAGGC
TTAACCGTAT TCCGTGACCA AGAATTCTCT TCTGACTTAG GCTCTCGTGC AGATAACCGC
ATCGATAACG TACGTATCAT CCGTGGCCCT CAGTTTGCAG AAGATGCAAG CCCAATGTCT
CACCCGATTC GTCCTGACAA AGTCATTGAG ATGAATAACT TCTACACGCT AACAGTGTAT
GAAAAGGGCA GCGAAGTTAT TCGCATGTAC CATACACTCC TTGGCGAAGA GGGCTTCCAA
AAAGGGATGA AACTTTACTT TGAACGTCAC GATGGTACTG CTGCCACATG TGAAGACTTT
GTTTCTGCAA TGGAAGATGC CACCGGTGTC GATTTAAAAC AATTCCGTCT ATGGTACAGC
CAGTCTGGTA CACCGACGCT GCGCGTAAAT AGCGAATACA ATGCCAATGC AAAAACTTAC
GCACTAACGG TAGAGCAATT TACGGCGCCA ACGCAAGACC AGGCTGAGAA GCAAGCGCTG
CACATTCCGT TTGATATCGA GCTGTACGAT TCGAAAGGTC ACGTTATCCC ATTACTGATT
AACGGTGAAT CTGTTCATAA CGTATTAGAT ATTAAACAAG ATAAGCAAAC GTTCGTATTC
GAGAATGTTG AAGAACAACC AGTGCCATCT TTGTTGCGTG AATTTTCGGC ACCAGTAAAA
CTAGAGTACG ACTACAGTGA TGATGAATTA GTCTTCTTGA TGAAACACGC GACGAATGAC
TTTGCTCGTT GGGATGCAAG CCAAATGCTA TTGGCTAAGT ACATTCGTCA GAACGTGAAA
AACGTTCAAG CCGGACAAGA CGTGTCGCTT TCTGAAGGCG TGATAGATGC GTTCCGTGGT
GTGCTATTGG ATGAGACGCT TGAGCCAGCT TTCATTGCTC AAGTTTTCTC TTTGCCTTCA
ATTAATGAGA TTACTGGCTG GTACCAGCAA ATTGACATCG ATGCCGTAGA CAAAGTTCTA
AACAGCATTA CAGTGTCACT TTCCCAAGAG TTAGAAGATG AGCTAAGTGC AACTTATCAT
ACACTGAAGC AAACAGAGTA CACGATCGAT CATGCTGCGA TTGGCAAGCG TGCATTACGT
AACCGTTGTC TGCAATACCT AGCACATACG GAAAAAGGTA ATGATTTAGT GAAAGCACAA
TACGCATCTG CAAATAACAT GACAGATACG ATTGCAGCGA TGAGTGCGGC AAATAGTGCT
CAGCTTGAGT GTCGTGAAGC TCTTATGGCA GACTATAGCG ATAAATGGAA GCACGATGGT
TTGGTTATGG ACAAGTGGTT TGCACTTCAA GGTAGCAATC CTGCAGAGGA TGCACTTGAA
AAAGTAAAAG CAACCATGAA CCACGAAGCA TTTAGTTTGA AGAACCCGAA CCGTACGCGC
AGTTTGATTG GCTCGTTCTT AAGTGCTAAC CCTGTACGTT TCCATGATAA ATCCGGTGCA
GGTTACCAAT TTGCAGGAGA AATCCTTCGC CAACTTAATG ATTCGAACCC ACAAGTCGCA
TCTAGAATGA TTGATCCTTT GCTTAAGTTC CGTAAATACG ATGAAGGTCG CCAAGCTTTG
ATCAAAGCAG AACTTGAAAA GCTCAAAGCA ATGGATAATC TTGCTAAAGA CTTATTCGAA
AAAGTGACTA AAGCACTAGA CGAATAG
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| Protein sequence | MSQAPQAKYR KDYQEPSHAI TDIDLTFDLY DNDTIVTAIS KVAQKGDTTT LELDGEGLEL
RAVKVNGEDW AHHEVKESSL VLTDLPSEFE LEIVTKIDPE ANTALEGLYK SGGAFCTQCE
AEGFRRITYY LDRPDVLAKY TTKVIADKSA YPYLLSNGNR IAEGDAENGR HWVQWQDPHP
KPAYLFALVA GDFDVLRDKY ITMSGRSVDL EIFVDKGNLD RAGHAMTSLI NSMKWDEERF
GLEYDLDIYM IVAVDFFNMG AMENKGLNIF NSKYVLANDQ TATDRDYLGI EAVIGHEYFH
NWTGNRVTCR DWFQLSLKEG LTVFRDQEFS SDLGSRADNR IDNVRIIRGP QFAEDASPMS
HPIRPDKVIE MNNFYTLTVY EKGSEVIRMY HTLLGEEGFQ KGMKLYFERH DGTAATCEDF
VSAMEDATGV DLKQFRLWYS QSGTPTLRVN SEYNANAKTY ALTVEQFTAP TQDQAEKQAL
HIPFDIELYD SKGHVIPLLI NGESVHNVLD IKQDKQTFVF ENVEEQPVPS LLREFSAPVK
LEYDYSDDEL VFLMKHATND FARWDASQML LAKYIRQNVK NVQAGQDVSL SEGVIDAFRG
VLLDETLEPA FIAQVFSLPS INEITGWYQQ IDIDAVDKVL NSITVSLSQE LEDELSATYH
TLKQTEYTID HAAIGKRALR NRCLQYLAHT EKGNDLVKAQ YASANNMTDT IAAMSAANSA
QLECREALMA DYSDKWKHDG LVMDKWFALQ GSNPAEDALE KVKATMNHEA FSLKNPNRTR
SLIGSFLSAN PVRFHDKSGA GYQFAGEILR QLNDSNPQVA SRMIDPLLKF RKYDEGRQAL
IKAELEKLKA MDNLAKDLFE KVTKALDE
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