| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_02005 |
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| Symbol | pepN |
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| ID | 6775845 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 2163823 |
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| End bp | 2166432 |
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| Gene Length | 2610 bp |
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| Protein Length | 869 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 642755442 |
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| Product | aminopeptidase N |
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| Protein accession | YP_002126303 |
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| Protein GI | 196156814 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.159633 |
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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 | ATGTCAGTTC AAGCTAAACG CCGGGCGGAT TATCAGCCGC CCGCTTTTTC AATAGCGACA
GTTGACCTAC ACATTACGCT TCACCCAACC GAAACTAAGG TTGTTAGTAC CCTTGCCATC
GCGCGTAACG GCGCGCACAA CGCTCCCTTA GTGCTAGATG GGGACGGACT AGAGCTTAAT
GCCATAGCCG TTAATGGCGA AGCTTTATCT GAAGAATTTT ACACCCTTGG TGACAATACG
CTAAGTATTA ACAGCGAACT CGATACGTTT GAGTTAGTCA TTACGACAAC TATTGCTCCT
GAGCACAATA AAGCACTCGA GGGCTTGTAC CTTTCAGGCG GCGCATATTG CACACAATGT
GAGGCTGAAG GCTTTCGTCG TATTACGTAT TTTATGGACC GCCCAGACGT CTTGTCAGTT
TATACGGTTA CTGTAGTAGC TGATAAATCT ATTCCTATGC TGCTAGCCAA CGGTAACCCA
GTTGACAAAG GAGATATTGG AGCGAGCAGC CACTTTGTTA AATGGCACGA CCCCCACCCA
AAACCTTGTT ACCTTTTTGC GCTTGTTGCC GGTGATTTTG ATTTACTTAC CGATAGTTAT
ACGACAAGCA GTGGTAAAGA AGTCGCCCTT GAGCTTTATG TTGATAAAGG TAAAAAGTCT
CAAGGAGTGT TCGCCTTAGA ATCATTGAAA CGGGCGATGA AGTGGGATGA AGACGTCTTT
GGCCTAGAAT ACGACCTTGA TATCTACATG ATAGTGGCCG TCGACTTCTT TAATATGGGG
GCAATGGAGA ACAAAGGGCT TAATGTTTTT AATAGCAAAT TTGTTCTGGC CGACCAAGAA
AGCGCGACAG ACGATGATTT TTTCAATGTA GAATCTGTGA TTGCACACGA ATACTTCCAT
AATTGGACAG GCAACCGCGT CACCTGCAGA GATTGGTTTC AGCTAAGTCT TAAAGAGGGG
CTAACGGTAT TTAGAGACCA GCAGTTCAGT GCTGATATGA CATCAGCGCT TAGTAATCGC
ATTAAACATG TGCGGGTCAT GCGAGAGCAC CAATTTGCTG AAGACGCCAG CGCAATGAGT
CATCCTATCC GCCCCGAAGA AGTGATTGAA ATGAATAACT TCTATACGGT TACGGTATAC
GATAAAGGCG CTGAGGTGAT CCGTATGTTC CATACGCTTT TAGGCCCAGA TGGCTTTAGG
CGTGGAATGG ATGAGTACTT TAAACGCCAT GATGGGCAAG CGGTAACATG TGACGACTTT
ATTTCAGCTA TGCAGTCTGC TACTGATTTA GATTTAACCC AGTTTGCACG TTGGTACAGT
CAGTCCGGAA CACCGGTTAT CTCTGTCGAG CATAAAATTC AAAACGATGA CAATGATGAC
GTTATCCATA CGTTTACCTT GTCACAACAT ACGCCCGCCA CGTCTGATCA AAGTGAAAAG
GAATCGCTGT ATATTCCGGT AAACATTGAA ATTATTGATG ATGAAGGAAA TACATACACT
GATAATGAGT CGATGATTCA AAATGGCATG GTAATTTTGA ATGCGCCCTC GATGAGTTTT
ACCGTAAATG CCGAAAATGC TTCATTAACG CCTGTGGTGT TGGGTAATTT TTCTGCGCCG
GCTAAAGTCG AAAACCCACT TGATACAGCA TCACTGCTCA CTATCTTTAA GTATGCCAAA
GACCCGTTTA ATCGTTGGGA TGCAATGCAG ACCCTATACG ACCGCTGTAT TAAACAGATT
GAAGATGCAC CAGGCTGTGC GATTAGCAAT GATATTTGGG AAGGCATCAA GCAAGCAATT
GCACAAGAGC AAAGTAATCT TGAGTTGTTA GGTGAGTGCT TAGTTACCCC GTCATTTGAA
ACCTTGTGTC AAAGCCGCAG TAACATTAAC GTTTCTGCAC TTTCGAAAGC GCGAAAAGCA
TTTTGTGATC AATTTGCACA AGCGCTTGAG CAAGAATTAT TGCAAGTATT TAACAACATA
GATGCAGCAT CATACAGTTA CACGCAAGAC GCAGTAAACC AACGTCGCTG CAAGAATGTG
GTGCTTGCAC ACTTAGCACG GTTACCTCAA CATGAAGGCG CTATTGTCGC GCAGTTTGAT
GCTGCAGATA ACATGACCGA TACACTAGGG GCTCTAAGAA GCGCTCAACA TTGTAATTCC
GCGACATTTG ATACCCTAAT GGCACGATTT GAAGCAACGT GGAATCACGA CCCACTGGTA
TTAGACAAGT GGTTTGCGCT TCACGCTACG CAAAATCGTG ACGATATTTT TGCCACTATT
ACCATGCTTT GTGAACACCC GCAGTTCGCA ATGAGTAACC CGAATCGCGT ACGTTCTGTT
ATTGGAAGTT TTGCTTTTTA TAACAGCGAA AGGTTCCATG CATTAGATGG CAGTGGGTAT
AAGTTTGTTA CCGACTATTT GCTTAAGCTC GATGCAGTTA ACCCGCAAGT AGCAGCGCGA
ATTGTAACAC CACTAACGCA GTGGCAAGGG TTTGCAAACG AACATCAAGT ATTGATGAAA
CAGCAGCTTG GGCGTTTATT AAATCATAAA GGCTTAAGTA AAGACGTGTT CGAAAAAGTA
AGTAAAAGCC TTGCTTATGA CAAGCATTAG
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| Protein sequence | MSVQAKRRAD YQPPAFSIAT VDLHITLHPT ETKVVSTLAI ARNGAHNAPL VLDGDGLELN
AIAVNGEALS EEFYTLGDNT LSINSELDTF ELVITTTIAP EHNKALEGLY LSGGAYCTQC
EAEGFRRITY FMDRPDVLSV YTVTVVADKS IPMLLANGNP VDKGDIGASS HFVKWHDPHP
KPCYLFALVA GDFDLLTDSY TTSSGKEVAL ELYVDKGKKS QGVFALESLK RAMKWDEDVF
GLEYDLDIYM IVAVDFFNMG AMENKGLNVF NSKFVLADQE SATDDDFFNV ESVIAHEYFH
NWTGNRVTCR DWFQLSLKEG LTVFRDQQFS ADMTSALSNR IKHVRVMREH QFAEDASAMS
HPIRPEEVIE MNNFYTVTVY DKGAEVIRMF HTLLGPDGFR RGMDEYFKRH DGQAVTCDDF
ISAMQSATDL DLTQFARWYS QSGTPVISVE HKIQNDDNDD VIHTFTLSQH TPATSDQSEK
ESLYIPVNIE IIDDEGNTYT DNESMIQNGM VILNAPSMSF TVNAENASLT PVVLGNFSAP
AKVENPLDTA SLLTIFKYAK DPFNRWDAMQ TLYDRCIKQI EDAPGCAISN DIWEGIKQAI
AQEQSNLELL GECLVTPSFE TLCQSRSNIN VSALSKARKA FCDQFAQALE QELLQVFNNI
DAASYSYTQD AVNQRRCKNV VLAHLARLPQ HEGAIVAQFD AADNMTDTLG ALRSAQHCNS
ATFDTLMARF EATWNHDPLV LDKWFALHAT QNRDDIFATI TMLCEHPQFA MSNPNRVRSV
IGSFAFYNSE RFHALDGSGY KFVTDYLLKL DAVNPQVAAR IVTPLTQWQG FANEHQVLMK
QQLGRLLNHK GLSKDVFEKV SKSLAYDKH
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