| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_3404 |
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| Symbol | |
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| ID | 7086018 |
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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 | Shewanella baltica OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | + |
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| Start bp | 4039083 |
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| End bp | 4041716 |
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| Gene Length | 2634 bp |
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| Protein Length | 877 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 643462290 |
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| Product | aminopeptidase N |
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| Protein accession | YP_002359311 |
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| Protein GI | 217974560 |
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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 | [TIGR02412] aminopeptidase N, Streptomyces lividans 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 | 34 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGAACTTGT TTAAAGCCAG TTTTGTTGCC CTTGCCTGCG GCGCATTGAT GTCGTGTGCC
ACCCAAAGCA CTCTTAATAC GGGCCCACGT GACGCCAGTG CTTACATTAG CCAGTATCAG
GCCGCGCTGC GCTCACAGAT CATTTCCGAT GTTCGCTATG AACTGGATTT TCAGCTCACA
GGGGAAGCCG AGTTTTCAGC CACCTCTAAA GTGACCTTTC AATTAAGTGA AATACCAAAA
CAACTGAGCT TAGATTTAAA CAAGGCACAG ATAAAACGCT TTATCATCAA CGGCACCGCC
GTATATCCAA ACTATAATGG CGCTTACATT AGCTTAAATA CGCGTCTGCT GACCTCGGGT
GAAAACACGG TTGAAGTGCA GTTTACCCGC CCTCACAGCA CCAACGGCGA AGGTTTGCAC
CGTTTTAAAG ATCCGGTCGA TGGCAAGGTC TACCTCTATT CGCATTTTGA ACCCGCCGCC
GCGCAGCAAA TGTTTGCCGT ATTCGACCAA CCGGATATCA AAGCCAACTA TCAGATTACG
GTCACAGCGC CCAAAGATTG GCAAGTGATT AGCACTATGC GTGAAAGCCA AATCACTCCA
ACAGGCGCAT ACAATCGTTG GACCTTCCCT GATACGCCAA AACTCAGTCC GTATAACTTT
TCTATGCATG CGGGCCCTTA CCACATGTGG CAGGACAACT CGGGCCGCTA TCCGATGCGC
CTGTTCGCCC GTGAATCTGT GGCTAACCAA GTCACACCGC AGGATTGGTT TAACTATACC
AAACAAGGGT TAACCTTCTT CGATAACTAC TTTGGTATTC CGTATCCCTT TAAGAAATAT
GATCAAATTC TGGTACCTGA TTTCCTCTAT GGCGCCATGG AAAACGCGGG GGCTGTGACC
TTTGCCGAAG ATCATTTCCT CTATAAAGCA GCCATGACGG CAGATCAAAA ACAAAGCCTA
GCCGGCGTGA TCATGCATGA AATGGCGCAT CAATGGTTTG GCGATCTCGT GACCATGAAA
TGGTGGAATG GCCTGTGGCT CAATGAAAGC TTTGCCTCCT TTATGGGCAC GCTTGCGACT
CAGGAGGCGA CCGAATTCAC CAATGCTTGG CGCACTTTTT ACGCCAAAGG CAAACAAAGA
GCTTATGAGC AGGACAGCTT AGTCACTACG CATCCAATTG AAGTGCCAGT GGCAACAACC
CAAAACGCCT TCGATAATAT CGATGCGATC ACTTATCAAA AAGGCGCATC GACACTGAAA
CAACTGCGCC ACTTGCTGGG CGACATGGTG TTTCGCCGTG GCGTCAGCAA TTATTTAAAA
CAATATAGTT ATCAAAATGC CGAATTAGAC GATTTTATCA ATAGCCTAGG CAAAGCCGCT
GGTCGTGATT TAAGCGCATG GACTCAAGAA TGGCTCTACA GCGCGGGCGT TAACGCCATC
AAGGCGGAAT ATCGCTGTGA AGCTAACCGC ATCAGTGACT TTAGTCTGCT ACAGCTCCCA
GCAAGCACTG AACTGCCAAC ATTACGCGAA CAAAAAGTCC AAGTAGCCCT CTTTACCCAA
GGTCGCTTCG ATTTACGCCA TGACGTTACT GTGCCTGTCA CGTACAAGGG TGAGCGTACC
GAAGTCAAAC AACTGATTGG TGAGCGCTGC CCTGACTTAG TCTATCCAAA CTTTGATGAT
TGGGGTTTTG TGAAAGTCGA GCTCGATGAC AAATCCTTTA ACACTGCAAA ACAGCAGTTG
AGTAATGTGT CAGATCCACT GCTGCGCTCT ATGCTGTGGC AAAGTCTGTG GGACAGCGTT
CGCGAAGGTA AATTGAGCTT AGATCAATAC CTAAGCACAG TGTTTGTTAA CGCGCCTGCT
GAGACGGACT ACACGATTGT CGGTCAGATC ATCGATAGCA TGTTGCGCTC GAAGCAGTAT
CTCGCACAAA TCGCACCTAT TCAGCAAAAC TACGCTGAGA ATGCAGTCAA AGGCTTAAGC
CAGATGAGCC TTAGAAAAGC GATGGAAAGT AAAGGCGATA ATGACTTCCA ACGTATTTGG
TTCGATGCAT ATGTCAGTTT AGCCAGCGAC AGGGATTCAC TGCGCCATCT AGCACAACTC
GTTGACGGCG AGACAAAAAT TAAGGGATTA ACTTTAGATC AAGATTTGCG CTGGGCGATC
ATCACCCAGC TCAATCGCTA TGATTTCCCT AACGCGCAGC AACGTTTAAC CAAAGAAGCG
GCCAAGGATA ATTCGGACTC AGGCGAAAAA GCTGCGCTTG CGGCGCAAGT GATCCGCCCT
GAAGCCGCGG CCAAACGTCG CTGGTTAAGC AAGGTTCATC AAGACAGCCT GCCTTTCTCC
AAGCAACGGA TCATTATGGA AAATCTTTAT CCTGCGGAGC AGAAACTATT GAGCGCGGCT
ACGGCGGAAG AACGTCTGGC GAGCTTGAGG GATATGGATA AAAAAGGCCC TGTGTTTATG
CGTAACTACG CTCACAACTT GATTCCTACT GATTGTAACT ACACTAGCAT AGCGGCATTG
GATAAAGTGC TTGATAGCCA AACTGGATTA TCGAATCTCA CCCGCCGCAA TCTATTAGAA
ACCCGTCAAA TTGAACAGCG CTGCGTGCTG ATCAAAAATA AAATGACCCA ATGA
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| Protein sequence | MNLFKASFVA LACGALMSCA TQSTLNTGPR DASAYISQYQ AALRSQIISD VRYELDFQLT
GEAEFSATSK VTFQLSEIPK QLSLDLNKAQ IKRFIINGTA VYPNYNGAYI SLNTRLLTSG
ENTVEVQFTR PHSTNGEGLH RFKDPVDGKV YLYSHFEPAA AQQMFAVFDQ PDIKANYQIT
VTAPKDWQVI STMRESQITP TGAYNRWTFP DTPKLSPYNF SMHAGPYHMW QDNSGRYPMR
LFARESVANQ VTPQDWFNYT KQGLTFFDNY FGIPYPFKKY DQILVPDFLY GAMENAGAVT
FAEDHFLYKA AMTADQKQSL AGVIMHEMAH QWFGDLVTMK WWNGLWLNES FASFMGTLAT
QEATEFTNAW RTFYAKGKQR AYEQDSLVTT HPIEVPVATT QNAFDNIDAI TYQKGASTLK
QLRHLLGDMV FRRGVSNYLK QYSYQNAELD DFINSLGKAA GRDLSAWTQE WLYSAGVNAI
KAEYRCEANR ISDFSLLQLP ASTELPTLRE QKVQVALFTQ GRFDLRHDVT VPVTYKGERT
EVKQLIGERC PDLVYPNFDD WGFVKVELDD KSFNTAKQQL SNVSDPLLRS MLWQSLWDSV
REGKLSLDQY LSTVFVNAPA ETDYTIVGQI IDSMLRSKQY LAQIAPIQQN YAENAVKGLS
QMSLRKAMES KGDNDFQRIW FDAYVSLASD RDSLRHLAQL VDGETKIKGL TLDQDLRWAI
ITQLNRYDFP NAQQRLTKEA AKDNSDSGEK AALAAQVIRP EAAAKRRWLS KVHQDSLPFS
KQRIIMENLY PAEQKLLSAA TAEERLASLR DMDKKGPVFM RNYAHNLIPT DCNYTSIAAL
DKVLDSQTGL SNLTRRNLLE TRQIEQRCVL IKNKMTQ
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