| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9515_10861 |
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| Symbol | pepN |
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| ID | 4719067 |
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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 | Prochlorococcus marinus str. MIT 9515 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008817 |
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| Strand | + |
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| Start bp | 957318 |
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| End bp | 959927 |
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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 | 26% |
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| IMG OID | 640080767 |
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| Product | aminopeptidase N |
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| Protein accession | YP_001011400 |
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| Protein GI | 123966319 |
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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 | 3 |
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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 | ATGGTTAACT TTACAGACAC ACGTACTAAT AAGGAATATA TAAAATTAAG TGACTATAAA
TCCTTTGATT ATGAAATACC TAATATTTTT TTGGATTTCA TAATTGAAGA CACAAGTGTA
ACTATTAAAA CTGAGCTAAA ATTAGTAAAA AAGAATATTA ATACTAATAC TCTTATTCTT
GATGGAATAG ATATATTTGT TGAAAAAATA TATTTAGATG AATCCTTATT AAAAGAAAAT
AATTATTCAA TCCAAAAAAA TAAATTATTA ATTAAATGCA TTTTTAATGA AACTTTTACC
ATCAAGATTG AGGGGAAAAT TAAACCAAAG GAGAATGTTT CACTTTTAGG AATGTATGAA
AGTAATGGAA TTATTACTAC GCAATGCGAA GCAGAAGGCT TTAGAAGAAT AAGTTACCAT
TCTGATAGAC CTGATATTTT GAGTAAATAT AAAGTAAGGA TTGAAGCAAA TAAAGAAGAT
TATCCAGTAT TACTTTCAAA TGGAAATCTA ATCAAAGCTA ATAATCTTGA AGATAAAAGA
CATGAGGTAA TATGGGAAGA CCCTTATCCA AAGCCCTCAT ATCTTTTTGC TTTAGTTGCA
GGAAAACTAA ATTGCATTAA AGATGAGTTT TATACTAAAT CTAATAAAAA AGTAGAAATA
AATATATACG TAGAAAAAGG TGATGAGAAA TACGTACAGC ATTCAATAAA TTCTTTGAAG
AAGTCTATGA AATGGGATGA AGAGAAATAC AATCTCGAAT ACGATTTATC ATTATTTAAT
ATTGTTGCAG TAAGGCATTT TAATATGGGC GCGATGGAAA ATAAAAGCCT CAATATATTT
AACTCGAAAT TAATACTTGC AAATGCGGAG ACTGCGACTG ATGAAGAGTT AGAGCGTATA
GAAGGTGTAA TCGCCCATGA GTACTTTCAT AACTGGACGG GTAATAGAAT TACTTGTAGA
GATTGGTTTC AATTATCATT AAAAGAGGGT TTAACAGTAT TTAGAGATCA GGAATTTACC
GCAGATCAAC ATAATCGTTC AATAAAAAGA ATTGAGGATG CAAAATACTT GAGGAAAGCA
CAATTCAGAG AAGACTCTGG CCCAACATCA CATGCAGTCA GGCCTGAAAC ATATTTAGAA
ATAGACAATT TCTATACAAC TACTATCTAT GAAAAAGGAG CCGAAATAAT AAGGATGCTA
AAAACATTAG TAAAAGATCA AAACTTTAAT AATGGTTTTA GCAATTTTAT TGCAACGTAT
GATGGGAAAG CAGCAACTAT TGATCAATTT GTTGAAAAGG TTTTAGAGAA TAATAAAGAA
ATAAATATTG AAAAATTTAA AACTTGGTAC AAACAAAATG GGACACCATT GGTTAAATTT
AATAGGAAAT GGGATAGAGA AAAAGAAATT CTCAAAATAA AAGTATCTCA AATTAATGCA
AACAAAAAAA ATTATTACAA TGAAAGACCT CTAATAATTC CAATTAATAT TGGAATACTT
TTAAGCAGTT ATGAAAAAAT AAATAAGACA ATTATCTTAA AAGAAAAAGA AGAAGAATTT
ATTTTTGAAA ATATAAAGAC AAGTTTTGAT TGTCCAATAA TTACATATTT TCGAAATTTC
TCTGCTCCAA TCAAATGGGA AACCGACACT ACATTTGCTG AAAAATTATT AATTATAGAA
TTTGAAAATG ATTATTTCAC CATATATGAC ACGATAAAGG GTGTATACAA AGAAATAATT
TGTAAAAGAA TAGATAAAAA ACCAGATACT AATATTGAAA ATAAACTAAT AACAATTTTA
AAATCAATAC TTAGGAATAA AAAAAATATA AATTCATCAT TCTTATCTGA AATACTCAGT
ATCCCAACCT TCTCAGAAAT AGAATCAGAA ATAAAAAGAA TTGATCCAAT AAAAATTTAC
AAAACTATTG ACGAATTAAA TTATTTATTT GGCAATAAAT TAAAAGTAGA ACTTTTGAAT
AAGCTTAAAG AGATTAATAA AAACATCTAT AAAGTTTGGC CAGAAGGTAA GGATGAGAGA
AAACTTATTG AAACCATATG GAAGTTACTA TTGCATAGTA AAGATGAAGG AATTAAAAGT
AAAATAGTTG GATACGTAGA TAGTAATTCA ATGACACTTT CAAAAGCTGT ATTGAATGTC
TTCACAAGAA TTAATTGCCC AGAAAGAGAA TTAATCTCAA AGATTTTTTT TGAAAAGTGG
AAAAAAAATC CAGTAGTTTT AGATAATTGG TTCTTTTTTA AAGCCTCCAT TGAGATAGAT
AACAATCAAA AAAGTATTGA AGATCTTTTT AAAAACAAAT ATTTTGATGT CAAATCACCT
AATACTTTAA GATCTATATT AATGGCTTAC GTAACAAGAA ATTCTTTATT CCACTCCATA
GATGGATCAG GATATAGTTA TATAGCAAAT AAAATTATAG AGTTTGATAA ATCAAATCCA
ATAGTAATTT CTCGTTTTTT AAAAATATTT AGTACCTACA AACAATATGA AGATCCTTAT
AAAAAAAATA TAATTAGAGT TCTAAATCAT ATACAAAAAA ATAAACTCTC ATCAAATACA
AGAGAAGTAA TAGATGCCAT TTTAAATTAA
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| Protein sequence | MVNFTDTRTN KEYIKLSDYK SFDYEIPNIF LDFIIEDTSV TIKTELKLVK KNINTNTLIL
DGIDIFVEKI YLDESLLKEN NYSIQKNKLL IKCIFNETFT IKIEGKIKPK ENVSLLGMYE
SNGIITTQCE AEGFRRISYH SDRPDILSKY KVRIEANKED YPVLLSNGNL IKANNLEDKR
HEVIWEDPYP KPSYLFALVA GKLNCIKDEF YTKSNKKVEI NIYVEKGDEK YVQHSINSLK
KSMKWDEEKY NLEYDLSLFN IVAVRHFNMG AMENKSLNIF NSKLILANAE TATDEELERI
EGVIAHEYFH NWTGNRITCR DWFQLSLKEG LTVFRDQEFT ADQHNRSIKR IEDAKYLRKA
QFREDSGPTS HAVRPETYLE IDNFYTTTIY EKGAEIIRML KTLVKDQNFN NGFSNFIATY
DGKAATIDQF VEKVLENNKE INIEKFKTWY KQNGTPLVKF NRKWDREKEI LKIKVSQINA
NKKNYYNERP LIIPINIGIL LSSYEKINKT IILKEKEEEF IFENIKTSFD CPIITYFRNF
SAPIKWETDT TFAEKLLIIE FENDYFTIYD TIKGVYKEII CKRIDKKPDT NIENKLITIL
KSILRNKKNI NSSFLSEILS IPTFSEIESE IKRIDPIKIY KTIDELNYLF GNKLKVELLN
KLKEINKNIY KVWPEGKDER KLIETIWKLL LHSKDEGIKS KIVGYVDSNS MTLSKAVLNV
FTRINCPERE LISKIFFEKW KKNPVVLDNW FFFKASIEID NNQKSIEDLF KNKYFDVKSP
NTLRSILMAY VTRNSLFHSI DGSGYSYIAN KIIEFDKSNP IVISRFLKIF STYKQYEDPY
KKNIIRVLNH IQKNKLSSNT REVIDAILN
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