| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | A9601_10901 |
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| Symbol | pepN |
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| ID | 4717801 |
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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. AS9601 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008816 |
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| Strand | + |
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| Start bp | 931412 |
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| End bp | 934018 |
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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 | 28% |
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| IMG OID | 640078805 |
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| Product | aminopeptidase N |
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| Protein accession | YP_001009481 |
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| Protein GI | 123968623 |
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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 | 0.479503 |
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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 | ATGAACAATC CAAAAAACCA AAATAATATT TCAAGATATG TGAAACTTGA AGATTACAAA
TTTTTTGATT ATGAAATTCC AGAAATATTT TTGGACTTCA TAATTAAGAA AAATGCTGTA
AATGTTACGA CCAAACTAAA ATTGGTAAAA AAAAATAAGA ATACCAACAA TCTAATTCTT
GATGGTACGG ATATATTAAT AAAAAAAATA TTTATAGATG ACTCACTACT GGGAAAGGAA
TACTACAAAC AGCAAAAAAA TAACTTAAAA ATTGAAAATA TAAACAAAGA TAATTTTTTA
TTAAAAATAG AAGGCATAAT TAAACCGAAG GAAAATACAT CCCTTTTAGG AATGTATGAG
AGCAATGGAA TTATAACTAC GCAATGTGAG GCGGAGGGAT TTAGAAGAAT AAGTTTTCAC
TCTGATAGGC CTGATATACT AAGCAAATAC ACCGTGAGAA TTGAGGCAGA CAAGAATGAT
TATCCTGTTT TACTTTCAAA TGGTAACGTC GTAAAAGAAA ATAATCTTGC AAATAATCGA
CATGAAATAA TTTGGGAAGA CCCATATCCG AAACCCTCAT ATCTATTTGC ATTGGTAGCA
GGGAAACTTA ATTGTGTAAA AGACAATTTC ATAACAAAAT CGAATAAAAA AGTAAAAATA
AATATTTATG TTGAGTATGG CGATGAAAAA TATGTTCAAC ATGCAATAAG TTCATTACAG
AAATCTATGA AGTGGGACGA GGATAAATAT AACCTTGAAT ACGATTTGTC ATTGTTCAAT
ATTGTTGCAG TCAGGCACTT TAATATGGGA GCAATGGAAA ATAAAAGTCT CAATATTTTC
AACTCAAAAC TCATACTCGC TAATTCTGAA ACAACAACTG ATGAAGAATT AGAAAGAATA
GAAGGTGTGA TCGCCCATGA ATACTTCCAT AATTGGACGG GGAATAGAGT AACTTGTAGG
GATTGGTTTC AACTATCTTT AAAAGAGGGC TTAACAGTAT TCAGAGATCA ACAATTCACT
GCAGACGTTC ATAATCGTGA AATCAAGAGA CTTGATGATG CGAAATTTCT CAGAAGAAAT
CAATTTAGAG AGGATTCTGG TCCAACATCA CATCCTGTAA TGCCAGAGAG ATACCAAGAA
ATAGACAATT TCTATACGAC CACTATTTAC GAGAAAGGAG CAGAAATAAT TAGAATGCTT
AATAAGCTTG TAAAAGATGA AAATTTCTAT AGAGGATTTA GTAATTACAT CTCAACATAT
GATGGAAAGG CAGCAACAAT AGACCAATTT GTCTATAAAA TTTTAGAGCA CAATAAGGAA
ATCGATCCTG AAAAGTTTAA AATCTGGTAC AAGCAAAATG GGACTCCAAA AATTAAATTC
AAGAGAATCT GGGATCAAAC AGGCGAAAAA CTTACAATTG AAGCTTCACA AAGTAATCCA
ATAAAGAAGA ACCCATATAA TGATTTACCT CTAATAATTC CTATAAATCT GGCTATATTT
TGCGGTGATA ACAAATCGAT AGAAAAAACA GTTGTTTTAA AAACAAAAAA ACAAGAATTC
ATTTTTAGGA ATGTAAGATC TCACTTCCAA ATTCCTTTAG TGACTTATTT TCGCGAATTC
TCTTCACCTG TTGAGTGGGA ATCAGACACT ACCTTGGATG AAAAGTTTTT AATCTTAAAA
TATGAAAAAG ATTTTTTTAC ACTATCTAAT ACTGTAAAAG TATTTTATAA AAAAATTATT
TTATGCAGAT TAGGTGAAAA ACCAGATCAT AAAATTGAAA ATAAATTAAT AAGCACCTTA
ATATCATTTA TAAAAAATAA AGATATTAAT TTATCTCTTT TATCAGAATT ACTAAGTATT
CCGACATTTG CTGAAATTGA ATCGGAGATA GAAAATATAG ACCCTTTAAA GATATATAAA
ACTATTGACG AATTAAATCA TTTATTCGGT ACCAAATTAA AAAAAGAATT ACATTTTAAG
CTCCAAGAAA TAGAGAAAAA TCTAGATAAA GTTTGGCCAG AAGGTAAAAA TGAAAGAAAA
CTAATCGAAA CTATTTGGAA ACTACTCTTA AGCAGTGATG ATAGGGAAAT TAAAGACAGA
ATAATTAATT ATGTCGATAG TAATTCTATG ACGCTAGCAA AAGCTGCAAT GAATTCATTC
AGTAGAATTA ATTGTCCTGA AAGAAAAATT ATTTCAAATA TATTCTTCAA TAAATGGAAA
AATAATAGTG TCGTATTGGA TAGTTGGTTC TCATTTAATG CATCTATAGA AATTGATGAA
AAAACAAGCA GCATTGAAAG ATTATTTGAA AATAATTTTT TTGATTCAAA ATCACCAAAC
ACATTAAGAG CTATATTAAA TACATTCGTA ACAAGAAATA GTACTTTTCA TGCAATTAAT
GGTTCTGGTT ATAAATATAT TGCAAAAAAG ATAATTGAAT TCGATAAATT AAACCCAATA
GTAATTTCCC GTTTTGTAAA AATATTTAGT AGATATAATT ATTATTCAGA ACCTTACAAA
AGTAATATGA TTAAAACAAT AAAGCAGATT AAAAAAAATA AACTATCAAA AAATACTAAA
GAAGTTTTAG ATGCAATAAT AGAGTGA
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| Protein sequence | MNNPKNQNNI SRYVKLEDYK FFDYEIPEIF LDFIIKKNAV NVTTKLKLVK KNKNTNNLIL
DGTDILIKKI FIDDSLLGKE YYKQQKNNLK IENINKDNFL LKIEGIIKPK ENTSLLGMYE
SNGIITTQCE AEGFRRISFH SDRPDILSKY TVRIEADKND YPVLLSNGNV VKENNLANNR
HEIIWEDPYP KPSYLFALVA GKLNCVKDNF ITKSNKKVKI NIYVEYGDEK YVQHAISSLQ
KSMKWDEDKY NLEYDLSLFN IVAVRHFNMG AMENKSLNIF NSKLILANSE TTTDEELERI
EGVIAHEYFH NWTGNRVTCR DWFQLSLKEG LTVFRDQQFT ADVHNREIKR LDDAKFLRRN
QFREDSGPTS HPVMPERYQE IDNFYTTTIY EKGAEIIRML NKLVKDENFY RGFSNYISTY
DGKAATIDQF VYKILEHNKE IDPEKFKIWY KQNGTPKIKF KRIWDQTGEK LTIEASQSNP
IKKNPYNDLP LIIPINLAIF CGDNKSIEKT VVLKTKKQEF IFRNVRSHFQ IPLVTYFREF
SSPVEWESDT TLDEKFLILK YEKDFFTLSN TVKVFYKKII LCRLGEKPDH KIENKLISTL
ISFIKNKDIN LSLLSELLSI PTFAEIESEI ENIDPLKIYK TIDELNHLFG TKLKKELHFK
LQEIEKNLDK VWPEGKNERK LIETIWKLLL SSDDREIKDR IINYVDSNSM TLAKAAMNSF
SRINCPERKI ISNIFFNKWK NNSVVLDSWF SFNASIEIDE KTSSIERLFE NNFFDSKSPN
TLRAILNTFV TRNSTFHAIN GSGYKYIAKK IIEFDKLNPI VISRFVKIFS RYNYYSEPYK
SNMIKTIKQI KKNKLSKNTK EVLDAIIE
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