| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_1442 |
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| Symbol | pepN |
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| ID | 4186239 |
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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 | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | - |
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| Start bp | 1668101 |
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| End bp | 1671340 |
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| Gene Length | 3240 bp |
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| Protein Length | 1079 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 638071435 |
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| Product | aminopeptidase N |
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| Protein accession | YP_678053 |
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| Protein GI | 110637846 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.956828 |
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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 | 12 |
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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 | TTGTCGAAAT TAATTATGAG ATATACGTTT CTTGCCCTGT TGCTTCTGGC TTATTTCGTT
TCTTTTTCAC AGGCCAGTCC TTTTCCAGCC AATACATTCC GTTCAAAGGC AAATAAAAAC
TATTGGAAAA ACAAAGCACC AAGAGCTGAC TACTGGCAGC AGGATGTGCA TTATACCATT
GATGCAACAC TGGATGATTC TCTGAATACC ATAACAGGGA ATTCTTACCG GCTTGTATAC
TGGAATAACT CTCCGGATGA ACTGAAGGAA TTATATTTCC ATCTTTTTCA GAATATGGCT
CAACCCGGTT CGTATTATGA AAATTTAAAT CAGAATAATA AAATTCCGAT CAAGTACGGC
AAATACGAGC AGGAAGGATT GGGTACAACT ACTGAGAACA TTCAGGTAGA CGGGCAAGCA
GTAAAACTTG AATTAGACAA TACGATACTG AAAATATTTC TGAATAAGCC GCTGCGAAGC
GGTGATTCAG TGGTCGTAAC CATGACGTTC AAAACGTATT ACGACAATGG CAGCATGCGC
CGCCGCATGA AATTCTATGA AACATTTAAC ACCAAACATT TTGACGGCGT GTTCTGGTAC
CCCTCTGTAT GTGTATATGA TTCTAAATTC GGATGGACAA CAGATCAGGA TCTGGACAAA
GAATTTTATC ACGACTTCGG TACGTTTGAT GTTGCATTAA CGTTTCCGCA GGAATATGTA
CTTGACGCCA CAGGAGTATT GCTAAATGAA AAAGAAGTAC TACCCGATTC GTTACGTGCA
AAACTCGACA TTAAAAACTT TGCAAAGAAA CCATTCAATG AAGCTCCATC CATCATTATT
CCCAAAGTTG CCGGTAAAAC AAAGACCTGG TACTTCCACG CGGAAAATGT ACACAACTTT
GCCTTCACAG CTGATCCGTT ATACCGCATT GGTGAAACAT CATGGAACGG TGTACGTGTA
ATAACACTGG CACAGGAACC GCATGCTTCT AAATGGCAGC AGTCTGGCTG GTATACCGCA
CAGATCATTA AAACATACTC CAATGATTTC GGCATGTATG ACTGGCCTAA GATTATTGTT
GCGGATGCAA AAGACGGGAT GGAATATCCA ATGCTTACCT TAGATAATGG TACGTATCCG
CAGCACCAGT ATTTGTTGTC GCATGAAGTC GGACACATGT GGTTTTATGG CATGGTTGGT
TCAAACGAAA CATACCGTGC CTTTATGGAC GAAGGCTTCA CGCAGTTTTT AACAGTATGG
TCAATGGATA AAATCCTGGG AGCAAAACGT GACCGCATCC ACCCTAATAA GCGTGTCGAC
AAATACATTG ATTCGGCTGA TAACAGGTAT GAAAATTTAT ATTATCCGTA CCTTAACCAT
GTTACAGAAA ATTTTGATGA ACCGATCAAC ACACATTCGT GTGCGTTTAA CGGAGCAGTA
AGGCATAGCG GTAATTATGG TTTGGTTTAT TACAAAGCCG GAACTATGTT ATACAATTTA
AAGTATGTAC TGGGCGATTC GCTTTTTATA GGAGCAATGA AACACTATGT GCAGAAATGG
AAATTCGCGC ACCCCTACCC CGAAGATTTC AGAGATGCGA TTATTGAATA TACACACGTT
GATCTGAACT GGTTCTTTGA TCAATGGCTT GAAACAACCA AGTACATTGA CTATAATGTT
AAATCGGTAA AGCATGTATC CGAAGCTGAC AATCAGCATA CGTATGCGCT TACGTTTGAA
CGGTTGGGCC GCATGAATAT GCCGCTAAAA TTTGTTGTTA TATGTAAAGA TAGTACAAAG
CAACATTATT TAATACCGAA CACCTGGTTT GTTCCCCCAA CAAAAGACAG TGTATTAAAA
AAATGGTATG GATGGGATCT GCTTCAGCCT ACGTATACAA CAGAAATTAA AACGTCTTCT
GAAATCAAGT CTGTGATTAT TGATCCGGAA ATGCTGCTTG CGGACATCAA TAATTCAAAC
AATGAATGGG GAAAAAAAAC AAACCGTACC TGGCAATTTG ACCACCGTGT TCCGACTGCT
AAAAACTGGA AGTACCGGAG AAATTATGTT CGTCCGGATG TTTGGTACAA TGGGTTTGAT
GGTGTTCAGC TTGGCGCACA TGCTGAAGGT AAATATTTCA ACCGGTATAA TTACCACATC
AGTGTTTGGG GCAATACCAC GCTTGGTCAG TATATACGGC AGCCAACAGA TCTCAAACCT
CAGTACATTG CTTTTAATGC AATGTATAAC CGTCAGTTAA GTTTGCTTTC AAAAGAACTA
TCCGCTAATA CACAATTGGC TTTCAATGCC GGTATATGGA AAGGTATAGT TGGTTTTGAA
AAAATATTCC GCACACAGGA TCAACGGAAC ACGAGATATA CCAGGCTTTC TGTATATGCA
AAATACCTGG TAAACGAATA TAATTATCAG CCTTATTTAT TATATCCTTC TGAATGGGGT
GTGCGGAATC AATCGACACA ATGGATTAAT GCGTCATTGA ATATTTCATT GTTACGCAAT
TACACGTATA CAAAAGGCAG CGGAACGGTA AGTATTGGCT TACGTGTACC ATTCATCGCA
AGTGATTACA ACTATTCACA GATTACCGGT GAAGCGAAAA ATACGTATGC GCTGAAAAAG
CTGGATCTAA AAACGCGCAT CTTTGCTCAG CTAGGGCTGA ATGATGTACC GCTTGAAAGT
TCGTTGTATG CAGCGGGTGC AAACCAGGAG CAACTGATCG ATAATAAATA CACGCGCGCG
ATTGGTTTTG TGCCGTACGA CTGGTTGAAT TATCAGAACG CAACCAACCA TTTTCAATAT
GGCGGCGGCT TAAATCTGAG AGGTTATGCA GGCAGTTATT GCGCAGAAAA AATAAGCACA
CCTACCGGCG ATAGTATTGT GTATGCATAC AATGGTCAAT CAGGCGGCGC CGTTAATCTC
GAACTGGATT TTGATAAGTA CATAAAAGTA AAAGCGAAAG GAATTACTAA GAACATCCAT
CTTGACATGT ATGGTTTCTT TGATGCAGGT ATCTTAAATT ATAATGTCGC AACAAAAAAA
TACTGGAGCA GCGTACGTAT GGATGCCGGC TTGGGAACAG CCATGACAAT AAAATTCACT
CCATACGACA TTACTCCGCT TACCATCCGG GCAGATTTCC CCTTGTGGAT CAACACACCT
GTTGACGGCA CAAATTATGC TGACTTCAGA TGGGTGTTGT CGGTGAACAG AGCTTTTTAA
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| Protein sequence | MSKLIMRYTF LALLLLAYFV SFSQASPFPA NTFRSKANKN YWKNKAPRAD YWQQDVHYTI
DATLDDSLNT ITGNSYRLVY WNNSPDELKE LYFHLFQNMA QPGSYYENLN QNNKIPIKYG
KYEQEGLGTT TENIQVDGQA VKLELDNTIL KIFLNKPLRS GDSVVVTMTF KTYYDNGSMR
RRMKFYETFN TKHFDGVFWY PSVCVYDSKF GWTTDQDLDK EFYHDFGTFD VALTFPQEYV
LDATGVLLNE KEVLPDSLRA KLDIKNFAKK PFNEAPSIII PKVAGKTKTW YFHAENVHNF
AFTADPLYRI GETSWNGVRV ITLAQEPHAS KWQQSGWYTA QIIKTYSNDF GMYDWPKIIV
ADAKDGMEYP MLTLDNGTYP QHQYLLSHEV GHMWFYGMVG SNETYRAFMD EGFTQFLTVW
SMDKILGAKR DRIHPNKRVD KYIDSADNRY ENLYYPYLNH VTENFDEPIN THSCAFNGAV
RHSGNYGLVY YKAGTMLYNL KYVLGDSLFI GAMKHYVQKW KFAHPYPEDF RDAIIEYTHV
DLNWFFDQWL ETTKYIDYNV KSVKHVSEAD NQHTYALTFE RLGRMNMPLK FVVICKDSTK
QHYLIPNTWF VPPTKDSVLK KWYGWDLLQP TYTTEIKTSS EIKSVIIDPE MLLADINNSN
NEWGKKTNRT WQFDHRVPTA KNWKYRRNYV RPDVWYNGFD GVQLGAHAEG KYFNRYNYHI
SVWGNTTLGQ YIRQPTDLKP QYIAFNAMYN RQLSLLSKEL SANTQLAFNA GIWKGIVGFE
KIFRTQDQRN TRYTRLSVYA KYLVNEYNYQ PYLLYPSEWG VRNQSTQWIN ASLNISLLRN
YTYTKGSGTV SIGLRVPFIA SDYNYSQITG EAKNTYALKK LDLKTRIFAQ LGLNDVPLES
SLYAAGANQE QLIDNKYTRA IGFVPYDWLN YQNATNHFQY GGGLNLRGYA GSYCAEKIST
PTGDSIVYAY NGQSGGAVNL ELDFDKYIKV KAKGITKNIH LDMYGFFDAG ILNYNVATKK
YWSSVRMDAG LGTAMTIKFT PYDITPLTIR ADFPLWINTP VDGTNYADFR WVLSVNRAF
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