| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_2112 |
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| Symbol | |
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| ID | 6315814 |
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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 | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | - |
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| Start bp | 2230488 |
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| End bp | 2234231 |
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| Gene Length | 3744 bp |
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| Protein Length | 1247 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642644500 |
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| Product | peptidase M28 |
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| Protein accession | YP_001918267 |
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| Protein GI | 188586722 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2234] Predicted aminopeptidases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.0150866 |
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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 | 54 |
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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 | ATGAATTATG GGAAGATTAC TGCTATTATA GGTCTTGCTT GTATAATTCT ATTATCAAGT
CCTGCTGTGG CCATTGAAGA CAGTAACGAG TATGGAGAAA GAGCTTACGA ACATATCCTT
GAACTATCTG AAGAAATTGG GCAAAGACCA GCAGGAAGTG ATGAAGAACT GGAAGCAGCG
GAATATGTCA AGGAAGAATT TGAAGAGTAT GGTTATAGTA CGGAATTTCA AGAATTTACA
TTTTATTATG AAGAAACAGA AGAAAATATT GATTCAAAAA ACGTTATTGC AACACGGGAA
GGATCCACTG ATAAACAAGT TGTAATGGGT GCTCATATTG ACACTGTGGA TTACTCGGAA
ACTTTAGGTG CTGACGACAA TGCTTCTGGT GTAGGCATTA TGTTAGAAGT TGCCGAAAGA
TTTGCTGATA TTGATACTGA ACATACCCTA GTCTTTATAG CTTTTGGAGC AGAAGAAGTT
GGCTTACAGG GCTCCAATTA TTATGTAAAT CAAATGACTG ATGAGGAAAT TGAAAATACC
AAAGCTATGA TTAATCTTGA CAGCTTAATA GCAGGAGACA AAATGTATGT TTACGACGCG
ATGTCAGATA CTGAAATGGA TGGCGATTTG GTTCAAGACA ATTGGATTTT AGATGATATC
CTTAAACTGG CTGATAACTT AGACCTTGAT CTAAACACAA GTCCAGGAGA GCACGAACAT
TATCCTAGAG GCACAACTGG ACCTTGGTCA GACCATGCGT CCTTTGCTTA TGAAGATATA
CCATTTTTGA ATTTTGAAGC TACAAACTGG GAAATTGGAG ATGGTGATGG ATATACTCAA
ACGGAAAAAC ATGGAGCTAT ATGGCATACC GATGAAGATC GCCTGGAGGT ATTAGAAGAA
GATTTCCCTG GAAGAGTTGA AGAGAGGTTA GAAACTTTTG GTGAAATAGT ATTCCAAACT
TTAAATAAAT TAACAGCCCC AGAACCCGAA GACACTTTAG AAGCCTCAAT GACGGAAGCT
CGAGAATTTG AACTTAACTT TGAATTCGAA GAAGAGGTAG ATAGAGATAA TTTAAAGTGG
ACTCTAGGAG CAACGATCTT TAATGAATGG AAGGCATTTG ATGAGGAAAC GGAAGAGTAT
GATGGCGATC CTTTTATAAG ATTTGCCGAA GGACCATATA TTCATGATAA TGAAGTGACT
GCAACTATAG CTGTAGATAA ACCCTATGGC ACAGATGACT TGGCACCAAG AGTAATAAGA
CATAGAATCC AAGAACTAAA GGGTTATCAC GATTTAATGA TAACTGATAA AGAGTCAGGA
GAAAGAGTTA ATTATGAATT GAAATTATAT CCCTATGATT CTTATCATAC CTGGGATGAA
ATCACTCCAG CAATTGAGGA AATTTTAGAT GAGGCAAAAG ACGACAGGTA TTATGATTAT
GAGATGGTTG GTGAATCAGT GCAAGGTCAT GATATCCCCT TAATAGTAGT CTCAGACTCA
CAGGATTCTG TTGATAAATA CGAAGAAGAA ATTTTGCCTT TGATGGAAGA GGATCCCGGA
AAATTACAGG ACAAGATTGA GGATGGTGAG ATAGAAGATT ACAGATACCC GATTTATATA
ACAAACATTC ACCCTGATGA AACTCCGGGA ATAGATGCTC AAATAGAAAT TTTAGAAGCA
TTGTTACAAG ATGATGAATT AGAATTTAAT ACAACTGATT GGGTAGCTGA CATGGATGCG
GATGAAGCAG AAGAATGGAC TGAAACTATT GATGTGGATG ACTTACTTGA AGAACTAATC
ATAATAGTAC ATCCTACTAT CAACCCAGAT GGTAGAGAAG TTATGACTAG AGAAAACATT
CATGGTTTCG ACTTGAATAG AGATAATGCA TTCCAAACAC AACAAGAGCA TAAGGAACAA
AAAGACCTAA TTAGTTATTG GAAACCCGCT GTATTTTTAG ATCTTCATGG CTTTGTACGG
GGAGCCTTTG GCGGTGGATT AATTGAACCT TGTACACCAC CTCATGATTT TAATTACGAG
TACGATCTAT ATATGAATTA TGCTCTAGAT CATGCCCAAG CCATGAGAAA TGCAGCATTC
ACCAGTACAG ATAACGAGGA TTATAAGGGT CCCGATAACC GTGCCTCTAT TCCAAGAACA
GATTATGGAA CAGGATGGGA CGATGGTACT GCTGCCTATA CTCCAATGCA TGCTATGCAT
TTTGGTGCTT TAGGTCATAC TATAGAAATG CCTGGATTAA ATCAAGACTC TCATGAATGG
ACTAAATATG TGGTAAAAGC TTCCTTTGAT TTTATTAAAG ATAATAAAGA GTCAGTTTTT
GACAATCAAC TTGAATATTT AAGAAGAGGA GTTGAAGGAG AAGACGCTGA AGAAAAGGTG
GATGAATATT TTGTTGATCC CGATCTTGAG TCCATTGGCA GGCCTAGGGC TGAAGGAGAA
AGCTTTTTCC CAGAATATTG GGTAATGCCC GTGGGAGAAG ATCAAAGAAA TGAGTATGAG
GTCTATAGAA CGGTAGAATA TATGCTTAGA AATGGGGTCA TAATTGAGCA ATTGACTGAA
GATGTTGAAG TTAACGAAGA AATATATCCA GAAGGTAGTT ATGTTATCCC TATGGAACAG
GCCCATCGTG GTTTTGCGAA TACTATAATG TGGGATGGAC CAGATTTCTC TGAATGGGAT
GCTATGTACG CTGAAGTTGT TAATGCACTA CCACGTACAA GAGGATTTGA TGCTGATGAA
ATTCAAGAAG AAGATGTATT TGATGAGTCT GTGACAGAAG TGGACAGGGA CGAATTGCCA
GAACCTGATC AGTATATTGC TCAAGCTGAT GAATATGTCA TTGAAAATAG TACTAATGAA
ACAACTAGAG CGGTGAATGA CCTTCTCGGG AAAGGATATG AAGTCAAAAT TATTGCTGAA
GAACAAGATG AATTTGGTCA AGGAGACTTT GTGGTAGACG GACATAAGCT TGAGGAAGTT
GCTGAAGACT ACCATCTCGA AGTAGAAGAA TATGATGGCG ATGCAGAAGT GATTGTTCTA
GATGAACTAC CCAAGGTAGC AGCCTTTGGA TATCAATCAA AATTTGTAAT GGGAGAAAAA
CTTGGTTTTG AGCTAGTTCA TGAATATGAT TTTTATAACA GATGGTCTGA TCTGGATCAA
GAAGAAGTTA GAGACAAACT AGATGAAGCA AATATCATAG TTGATGACGA AGGTCATGCT
GACTGGGATA TAGTGGAAGA ATACATCGAA GATGGTATGC CTTATATTGC TTCTACAGGT
TATGCTGTAG ATTCAGTGGT TGAAAGTGAA TTAGAACTGT TTGAAGGAAT TCAGAGTGAA
ACTACTGATT TTACACATGA AGGTTTATTA AGAGCTGATT TAAATAATGA TAATTTTGTG
ATGGCACCGT ACCCTGGAAA AGATTATCTA TACAGCAATT CAGGAACTTG GTTTACAGAT
GTTCCTGAAT CAGCTACAGT ACTGGCAGAA ATACAAGAAG AAGATTTCTA TGTATCAGGT
TGGTGGCCAG CAGAAGAAGA TGAAGATGGA GAACTAATTC ACCAAGGATA CCAAGATGCG
GAAGGACAAA TTATGGCAAT AAAGAACGAA CTTGATGGAC AACAGTACTA CTTATTTGCT
AACTGCACAA TCAATAGAGC GCATCCAAGC AATCAATTCC CAATGGTTTC GAACTCTATT
TATCAGGCCC TTGGTACAGA ATAG
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| Protein sequence | MNYGKITAII GLACIILLSS PAVAIEDSNE YGERAYEHIL ELSEEIGQRP AGSDEELEAA
EYVKEEFEEY GYSTEFQEFT FYYEETEENI DSKNVIATRE GSTDKQVVMG AHIDTVDYSE
TLGADDNASG VGIMLEVAER FADIDTEHTL VFIAFGAEEV GLQGSNYYVN QMTDEEIENT
KAMINLDSLI AGDKMYVYDA MSDTEMDGDL VQDNWILDDI LKLADNLDLD LNTSPGEHEH
YPRGTTGPWS DHASFAYEDI PFLNFEATNW EIGDGDGYTQ TEKHGAIWHT DEDRLEVLEE
DFPGRVEERL ETFGEIVFQT LNKLTAPEPE DTLEASMTEA REFELNFEFE EEVDRDNLKW
TLGATIFNEW KAFDEETEEY DGDPFIRFAE GPYIHDNEVT ATIAVDKPYG TDDLAPRVIR
HRIQELKGYH DLMITDKESG ERVNYELKLY PYDSYHTWDE ITPAIEEILD EAKDDRYYDY
EMVGESVQGH DIPLIVVSDS QDSVDKYEEE ILPLMEEDPG KLQDKIEDGE IEDYRYPIYI
TNIHPDETPG IDAQIEILEA LLQDDELEFN TTDWVADMDA DEAEEWTETI DVDDLLEELI
IIVHPTINPD GREVMTRENI HGFDLNRDNA FQTQQEHKEQ KDLISYWKPA VFLDLHGFVR
GAFGGGLIEP CTPPHDFNYE YDLYMNYALD HAQAMRNAAF TSTDNEDYKG PDNRASIPRT
DYGTGWDDGT AAYTPMHAMH FGALGHTIEM PGLNQDSHEW TKYVVKASFD FIKDNKESVF
DNQLEYLRRG VEGEDAEEKV DEYFVDPDLE SIGRPRAEGE SFFPEYWVMP VGEDQRNEYE
VYRTVEYMLR NGVIIEQLTE DVEVNEEIYP EGSYVIPMEQ AHRGFANTIM WDGPDFSEWD
AMYAEVVNAL PRTRGFDADE IQEEDVFDES VTEVDRDELP EPDQYIAQAD EYVIENSTNE
TTRAVNDLLG KGYEVKIIAE EQDEFGQGDF VVDGHKLEEV AEDYHLEVEE YDGDAEVIVL
DELPKVAAFG YQSKFVMGEK LGFELVHEYD FYNRWSDLDQ EEVRDKLDEA NIIVDDEGHA
DWDIVEEYIE DGMPYIASTG YAVDSVVESE LELFEGIQSE TTDFTHEGLL RADLNNDNFV
MAPYPGKDYL YSNSGTWFTD VPESATVLAE IQEEDFYVSG WWPAEEDEDG ELIHQGYQDA
EGQIMAIKNE LDGQQYYLFA NCTINRAHPS NQFPMVSNSI YQALGTE
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