| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Suden_0270 |
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| Symbol | |
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| ID | 3764067 |
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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 | Sulfurimonas denitrificans DSM 1251 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007575 |
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| Strand | - |
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| Start bp | 284681 |
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| End bp | 287800 |
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| Gene Length | 3120 bp |
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| Protein Length | 1039 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_392786 |
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| Protein GI | 78776471 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.384793 |
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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 | ATGTTTGAGA GAGTCCTAAA ATTTTTTATT GAGAATTATA AGATCAACTA TACTCTCTTT
TTTTTACTAT TTGCAGCTGG AATCTATGCT TATTCTCAAA TACCAAAAGA GATATCACCT
TCTATTGAAC CTAACTCTGT GACAATACAT GGTTCTTATG CAGGTGCTTC TGTAGATATT
TTAAACAAAA TGGCAGTGCA AGAGATAGAG GATGAAGTTA AAAATATTGT CGGTGTAGAT
AGCGTAACAT CCGTTGTATC GCCAGGTAGA TTTACTATAG TATTAGAGTT TGATAAAAGA
GTGGACAAAG CCACAATAAT AAGAGATGCA GAGGATGCAA TAGCACTAAT AAAACCAAAT
CTTCCAAGTG ACATGGATGA CCCTGTTATC CGAGGAGTAG CACACTCAAG AAGCATAATG
CATGTATCAA TTATCTCTTC TAAAATCTCT AGAGACAAAC TAAAACTCTT ATCTAAAAAA
CTAAAAAGTA ATCTGCTCTC TGTTAAAGAC ATATCAGATG TGACTATATT TGGAGATTCT
GATCTTTTTT ATGAAGTTTT GATAGATGAA AAAAAAGTAA ATGCGTATAA TCTCTCTTTG
GATGAGATAC TCAGAGTATT TTCTGAGCTC TCCTATATAT TTCCTCTTGG AAAGATAGAT
AACGTCAAAG AGCAGTACTA TATCTCTACA CAAAATGACA AAAAACTCTC TTGTGAGCTG
GAAAATACCA TCATAAATAT AAATGATCAG CAAATAGTCT TAAAAGATAT AGCAAAAATA
GAGAAAAAAT ATGAAGACTC CTCAACGCTT GCGAGCATGA ATGGAGAAGA CTCAATCACT
CTAGCTATCT CTCAAAACCC TAAAGGCGAT GCAATAAGAA TAGCCGATGA TGTCAAAAAA
CTCATCTCAG AGATGAGTGT TGATGATGTT GATTTTAATA TAAGAATGGA TAATTCAATA
GTTATAAGAG ATAGACTAAA TATTGTTATT TCTAATATAC TTTTTGGTTT GATACTTATA
ACACTCTTAA CTGCTGTTCT AATCAATATA CGCATAGCGC TCATCATTGC ACTTGGTATT
CCTACATCTT TTGTAATGGG CGCAATTTAC TTCTACTTTA CAGCATACAG TATAAATGTA
AATTCATTGA TAGGAGTGCT TATTGCCATT GGTATTCTTG TTGATGACGC CATTGTTGTA
AGTGAAAATA TTCAACAATA TATAGAAAAA GGTTACTCCG CAAAAGAGGC GGCATTGCTT
GGAACACAAG AGGTTGCAAA GGCTGTAACT ATAGCTTCTT TAACTACTCT TTTCTCTTTT
ATACCTCTTT TGATGCTAAG CGGAAAACTC GGTGAGATTA TACAGCTTAT ACCTATTGCC
TTTTCTGCAC TTGTAATTGC TTCACTCATT GAATCTTTTA TTTTTTTACC TATACATGCG
GCTCATACTC TCTCTTCAAA TTCAAAAACT ATGTCTTGGG AAAAGATTAA TTTGCTCTAT
TTAAGAGCCC TAAAAAAGCT AGTTGGATAC CAAAAAAGTT TTTTACTTAT ATTTTTAATA
ATAGTACCCG CCCTCATTTA TTATGGAGTA AAGCATTCAA AATTTCAAAT GTTTCAGCCT
TTTGATACTT CCTCTATAAA TATTACCTTT AAAGCAAAAC CCACTACAAC CCTTGAGCAG
TCACTAGAGA TTGTGCAAAC TTTAGAAAAG AATATTTTAA AAGAAAAAGA TAGGTTTTTT
GTAAAACATG TAAGCTCTAC AGCAGGATAC AGAAGGAGCG CAACAGGCAC TACAGAGATT
TACCCGTATG TAGGATACAT CTCTATAGAA CTCCATAATA TGAAGCCTGA AAACTTTGTA
GATAAGTATA TAACGCCATA TTTAAGCTTT TATTACGACT CCAAAGATAG AATACGAGAC
AAATCTTCAC AAGATATTTC AAAAGATATC AGAGAGTGGT TAAAAGAACA AGATTATCAA
GAGAGATTTA ATCTAAACAA TTTAATGGTT GTGGAAAACA GCATGGGGCA AACAAAAGCT
GATATTCGCA TAGGTGTTAT TAGTGATGAT TATAAAAAGG CTCTAAGTGC CATAAGAGAG
ATAGAAGATG GTTTTTCTAA AATTGATGGC ATAAAATACT TTGGTGATGA TGTTAAAGTT
GGAACACAGG AGATAAAACT AAAACTAAAC AGTTATGCAG AAGAACTTGG CATCACAGAA
AAATATCTTG GCACCTATAT CTCAGGACTT TTTCTCTCAA GAAAGGTTGG GACGATATTT
GATGGAAAAG AGCTTTTGGA TATAAAAGTA AAATCTTTCT ATATTAAAGA TGACTTAGAG
AGTTTTGCAG AACTTGAAAT ACCGATAAAA AATAGAGGAC ATGTAAAACT AAAAGATATT
TGTGAATTTG AAAAAGTTGA ATCTCTAGAA AATTTAGTTA AAGATGACGG CGAAACCAAC
TTTTATGTTT TTGCAAATGT GGACCCCTCA ATTATAACAG CAACTGAGGT ATTGCAAATG
ATGAACCCAC TCATAGATAA ACTCAAAAAT ACGCAAGATA TCAGATTAAA ATTCAAGGGA
GAAAAAGAGC AAAAAGAGAC CATGCAAACT GAAATGATAT TGGCTTCTAT TCTTGCTATT
ATTCTTATAT TCATCTCAAT CTTGTACCTT TTCAACTCTC TTAGAGAGAC GTTGATAGTT
ATGTCGGTTA TCCCTTTTTC TATTCTTGGT GTATATATAG GTCACTTTAT CATGGGTTTA
AATATCTCAC TACCCTCTCT TATTGGGGCA TTGGGACTCG CTGGTGTTAT TGTTAATGAT
GGAATTCTTA TGATGGCAAC AATAAAACGT GCAAAAACAA AAGAGGAGAT ATTTATTCTC
GCTCCAAAGA GATTTAGACC TATTATACTT ACATCTGTAA CTACAATTGT AGGTCTTTGT
TCATTAATCT TTTTCGCAAC AGCAGAAGCT GTGACATTTC AACCCTTAGC AGTAGCCATG
GGTTTTGGGC TATTATGGGG AACGATACTA AACCTATTTT ATCTTCCTGT AACATATAAT
TTTTTACATG GATATAAAAA CTATAATAAA AGAAGCAAAA TATTTAAAAC TTTTGAATAA
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| Protein sequence | MFERVLKFFI ENYKINYTLF FLLFAAGIYA YSQIPKEISP SIEPNSVTIH GSYAGASVDI
LNKMAVQEIE DEVKNIVGVD SVTSVVSPGR FTIVLEFDKR VDKATIIRDA EDAIALIKPN
LPSDMDDPVI RGVAHSRSIM HVSIISSKIS RDKLKLLSKK LKSNLLSVKD ISDVTIFGDS
DLFYEVLIDE KKVNAYNLSL DEILRVFSEL SYIFPLGKID NVKEQYYIST QNDKKLSCEL
ENTIININDQ QIVLKDIAKI EKKYEDSSTL ASMNGEDSIT LAISQNPKGD AIRIADDVKK
LISEMSVDDV DFNIRMDNSI VIRDRLNIVI SNILFGLILI TLLTAVLINI RIALIIALGI
PTSFVMGAIY FYFTAYSINV NSLIGVLIAI GILVDDAIVV SENIQQYIEK GYSAKEAALL
GTQEVAKAVT IASLTTLFSF IPLLMLSGKL GEIIQLIPIA FSALVIASLI ESFIFLPIHA
AHTLSSNSKT MSWEKINLLY LRALKKLVGY QKSFLLIFLI IVPALIYYGV KHSKFQMFQP
FDTSSINITF KAKPTTTLEQ SLEIVQTLEK NILKEKDRFF VKHVSSTAGY RRSATGTTEI
YPYVGYISIE LHNMKPENFV DKYITPYLSF YYDSKDRIRD KSSQDISKDI REWLKEQDYQ
ERFNLNNLMV VENSMGQTKA DIRIGVISDD YKKALSAIRE IEDGFSKIDG IKYFGDDVKV
GTQEIKLKLN SYAEELGITE KYLGTYISGL FLSRKVGTIF DGKELLDIKV KSFYIKDDLE
SFAELEIPIK NRGHVKLKDI CEFEKVESLE NLVKDDGETN FYVFANVDPS IITATEVLQM
MNPLIDKLKN TQDIRLKFKG EKEQKETMQT EMILASILAI ILIFISILYL FNSLRETLIV
MSVIPFSILG VYIGHFIMGL NISLPSLIGA LGLAGVIVND GILMMATIKR AKTKEEIFIL
APKRFRPIIL TSVTTIVGLC SLIFFATAEA VTFQPLAVAM GFGLLWGTIL NLFYLPVTYN
FLHGYKNYNK RSKIFKTFE
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