| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Suden_1499 |
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| Symbol | |
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| ID | 3763494 |
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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 | 1572975 |
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| End bp | 1575992 |
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| Gene Length | 3018 bp |
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| Protein Length | 1005 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 | resistance-nodulation-cell division family transporter |
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| Protein accession | YP_394011 |
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| Protein GI | 78777696 |
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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 | 19 |
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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 | ATGGGGATTA ACTCATATAT AAATATTCCT AAAGAGATGT TTCCAGATAT GGAGCTCGAT
AAGATAAGTG TTATGGGCTC GTATAAGGGT GCAAGTGCCA ACACAATGGA TAAGATGGCA
GTTCGCGATA TAGAAGATTC TCTTAGTGAC ATAAACGGGA TAGATAAGAG TGAAACCACG
ATTTCACCAG GTGCATTTGC GATAGTTTTA ACATTAAGTA AAGGTGCAAA CAGAGAGCTA
ACTCTTAGCC GTGTAAAGGA TTCGGTAGCA CTTAGCAGAC AAAATTTACC AAGTGATATG
AATGAGCCGC TCACCACACT TTTAGAAAAA TCTAAACCGC TCATAAAACT AGCTATCTCA
TCTTCAGTGT TATCTATTGG TCAATTGAGT GTAATTGCGC AAGATATGAA ATCAAAAGCT
GCAAAGGTGC CTGGAGTTAG TGAAATTTTG ATTCGCGGTG ATTCTGATGA ACAAGTAACA
ATCAAAATCA ACTCTGAAGC GCTTTTAGCT TATGGCTTAA ATCATGGGGC AGTTTTGGGG
GCTATTTCAA ATCTCTCATA TATATTTCCA ATTGGAGATA TTGAACAAAG AGGGAACTTC
GTATTTATCT CAACAGCAAA CGGCAAAGCT GATGTCAATG GATATAGAGA TGCTATTTTA
AATATTGATA ACAGATACGT AAAACTCTCA GATATTGCAG AAATCAGCAT AGAGTATCCG
CAAATTGACA CGTTAGCTAC ATATAATGGT AAAAAAACTA TCTCCTTAAA TATATCAAAA
GGAGTAAGTG GTGATGCTAT AGTTTTGTCT AAAAGACTCC AAGAGTATGT TTTAGCTCAA
CAAAAAAACT ATAAAGATGT AGATTTTACA TTTTATGAAG ATAGTTCAAA ACCGATTAAA
GATAGACTTG ACATTATTAT CTCAAACCTC ATGCTCGGTC TTATTTTGGT TTTTTTATCT
TTGTATATTC TTATAAATCT AAGAATTGCT ATTATTGTAG CACTTGGAAT CCCATTTTCA
TTTCTTATTG GAATCACTTT TATTTACTAT ATGGGTTACT CAATAAATGT TGTCTCACTC
TTAGGAGCGC TCATAGTTAT AGGAATAGTT GTTGATGATG CGATTGTTGT AAGTGAAAAT
ATACAGCGAT ATATAGATGA AGGAGTGGAT AGATTAGAGG CTACTATAAG AGGAACAAAA
GAGATGCTCT TGCCTGTTAC TCTTGCCACT TTAACAACCG TTGTAGCATT TTTACCTATC
TTTATGATGC AAGGAGAGAC CGCACTTTTT ATCCTGCTTA TACCGATTAC TGTAATTATA
ATGTTGCTTG GCTCACTTAT AGAGAGCTTT TTGTTTTTAC CGCTACATGC AAATGAATAT
TTAAGAAAGA GTAACAATAG AGTAAATTGG ATTCCATTAC AAAATATGTA TGAGAGAGTC
ATTTTACGCT TTTTGCATTT TAAAAAAATA TCACTTTTTT TCTTTTTAGT TCTAATTCCT
ATAATCTCTA TATACATGGC AAGTAGTATG AAATTTCAAT TTTTCCCAAA TTTTGATGGA
AATTTTCTCT ACATATCTGG AAAGGTAGAT ATAAATACTC CACTTGAAGA GACATATAAA
ATCTCACAAG AGATAGAAGA TGAGTTGGTA AAACATAAAG AGGAGTTCTC ACTAAAAGCA
ATCTCCAATA TTATTGGATA TAGAAGAAGT CTCTCTGGAG AGACACAAAG AAATAGTGGT
GTTTTTATGA TAACGATGGA ACTACATGAT AGAGCAAGCA CTAATTTTGT AGATAGTTAT
ATAACCCCTA TTTTAAATCT GAATTTCAAT TTCAATGATC CATTAAAGAT ACGCAAAGAA
CAGACGTATG AGCTCTCTCC AAGGGCAAGA GATATTATTA AAGAGTTTAA AAACAGATAC
AACATGGAAG ATTTGGGCGT TATGGAAGAT AAGCCTGGGT TAATAAGAAG CGATATTGAG
ATAAGTTTAT CTGGAATGAA TGATGAGCTA CTCCAAGATG GGATAAAAAA GTTAGAAGAG
AAGATAGAAT CAGTTGAGGG AATTAGAAAT TTTAGTGATA ATATAAAATT AGGAAAGATG
GAGTATAAGA TAAAGATAAA CTCTTATGGG GAGAGTTTAG GGCTTAGTGA AGCTAGCATC
GCTAGAACAC TTAGTGCATA TTTTTTAGAG CAAAAACAGT CAACAACTTT CAATGAAAGA
GGTGTGATGG AGATAAAAAC AGAGGATATT AAAAAAGATA GTATTGATAC TTTTTTAAAT
TTTAGTATTC CTTTTGGCGA GGGTAAGTCT GTAAAATTAA CACAAGTTGC AGATATTATT
GAGATAAGAG ATTATGAGAA GATAAATAAA CTAAATGGAA GTATTATAAA AACCTTTTTT
GCAACTATTG ATAAGAGAAA AACAACCTCA CAAGAGGTGC TCGACAAGCT TGAACCAACT
CTAGATGAGC TAAGAGCGAG TGGTATAGAT GTTATGTTAT TGGGTGAAAA AGAGAAGAAA
GAGCAATTAA GAAACGATAT GCAAAAGGCT ATATTTTTGG CACTGTTTTT GATTTTCTTA
TCTCTTTTGT TGATATTTTC AAAGGTAAAA TATGCGCTTA TGGTTATGAG TGTTATTCCG
CTCTCGGTTT TAGGTGCGCT AGTTGGACAT AAAATTTTAG GTATAAATCT CTCAATGACT
TCTATTATAG GGATATTAGG ACTTGCTGGA GTCGTTGTCA ATGATGGAAT AATAATGTTA
GATTTTTTAC ATGGCACTCA TAAATTAGAA GAGTTTTTAC TAAGGGCTAA ACTTAGACTT
CGTCCAATTA TTATAACAAC GCTTACCACA TTTTTAGGAC TTTTTACTCT TATTTTTTAC
GCAACAGGGC AAGCCGTAAT ACTTCAACCA ATCGCTATTT CTATAGGTTT TGGTCTTATT
TGGGGAACAA TTTTAAATCT TGTCTATCTA CCAACGCTCT ATGCGTTAGT AAATAAGATA
GAAAAAAAAG CTATTTAG
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| Protein sequence | MGINSYINIP KEMFPDMELD KISVMGSYKG ASANTMDKMA VRDIEDSLSD INGIDKSETT
ISPGAFAIVL TLSKGANREL TLSRVKDSVA LSRQNLPSDM NEPLTTLLEK SKPLIKLAIS
SSVLSIGQLS VIAQDMKSKA AKVPGVSEIL IRGDSDEQVT IKINSEALLA YGLNHGAVLG
AISNLSYIFP IGDIEQRGNF VFISTANGKA DVNGYRDAIL NIDNRYVKLS DIAEISIEYP
QIDTLATYNG KKTISLNISK GVSGDAIVLS KRLQEYVLAQ QKNYKDVDFT FYEDSSKPIK
DRLDIIISNL MLGLILVFLS LYILINLRIA IIVALGIPFS FLIGITFIYY MGYSINVVSL
LGALIVIGIV VDDAIVVSEN IQRYIDEGVD RLEATIRGTK EMLLPVTLAT LTTVVAFLPI
FMMQGETALF ILLIPITVII MLLGSLIESF LFLPLHANEY LRKSNNRVNW IPLQNMYERV
ILRFLHFKKI SLFFFLVLIP IISIYMASSM KFQFFPNFDG NFLYISGKVD INTPLEETYK
ISQEIEDELV KHKEEFSLKA ISNIIGYRRS LSGETQRNSG VFMITMELHD RASTNFVDSY
ITPILNLNFN FNDPLKIRKE QTYELSPRAR DIIKEFKNRY NMEDLGVMED KPGLIRSDIE
ISLSGMNDEL LQDGIKKLEE KIESVEGIRN FSDNIKLGKM EYKIKINSYG ESLGLSEASI
ARTLSAYFLE QKQSTTFNER GVMEIKTEDI KKDSIDTFLN FSIPFGEGKS VKLTQVADII
EIRDYEKINK LNGSIIKTFF ATIDKRKTTS QEVLDKLEPT LDELRASGID VMLLGEKEKK
EQLRNDMQKA IFLALFLIFL SLLLIFSKVK YALMVMSVIP LSVLGALVGH KILGINLSMT
SIIGILGLAG VVVNDGIIML DFLHGTHKLE EFLLRAKLRL RPIIITTLTT FLGLFTLIFY
ATGQAVILQP IAISIGFGLI WGTILNLVYL PTLYALVNKI EKKAI
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