| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_3092 |
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| Symbol | |
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| ID | 4956906 |
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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 | Desulfotomaculum reducens MI-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009253 |
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| Strand | - |
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| Start bp | 3358226 |
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| End bp | 3360943 |
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| Gene Length | 2718 bp |
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| Protein Length | 905 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640182280 |
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| Product | hypothetical protein |
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| Protein accession | YP_001114419 |
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| Protein GI | 134300923 |
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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 | 15 |
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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 | ATGAGGGGTT TCTCCAAAGG CGGCAGAAAG CCTATGCTCT GGCTGATTAT GACTTTGCTA
TTAACTTTAG CAATGGCCAT ACCGGCCCAA GCAGCCATCA CCAGTGCCAC AGTCACAGTA
GACAATCCTA CAATTACTGT GGAATCCAAC TATTTTTTAG ACATTACTGC AGATACAGAA
TTAAGTGTTA ATGATGAAGT CTATGTTAAT CTAGACAACT GTTATTACGA TTTAAGCAAA
ATACAATTAA ATAATATTGA GGTTTCCGTT AATGACACAG TATATTCAAC AGATTCCCAG
GGACAACTGG ACAATAATAC GCTGATTATT CCAGTGGGTA CTTCTGTTAA TGCTGGAGAT
AAACTGCGAT TTGTTATTAA GGGATTATCA AATCCTGCAA TTGTTGGGAA CCATTATTAT
TTTGCCTATG GTGTTCAGAT AAACGGAGTG GGTTGGGCTC CACTGAATTC ATTAAACATT
GTAGCACCAA AAGTCACTTT GACACCTTAC CCAGCAGATA TAGAGGTCAA TCTTAGAGAT
AAAATAGTTC TCTCATTATC GGATGCAAAG GATAATCCCT TCCTTGCTCC CCATGATGTG
AATGTCTATT TATCTTCAAA TAATATGGGT AATTTTTATC AACGTTCAGC AGACGGGTGG
TACTGCTATG GATCGTCAAC GATTCCCCAG GGCAGTTCCA GTTTGGAAGT ATTCTACCGC
CCCGAGGTAG TGGGGGAACA TCAAATAAGT GTACAGATAT ATGAATGGAA CTCCAACAAT
CCTTCACAAA CCATCATTAA AGCACTGCCA ACGGGGGCTA CCAAGGTGCT AGTCAATAAC
GATGGCGCAC CCTATGATCG TTTTTGGACG ACTGCCGGTG CGCCTAAAAA ACTTACATTC
ACTGCCTACG ATCAATATGG CAACCCTGTT AAGCAAACAA ATGATTTACG AGTAAAATTA
ACCGTACTAA ACGCCTACTA CAACGAAATA TCCGATACGG GTGCCTTTTA CACAATTAAC
CCCGATGGAT CGAAAGGGAG CCCTATTCAG GAGGCAGTCA TTCAGGCTGG TAACGATAGT
GTGGACGTCT ACTATTACGA TACCAAGGCA ACAGACTGGA GAAATCAGTA CTATGTTGCC
ATATATACAC AAATAACCCC AAATTGTTCA ACATTCATTG ATGTTATGGT TGATCCTGCT
GTTGCCAACA GAATCGACCT TAAAGTCCTT GATAATGAAC GTTACACAAC ATATGGTTAT
GGTCATACGC CACCACTCTA TATTGCCAAT AATGAAGGTA GAGGTTGGGA AGTGGAGTGT
GAAGGTGGCG TACAGAATAA CCTACTTTCT GAAATGATCT TCCCAGTGCA AATCAACATG
CTGGATGAAT TTAACAATTC AAAAAAATTG GACACTCCAT TAACCCTAGA CTTATCTCTG
CAATCGGTAT CTGATGATGT ATATGGCAGT TTCTTTGAGA ATATCAATTA TGACTATTGG
AATGGGGCAA CGGTCTACCC CATTGACCAC ATCCAAATTA ATGCTGGTGA AAGCTCAAAG
ACCATTTACT TTGTTGCCAG GGGAGCCGGG GCTGCAACGA TTAAAGCCCT TGCCCCAAAT
TTTGGAGAAG GAACCTTTGA CATTAATCTT ATAGGGCCCG ACCATTTATC CCTTCAATTC
CCCTATGAAA ATGCTGTACA ACCGGAGGGG CGTGTACCCT TTATCGTTCT TCTAAAAGAT
GCAGAAGGGC ACCCGGCGTG GGCTGACAAA GAAATAAACG TTAACCTGAA TGGCGGTAAT
TTCTACGAAG ATGAAAGAGA TACGGAACCT GTTACAACTG TAACCATTCC TAAAGGATGC
CATGGTGTAC AGGTGTATTT AGAGGGACCA GAAAACGAAG GAACTATTAG CATTTCTGCA
ACAGACGCAG GAAATCAGTA TGGTGATACA GGGGATGTAG TGGTAAAGGT TGAAGAACAA
CCCTATTTCT GCACTTACTT AGAACGTGGC TGGAACACAC TTTCAACTCC CATAGCCCTT
GATTATGACC GCAAGTCCAT TCAGGATGCC ATTGAAAAAG TAAGTAATAT TTTAGTTACC
TACAAGTATG ATGAAGTTCA AAGAAAATGG CTCTTGGTTT ACGAAAGGGC AGCGGGTGAC
TGGCGTATTC AGGAGGGAAT CGGTCCCACT GATACCGATC CTAAATTTAC ATTTGAACCC
CAAGAGGCTG TTTTTGTCAA AATGAAAGGT GATTCAGAGG TACACTTCTA TGCTTCAAAG
CTGATATCTG CTCCACCAAC TCGTCAATTA GTTACTGGCT GGAATCTTGT AAGCCCGGCA
ATTTCATTAG AAGACGAAGA TTGGGATAGC TATCAAAACG CTGTCAGTAA AGAGGCAGCA
GGGGGAGCAG GGGCAGCCAT ACAAGACTAT TATGAATATG GTGTGATGCC TGCTTACAAA
GTGTTAATCA GTATAAAGGA TAAGTATGCT CAGGTAGTCA GTCCTTCACT GGTTAGTCAG
GAAGCATGGA CCTATATACC ACCCAATATC GGTTTAGTGG GCGATTTAGA ACTGCTCTTA
AGCGGCCTGA TTGGTAATCA AACCAAATAC ATGGAAGCCG GACGGGGTTA TTGGGTATAC
ATGAAGGAAA ATGGTGAGTT AGCCGGTTTT AGTTCCACAC CGGTTTATGA TTATCATTAT
AAAGAGTTTA GGTCATAA
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| Protein sequence | MRGFSKGGRK PMLWLIMTLL LTLAMAIPAQ AAITSATVTV DNPTITVESN YFLDITADTE
LSVNDEVYVN LDNCYYDLSK IQLNNIEVSV NDTVYSTDSQ GQLDNNTLII PVGTSVNAGD
KLRFVIKGLS NPAIVGNHYY FAYGVQINGV GWAPLNSLNI VAPKVTLTPY PADIEVNLRD
KIVLSLSDAK DNPFLAPHDV NVYLSSNNMG NFYQRSADGW YCYGSSTIPQ GSSSLEVFYR
PEVVGEHQIS VQIYEWNSNN PSQTIIKALP TGATKVLVNN DGAPYDRFWT TAGAPKKLTF
TAYDQYGNPV KQTNDLRVKL TVLNAYYNEI SDTGAFYTIN PDGSKGSPIQ EAVIQAGNDS
VDVYYYDTKA TDWRNQYYVA IYTQITPNCS TFIDVMVDPA VANRIDLKVL DNERYTTYGY
GHTPPLYIAN NEGRGWEVEC EGGVQNNLLS EMIFPVQINM LDEFNNSKKL DTPLTLDLSL
QSVSDDVYGS FFENINYDYW NGATVYPIDH IQINAGESSK TIYFVARGAG AATIKALAPN
FGEGTFDINL IGPDHLSLQF PYENAVQPEG RVPFIVLLKD AEGHPAWADK EINVNLNGGN
FYEDERDTEP VTTVTIPKGC HGVQVYLEGP ENEGTISISA TDAGNQYGDT GDVVVKVEEQ
PYFCTYLERG WNTLSTPIAL DYDRKSIQDA IEKVSNILVT YKYDEVQRKW LLVYERAAGD
WRIQEGIGPT DTDPKFTFEP QEAVFVKMKG DSEVHFYASK LISAPPTRQL VTGWNLVSPA
ISLEDEDWDS YQNAVSKEAA GGAGAAIQDY YEYGVMPAYK VLISIKDKYA QVVSPSLVSQ
EAWTYIPPNI GLVGDLELLL SGLIGNQTKY MEAGRGYWVY MKENGELAGF SSTPVYDYHY
KEFRS
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