| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_1957 |
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| Symbol | |
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| ID | 4955422 |
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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 | 2146932 |
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| End bp | 2149889 |
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| Gene Length | 2958 bp |
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| Protein Length | 985 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 640181124 |
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| Product | translation initiation factor IF-2 |
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| Protein accession | YP_001113300 |
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| Protein GI | 134299804 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0532] Translation initiation factor 2 (IF-2; GTPase) |
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| TIGRFAM ID | [TIGR00231] small GTP-binding protein domain
[TIGR00487] translation initiation factor IF-2 |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGACCAAAA AACGGGTCCA TGAATTGGCA AAGGAACTTA ACATAGAGAA TAAAGAACTT
ATAAATAAAT TAATGCAAAT AGGTATATCT GTGAAATCAC ACATGAGTGC ACTTGAAAAT
GATGCTGTTG AAAAGGTATA TCATCAATAC GGTAAAAAGC AGGAAAAATC ATCAGATTCA
GCAAATAAAC AAATTCAAAG AGAACATGGT AGGGGGCAAG GAATGGAAGA CAAAAAAGAA
AAAGATCAGT TATTTAGACC CGATAATGCC AAGGGCCCAG GATTAGTGGA TAGAGTACCC
AACAGGCCTC CCGATCGGAG ATATGAAGAT AAAGCAAAGG TAGCTCAAAA ACCTGCTCAG
GAATTGAGAG GATCGAAAAC TACAACCAAC AGCGAGAATG AGCAAACAGC ACCAAGACAA
GGTAGTGCCC AACAGAGTGG CCAGGGAAGG CCACAGGCGA ATCGCCCCCA GGGCAGTCAA
GGTAGACCCT ATGGAGGTCG CCCTCAGGGC GGTCAAAGCA GACCCTATGG AGATCGTCCC
CAGGGCGGTC AAGGCAGACC CTATGGAGAT CGTCCCCAAG GTGGCCAAGG CAGGCCCTAT
GGAGATCGTC CCCAGGGCGG CCAAGGCAGG CCCTATGGAG ATCGTCCCCA GGGCGGTCAA
GGCAGACCCT ATGGAGATCG TCCCCAAGGT GGCCAAGGCA GGCCCTATGG AGATCGTCCC
CAGGGCGGTC AAGGCAGACC CTATGGAGAT CGTCCCCAGG GCGGTCAAAG CAGACCCTAT
GGAGATCGTC CCCAGGGCGG TCAAGGCAGA CCCTATGGAG ATCGTCCCCA GGGCGGTCAA
AGCAGACCCT ATGGAGATCG TCCCCAAGGC GGTCAAGGCA GGCCCTATGG AGATCGTCCC
CAAGGCGGTC AAGGCAGACA CTATGGAGAC CGTCCCCAGG GTGGTCAGGG CAGACCCCAA
GGCGCTGGGA GACCTGGGGC AAACCGAGGT GCTGGACCTA GTATTCCTAA ACCACCGGAA
CAAGTTGCGC AGCCCAAGCC AACGAAGGCA CCGGATAAAA CAAAGGGCGA CCGCCGTAAG
AATTATGAAA AAGATGGCAA ATGGGCAGAT GGCCAAATTG AAAAAAATAA GCTCTTTAAA
GGACGTAACA ACAAGAATAA AAAGAGACAG CATCAACAAT CTGCACCGCC ACCAATTTTA
GACAAAAAGC CAGTCCAAAT AGCTGAGGTT ATTACCGTCC AAGAGCTGGC TGAAAAGCTC
AAGAAAACGG CTGCAGAGGT CATTAAAAAA TTGATGGGGC TAGGTGTTTT AGCTACCATA
AACCAAGAAG TAGATTTTGA AACAGCTACA TTGATTGCCG GAGAGTACGG TATTGAGACC
GAACTCAAAG TGGCTGTTGA TAAGGAAGCT TTGGTTATGG CTGAACCCGA AGAAGATGAA
GATAAATTGG TGCTTCGGCC ACCGGTTGTT ACCATTATGG GCCACGTAGA CCATGGTAAA
ACATCTTTGC TAGATGCTAT TCGTGAGACT AATGTTACAG CTGGAGAAGC AGGCGGGATT
ACTCAACATA TTGGTGCCTA TCAGGTAGAG CGTAACGGTA AAAAGATAAC ATTTGTTGAT
ACACCGGGTC ACGCAGCTTT TACTTCCATG CGAGCTCGGG GGGCACAAAT TACTGATATC
GCTATTTTAG TGGTTGCAGC TGATGATGGT GTCATGCCCC AAACCATTGA AGCCATTAAC
CATGCAAAAG CAGCCAATGT TCCAATTATT GTAGCCATAA ACAAAATGGA TAAACCAGAT
GCCAACCCCG ATAAAGTTAA ACAAGAACTA ACCCAGCATG AACTGGTGGT GGAAGACTGG
GGAGGCGATG TCATTGCTGT ACCAGTATCT GCCAAAAACC GAACTGGTTT AGACAATCTT
CTAGAAATGA TCTTACTTGT GGCTGAAGTA CATGAATTAA AGGCAAATCC AGACCGTATG
GCTAGAGGTA CGGTGGTGGA AGCTGAATTG GATAAAGGAA GAGGTCCAGT GGCCACTGTA
CTGGTTCAGA ATGGTACCCT GAATGTGGGG GATACTATTG TTGTTGGCCA AGTATCTGGA
CGTGTTAGAG CCATGATCGA TGACAAAGGT CGCCGGGTTA AGAAAGCTCC ACCCAGTACA
CCTGTAGAGA TTTTGGGCTT GTCTGATGTG CCGGAGGCGG GAGATATCCT GGTAGCTGTG
GAGGATGAGA AACTGGCACG GGATGTGGCC GAAAAACGAA AGATTAGAAA GCGGGAAGAA
GGTCTCAAAT CCTCTACAAA AATCTCACTG GATGATCTGT TTAAACATAT CCAAGAAGGA
CAGATAAAGG AACTGCCTAT CATTGTAAAA GCAGACGTTC AAGGTTCCAT CGAAGCACTG
GCTCAAGCCT TGGAAAAGCT GACCACGGAA GAGGTAAAGG TAAATCTCAT TCATACAGGT
GTTGGTGCGG TTAATGAAAC GGATATTATG CTGGCCACTG CATCCAATGC CATTGTCATT
GGTTTTAACG TACGACCAGA TAACAATGCC CGTAAATTAG CAGATGCTGA GAAAGTTGAT
ATTAACCTGT ACCGGGTAAT TTATGAAGTT ATTGATGATG TAAAGAAAGC CATGAGCGGC
TTGCTTGATC CGGAATTCAA AGAGGTTGTA CTGGGACACG TAGAAGTTCG TAAGACATTT
AAAGCTTCTA AAATTGGTAC CATCGCCGGG GGCTATGTGA CGGAGGGTAA AATCGTCAGG
GATGCCAGTG TTCGCGTTAT TCGAGATGGA ATTGTTGTCT TTGAAGGGAA GCTGGACTCT
CTAAAACGCT TTAAAGATGA TGCGAAAGAA GTGGCCCAGG GTTATGAGTG TGGCTTAACC
ATTGATCGCT TTAATGATGT GCAGGAAGGT GACATTATTG AAGCATTTAC AATGGAAGCG
ATCAAACGGG AGATTTAA
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| Protein sequence | MTKKRVHELA KELNIENKEL INKLMQIGIS VKSHMSALEN DAVEKVYHQY GKKQEKSSDS
ANKQIQREHG RGQGMEDKKE KDQLFRPDNA KGPGLVDRVP NRPPDRRYED KAKVAQKPAQ
ELRGSKTTTN SENEQTAPRQ GSAQQSGQGR PQANRPQGSQ GRPYGGRPQG GQSRPYGDRP
QGGQGRPYGD RPQGGQGRPY GDRPQGGQGR PYGDRPQGGQ GRPYGDRPQG GQGRPYGDRP
QGGQGRPYGD RPQGGQSRPY GDRPQGGQGR PYGDRPQGGQ SRPYGDRPQG GQGRPYGDRP
QGGQGRHYGD RPQGGQGRPQ GAGRPGANRG AGPSIPKPPE QVAQPKPTKA PDKTKGDRRK
NYEKDGKWAD GQIEKNKLFK GRNNKNKKRQ HQQSAPPPIL DKKPVQIAEV ITVQELAEKL
KKTAAEVIKK LMGLGVLATI NQEVDFETAT LIAGEYGIET ELKVAVDKEA LVMAEPEEDE
DKLVLRPPVV TIMGHVDHGK TSLLDAIRET NVTAGEAGGI TQHIGAYQVE RNGKKITFVD
TPGHAAFTSM RARGAQITDI AILVVAADDG VMPQTIEAIN HAKAANVPII VAINKMDKPD
ANPDKVKQEL TQHELVVEDW GGDVIAVPVS AKNRTGLDNL LEMILLVAEV HELKANPDRM
ARGTVVEAEL DKGRGPVATV LVQNGTLNVG DTIVVGQVSG RVRAMIDDKG RRVKKAPPST
PVEILGLSDV PEAGDILVAV EDEKLARDVA EKRKIRKREE GLKSSTKISL DDLFKHIQEG
QIKELPIIVK ADVQGSIEAL AQALEKLTTE EVKVNLIHTG VGAVNETDIM LATASNAIVI
GFNVRPDNNA RKLADAEKVD INLYRVIYEV IDDVKKAMSG LLDPEFKEVV LGHVEVRKTF
KASKIGTIAG GYVTEGKIVR DASVRVIRDG IVVFEGKLDS LKRFKDDAKE VAQGYECGLT
IDRFNDVQEG DIIEAFTMEA IKREI
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