| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sked_02880 |
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| Symbol | |
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| ID | 8631926 |
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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 | Sanguibacter keddieii DSM 10542 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013521 |
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| Strand | - |
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| Start bp | 313736 |
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| End bp | 316480 |
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| Gene Length | 2745 bp |
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| Protein Length | 914 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003313091 |
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| Protein GI | 269793636 |
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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 | 14 |
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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 | 29 |
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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 | GTGGCATCAA TCCATGACCA GGTACGAAGC GCAAGCAACG TTATTGAGCA GAACATTGAG
GCGCATTCAG CGGATCGAGG TCTCCTCGCT CAGAACATGC TGAGCCAATT ACGCAACCTG
ACGGAGGGCT TGATGCTCTG GGCCTTCAAG TCCGACGGCT CCAAAGACTA CGACTACAAC
GAATTAGGTC CGGCGGTTGA TTATTGCCGC GCAACAAGTC GATTTCGGAT ACTGAGTCGA
CTTCACGGAC AACTGCAAGC CAGCACATCC CATTACACGC TAGACAAGGA TCCGTCCGAG
CGCCTCATGT TGAAGTACTA CGAGTACTTG CTGAGGGTTC GCGACCTGTC AAGGACAGAA
TTCCAGCAAG AAATCCTTCA AAATCTTCAA CAATTCCCAA TTAACATCGA TTCGGCAATG
CGCGATTATC AAGAGAAGAT CGCTGCACTC GTGGATCAGG TTCAAAGCTC GCCTGTGGGT
GACCCGAGAA CCGCACGATA CTACGTCCAC AGCTCCCGCC CCTTCTTTGT GGGTGGTCGA
ATCTACTACG AGATCACATT CTCGCTAGCT CATAATCGAA CGAACAAATT CGACCGTAAT
ATCGGATTCA CCGACATCGA CATGACTGAC AAGTACGCCG CAAGCCTCGA CCTGGTCTCA
GGGGAGATTA GCGTGTTTTC GCAGCGCATG CCGATTACGG TGATTCGGTC GTGGGCCGTT
TCAATCCGTC CTTGCGAGCT GACAAATTTC TCATCGCTTC TCACTGGCTC TTCCGGCAAT
GTCCGCACGT CGCAGCCTGA GTATCGAAAC CTGATGTCGT ATCTCACACA GACTCGCTCG
AGCCTTCTCG ACCTCGTTGA CATGAGCGAA CCGAGATTCA AAGCGGTTCG GGATTGGGCT
GTTAAAGATT CGAAGACACC GACCTTGATT TTTAACTCGA TCGAAAGTGC GCGCGAGATA
CTTCAAGCGG ACAAGGCGGG TTCGAGGTTA ATCCGCTATC TTTTACTTCG CATGCGGAAC
GAGGTGATTA AAGCTCAGTA CGAGCCTGCG CCAAACTCAT GGATGTCCGG ACTGTATGTC
AGCTCCCAGA GCCGACCATT CGACACCATG CCTCTTTGCA CCTCTCCCAA AAGACATAAG
CCTCGCTTCG CAGACTTGGC TGAGGTTTTC CGGTCGGAGG GACGCGAGCA TGAGCTCCTG
GCTCACAAAG TGACCACGAA CGTCGAACAG AATGGCATCA TTTACACTCC GGAGACGGAG
CTCGAGCACA TCGGTGATCT GGATGCCCTG ATTTCGAGGT ACAACCTCGC GTTGCCCCCT
ACGCCGAAAC ACGCGCCAAG GACTTTGGTT CGCGACAAAG GCCACGTTTT TATGGCTGGC
TATGAAGACG GAACAGTAGA CATAATTACG CAGGTTCAGG CATTTAGCAC CTCCGGGGTG
CCCAATCACA GTCAAGATGT ATTGAATTGG ATAAACGCGA ATCCGAACGC CTTTGACGAT
CCGCTGAAAT CTGCGGCGTT GACCTCGCTA TTCGAGCACT CACGGGTTGC CCTGATATAC
GGAGCGGCCG GCACGGGTAA GTCGACCATG GTTAACCACA TTTCGCAATA TTTCACCGGC
GAGAAAAAGC TTTTTCTTGC TCACACCAAT CCGGCCGTTG ACAATCTCAA GCGTCGCGTC
GCCCATGAGG GATCGACGTT CAGCACCATT GCATCGCACA CAGCTCGCGG GCAGTCCGGA
ATCAAGTACG ACGTGCTGGT GATTGACGAA TGCAGCACCG TGAGCAACGC TAGCTTGCTT
AAAGTTCTGG AGTACACGTC CTTCGACAAG CTGGTTCTGG TCGGAGACGT TTACCAGATT
GAGTCAATCG AGTTCGGCAA TTGGTTCTCG ACAATCCGCT CCTACATCCC GGCGGAGTCT
GTTTTTGAGC TAACCAGACC ATTCCGGACA AGCGACCCGG CGCTGCTCAC CTTCTGGGAA
CGCGTCAGGA ACCTAGACGA CAAGATCGAA GAATCGATAG CGCGTAACGG ATACGCAGCG
GTTCTCGGCG ACACACTTTT CCAGCCCCGC AGGCCGAACG AGGTAGTTCT CTGCCTCAAC
TATGACGGCC TCTATGGTAT TAACAATGTA AATAGGTTCA TGCAGGCAAG CAATCCGAAC
CCTCCCGTCA TCCGTGATGG CGCAACCTTT AAGGCGGGCG ATCCCGTACT GTTCTACGAA
TCGGACCGCT TCGGAGGCGT AATCTTTAAC AACCTGAAGG GCAGGATCGT ATCGATCGCT
ATCCATCCAG GGTTCACAAC CTTCGAGATG GAGATCGACA GGAACGTCAC TGCGGTCGAC
GTATTCGGGA CACAGCTTCG ATATATTCGA GATTCAATTG TCGAGTTCGA CGTACTTGAC
CGTGGCAACA CCGACGAGGA CGACGACAGC TCGGAGACCA TGATCCCATT CCAGATTGCG
TATGCGGTTG CGATCCATAA GGCCCAAGGC CTAGAGTACG ACTCCGTCAA AGTCGTGATC
ACGGATGCGA ACGAGCAGAA CATTTCTCAT GCCATCTTCT ACACAGCGAT AACCCGGGCT
CGAGAGCGAC TGGAGATCTT CTGGACGCCA GAGGTTCAGC AACGCATGCT CGGTCGTTTG
GCGGTCAGAG AAAACTCGAA GGATGAGCAT CTTCTCCGTG CGCGGCGGGG TCTGCTCCAA
GTAACGAAGC GCCCGAAGTT GGCCAACGCA CGGACGGCTC CTTAG
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| Protein sequence | MASIHDQVRS ASNVIEQNIE AHSADRGLLA QNMLSQLRNL TEGLMLWAFK SDGSKDYDYN
ELGPAVDYCR ATSRFRILSR LHGQLQASTS HYTLDKDPSE RLMLKYYEYL LRVRDLSRTE
FQQEILQNLQ QFPINIDSAM RDYQEKIAAL VDQVQSSPVG DPRTARYYVH SSRPFFVGGR
IYYEITFSLA HNRTNKFDRN IGFTDIDMTD KYAASLDLVS GEISVFSQRM PITVIRSWAV
SIRPCELTNF SSLLTGSSGN VRTSQPEYRN LMSYLTQTRS SLLDLVDMSE PRFKAVRDWA
VKDSKTPTLI FNSIESAREI LQADKAGSRL IRYLLLRMRN EVIKAQYEPA PNSWMSGLYV
SSQSRPFDTM PLCTSPKRHK PRFADLAEVF RSEGREHELL AHKVTTNVEQ NGIIYTPETE
LEHIGDLDAL ISRYNLALPP TPKHAPRTLV RDKGHVFMAG YEDGTVDIIT QVQAFSTSGV
PNHSQDVLNW INANPNAFDD PLKSAALTSL FEHSRVALIY GAAGTGKSTM VNHISQYFTG
EKKLFLAHTN PAVDNLKRRV AHEGSTFSTI ASHTARGQSG IKYDVLVIDE CSTVSNASLL
KVLEYTSFDK LVLVGDVYQI ESIEFGNWFS TIRSYIPAES VFELTRPFRT SDPALLTFWE
RVRNLDDKIE ESIARNGYAA VLGDTLFQPR RPNEVVLCLN YDGLYGINNV NRFMQASNPN
PPVIRDGATF KAGDPVLFYE SDRFGGVIFN NLKGRIVSIA IHPGFTTFEM EIDRNVTAVD
VFGTQLRYIR DSIVEFDVLD RGNTDEDDDS SETMIPFQIA YAVAIHKAQG LEYDSVKVVI
TDANEQNISH AIFYTAITRA RERLEIFWTP EVQQRMLGRL AVRENSKDEH LLRARRGLLQ
VTKRPKLANA RTAP
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