| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sde_2832 |
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| Symbol | |
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| ID | 3968176 |
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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 | Saccharophagus degradans 2-40 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007912 |
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| Strand | - |
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| Start bp | 3573868 |
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| End bp | 3576501 |
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| Gene Length | 2634 bp |
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| Protein Length | 877 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637921929 |
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| Product | hypothetical protein |
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| Protein accession | YP_528301 |
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| Protein GI | 90022474 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.0897926 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.0109857 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTAAGA ATAAATTGTA TCTAGCGCTA TCTATAGCGG CTGCTACAAG CCTAACGGCA
TGTGGTGGTG GCGGGGATGC GGCTGATGAC ACTGTTAAAC GCAACGTATT TGCCGTAGGC
GATGTGTTTA AAACGCAAGA AGATGGCGAT GCGGTTGAGG CGGATGTAAG TGAAAACGAT
TTTGGCAGAG GCCTCACGTT CGCATTAGAA AGCGGTAGCA CCACGGCTAA TGGCGAGCTG
GTATTCAATG CCGATGGCTC TTTTACGTAT ACACCCAATG CGGACTTCTC TGGTAAAGAC
TCCTTTACCT ATGTGGCCAC CCACACCGCA TCGGGCGATA CAGCCAGTGC CTTGGTGACT
ATTAACGTAA TAAGTGACTT TGAAACCATC GAGGAATCTG GGTGGACGCT AACGTGGTCC
GACGAATTCG ATAGTTTAGA TAGCATGGCG TGGGATGCGA TGAACGCATC TGCTTCTGAA
GGTGTGTTGT CGGTAAGCGC TGTAGAAGGG CAAACATCTT ACGTTAAAAG CACCGCTGCA
CTGGGGCAGG CTGGGCGTAT TGAGGCGAGC ATTCAGTTGC CCGATGGTAA AAGCTTGTAC
TCTGGCTTTG GCTTAATGCC AATGGCCGAC ATGTTCGATG GTAAAAATGC ATTAATGGCC
ATCGAGAGCG CGAACAATAA GGCAACTGCT GGTGGTCATT GGGGTATTGG ATTAGTAAAT
GGTGTTGAAA TTAATGAACC CACTAACGCA GTAGTACGTG CGGAATTTCA TACCTATGCC
ATAGAGTGGA ATGAGAGTCT GATTCGCTGG TATATAGATG ATATACATAT TCATACCGTA
GATACCCTTA ATACCTGGTC ATACAATTTA AGCGGCGATA CCGTGGTTGC CGATACTACC
ACTAAGCCGT TTAGCCAAGA CCTGCAAATA ATGATGGAGT TAACGGCAGC AAGTTCAGGT
TTGCCAAATG CAATGCTGGT AGATTTTGTA AAGGTTTATG AGTGTGACAC GTCTGTTACC
GATCAAATAG AAAGCTGCGC ATTCGCGGCT GACGAAAATG TGGATAAGCT TGCTTCCAAC
CGTATTGAGT CGGTTGGTGA AATTGTTACC CCATTGTTCA CAGATGAGCT TACATCGTTA
AGCTGGCATT ACTCTGATGC CGAAGAAGCT GTTACTTTTG TTACAGAGCA AGAAAGCGCT
GTGCCTACTC ATAGAGGTAT TGTTTCTCAG CCCGACGTTA TGGAGCCTGT AGCAGAAGTT
GCACCAGTGG ACCCTGTAGA AGAAGGTGAA GAGGGCTACG AGGAATATCA AGCTTACTTA
GCTTATGTGG ACTACCTGAA CTATTTAGAA ACTCTCGCAT TTTTAGATAC AGTGGACCCA
AGCCGCGAAC GTGGCGCTGT TATTCGGTAT CAATCGGATG CAAGCACATG GTCTAATTTT
AGTTTGAATA CTCCGAGCTT AGGCTTAGTT GGAAAAGATT CCGCGCTGCA GTTTGATATG
TATATCGATA GCGCATCTAC AACTACCGAA ACCATCGAAA TACGCATGGA AACCGGTTGG
CCATTCCTTG GCACTGTTCT GCTAAACGTT GCAGACTTGC AGCTAGATAC TTGGGTGACG
TACAACATTC CCGTTAGCGA CTTTTTAGCC AATCCATTTA TTACACCCGA TTGGGCAGTG
GGCCAAGACT GGTTCTTGGG CGGTAACGGT GTTGAAGGGC AGCCTCTCTA TTTAGATACC
AATTCAATTA CTAAAGCCAT TGTGGTTCAG CTAGCAGCAC CAGGGCATTT AGTTTTCGAT
AACGTTGCAA TTACTTGTGT TTCGAATGAA AGCTGCTTCC AGGGGCCATT AGCCAAACAG
CCCATCGTAA AGGCCGGTCC TGCTCCCATT ATTTACGAAG CAGAAGCTTA CACGGCGGTA
ACGGGTGAAG TGCAAACGGA AGATACCCAA GACGCGGGCG GCGGCCAAAA CGTTGGCTAT
ATCGACGCAG GTGAAGCATT GGAATACACC ATTGTTGCAC CTATCGACGG TACCTATAAA
TTCCAATATC GCTTGGCAAG TGGCTTAGAA AGCGCTTCTG AGTTTGATGT TTCTATCGAC
GATATGCTTA TCGATGGCCA AAGCCTACCT GGTACTGGTG GCTGGCAAGT GTGGACCACA
TTGGAGTCTG GTGAGTTTGA TCTAACTGCT GGTGAACACG CTATTGTGTT TAATTTTGCT
GGCGGTATGA ACTTTAACTG GTTTGCAATT GTTCCGCCCC CTATTGCGAT TTTTATCGAA
GCTGAAGATT ACTCGTCAAT GGCTGGTGTT CAGCTTGAAG ACACCGCAGA TGAAGGCGGC
GGTCAAAATG TTGGGTATAT CGACGCAGGT GATTTCCTTC AATACAACGT CGAAGTGCCG
GCTGATGGTA CCTACTTCAT TGAATTGCGT GTAGCCAGCA GTGGTGGTAG CGATGGCTTT
ACCATTACTT CCAATGGCAT TACTACAAGC ACTATTCCTG TAGCGGATAC CGGTGGTTGG
CAAAATTGGA CTACTCAAAC TGTAGAGATG CAATTGTCTG CTGGTCAACA AACACTTCGT
TTCGACTTTA TCGGTGGGGC CATTAACTTT AACTGGATCA ATGTCACCAA CTAA
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| Protein sequence | MVKNKLYLAL SIAAATSLTA CGGGGDAADD TVKRNVFAVG DVFKTQEDGD AVEADVSEND
FGRGLTFALE SGSTTANGEL VFNADGSFTY TPNADFSGKD SFTYVATHTA SGDTASALVT
INVISDFETI EESGWTLTWS DEFDSLDSMA WDAMNASASE GVLSVSAVEG QTSYVKSTAA
LGQAGRIEAS IQLPDGKSLY SGFGLMPMAD MFDGKNALMA IESANNKATA GGHWGIGLVN
GVEINEPTNA VVRAEFHTYA IEWNESLIRW YIDDIHIHTV DTLNTWSYNL SGDTVVADTT
TKPFSQDLQI MMELTAASSG LPNAMLVDFV KVYECDTSVT DQIESCAFAA DENVDKLASN
RIESVGEIVT PLFTDELTSL SWHYSDAEEA VTFVTEQESA VPTHRGIVSQ PDVMEPVAEV
APVDPVEEGE EGYEEYQAYL AYVDYLNYLE TLAFLDTVDP SRERGAVIRY QSDASTWSNF
SLNTPSLGLV GKDSALQFDM YIDSASTTTE TIEIRMETGW PFLGTVLLNV ADLQLDTWVT
YNIPVSDFLA NPFITPDWAV GQDWFLGGNG VEGQPLYLDT NSITKAIVVQ LAAPGHLVFD
NVAITCVSNE SCFQGPLAKQ PIVKAGPAPI IYEAEAYTAV TGEVQTEDTQ DAGGGQNVGY
IDAGEALEYT IVAPIDGTYK FQYRLASGLE SASEFDVSID DMLIDGQSLP GTGGWQVWTT
LESGEFDLTA GEHAIVFNFA GGMNFNWFAI VPPPIAIFIE AEDYSSMAGV QLEDTADEGG
GQNVGYIDAG DFLQYNVEVP ADGTYFIELR VASSGGSDGF TITSNGITTS TIPVADTGGW
QNWTTQTVEM QLSAGQQTLR FDFIGGAINF NWINVTN
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