| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sde_1146 |
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| Symbol | |
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| ID | 3968390 |
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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 | 1480232 |
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| End bp | 1484746 |
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| Gene Length | 4515 bp |
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| Protein Length | 1504 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637920217 |
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| Product | hypothetical protein |
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| Protein accession | YP_526620 |
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| Protein GI | 90020793 |
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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 | 13 |
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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 | 18 |
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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 | ATGAGCGTTC AACGCCTAGC TATTAAATAC TGTTTGTTCT TTTCGTGTTG GTTTGCAATA
CATGTTGCTG CACAGCCCGC TTGCGATGAT GTATTTCCAG ATGGAGCCTC GTCCATCCAA
AATGGAAACA CGATTACGTT TCAGTGGAAT TCTAAAATAT TTTCTAGCCC AGATAATATA
TTACAAACGA ATGGCCTTGT GGATAATGGC AACCCAGGTA CAAGTTGTGA TTCTAGTGCT
TGTAGTGCCT CCGGAAATTA TGCGGAGGAG ATAGATTACA ATAGTTTTGT CAGTGGGCGG
CCAGATGTTA CTTTGGGGTA TCAGCAGGTT GGCACTATAT CTGCGGGCGA TTACAATAAT
TTAACTTTAG CCAGTGAATC CTCCCTCTCT ATGAACCCTG GCGTTTACAC ATTCCGCGGT
TCTGTCGATC TCCAGTACCT AAGCGAAATA GTGGTTAATT CTGCGGGAAC AGTGGTTATT
TATGTAAGAG GCACTGTAAC GCTAAGTTCT GAAGCGAAAA TAAATAACGC TAACGGTGAC
CGCTATGTGT TTCTTTTTAC GCGCAACACG GTAACCATGC AGTCAAACTC CGTTTTAAAA
GGGGTAGTGT ATTCTCGCGG CAATGTTACA TTGCAAAATG GTGCTCACCT AACAGGAGCC
TTAACCGCAC GTGCAAATAT CACCTTAAAC AGCGCAAGTT TTATTACTTA CAACTCTTCT
GCGGTCGCCA ATACCAATTT CGATTCTTTA TGTACCTCAA CACCAAGCTC CACGGCAACG
TTAGTATCTT ACTGGCAGTT TGATGAATAC GCTTGGTTTG GCACGGCTAG TGAAATAATT
GATGCCTCTG GCAATGGTAA TCACGGTACT GCGCAAAATT CGCTCTCTAC AAGTACGGTT
ACGCCTGCCA TAAATGCCGA CCCCGGCACG TGTTATTATG GTGAGTTTGA TGGCGCTTCT
CACTATGCAA ACATGCCTAA TTTATCTGCT ACGTTAAACG GTACAGCGAG CCTTGCGTTT
TGGGTAAAAA CAACCGAAGT GGGTACCACA AATGCGTGGA GTTCGCCTGC AATAACCGGC
GTAGAGGAAA ACGGCGGAGT CGATGATATT TTTTGGGGCT GGATTGATAA CAATGGCCTT
ATAGGGTTGG CTGTGGGTAA TGCTAATACT GCTAAATCTA CTAGTGCTAT AAATGATGGG
GTTTGGCACC ACATTGTACT CGTGCGAGAT ACATCCGCAG GCCAGTTTAA AATTTATGTG
GATGGTGTAT TGGAAAATAG TGGTGTAATC GCCACACAAA TAATTAGTAA TAGTTATTCT
AGTATTGGGC GTGTTGAGGT GGTTGGTACG AATACAACCC CAATATATTT TGCAGGCTCA
GTTGATGAAG TACAGGTATA TTCCGGCGTA TTAAGCGATA CAGAAGTAAC AACCATTATG
GCGCAAACCC ACGTGTGCCC AACGGTAATG TGCGCAAGTG ATGCTCCTGC ATCTGGTTTG
TATGGCGAGT ATTACAACTC GACTAATTTA ACCGGCATTC CCAGCACGCG CACCGACACA
ACCATCGACT TTAACTGGGG GAGTGGATCT CCTGGTGTAA CCGGCATAGG CAGCGATAAT
TTTTCTATCG ATTGGAACGG GTATGTACGA GCCGAAGAAA CAGGTACATA TTTTTTTCAA
ACAGAGTCGG ACGACGGTGT GCGTTTGTGG GTGGATGGCA ATTTAGTAAT AGATAACTGG
ACGAATCATT CGCCTACCGT AAATATATCC ACAGGGGTTA CGTTAACGGC GGGGCAAGCG
TATCCAGTTA CGCTGCAATA TTATGAGAAC GGTGGCGGCG CCGTAATAAG GCTGCGTTGG
CAAACGCCCT CTAGCGGGGG GTATAGCGCT ATTACTGGCG GCAATACGCC AATTTTAAGT
AGTGGAATAT ACAGTTGCCC AACACCTGTG CCGCCAGAAG CAATGTGTAC AGCAGGTGGA
ATACCTACAC CAGGTTTAGA AGGCGAGTAT TACAATACAG TAGATTTTAC TGGCGGAGTG
ATTGGCACCA GAGTGGATGC CACGGTGGAT TACGATTGGG GCACAGGCCC CCCAGGTGTG
ACGGGTGTGA ATGCCAATCA ATTTTCGGTA GATTGGAACG GTTATATTCG CGTAGAAGAA
ACAGGTTACT ATTCTTTTCA AACAGATTCT GATGACGGCG TGCGCTTGTG GGTGGGCGGC
CAATTATTAA TTAATAATTG GAGCGACCAT GCAGTGGTTA CCGATACCAG TTCTGGCATT
TCTCTCGAAG CTGGTGAGAC CTATCCTATT CAAATGCAGT TTTACGAAAA TGGAGGTTAC
GCAACAGCGC GGTTACGCTG GCAAACACCA TCTGGTGGCA GCTTCGTAAT ATTACCGGCT
GGTACCAGCC CTACGCTTGG CGAGGGTAGT TATTATTGTG CCCCCGATAT GCCAGATCAC
TACGGTATAA GCCACGCTGG CACAGGCATC ACCTGCGAAG CCGAAGCGGT AACTATTACT
GCGTACGATG CTGCAAATAA TCCGTTTATA CCTGTTTCGG GTACCAGCGT AACGCTTTCC
GATAGCATTG GCGATGGCAC TTGGTCGCCA AGCAATACGT ATACTTTCAC TGGTACAGAA
AGTAATTTTA CCGCCTACCT TCGCCAAATA ACGCCAGCTA CCATTAGCGT AAATGTAACA
GACGGTACGA GTACTGAATC TGCAAGCCTC GACCCCGATA TAACGTTTGT TGAATCTCTA
TTGCGGTTTT ACGGCGATAC TTCGAACAGT GTTGTACCCA ACCAAATTGC AGGTGTTACC
GATAATAACG TGGTTGTGCG AGCGGTAGAG ACGGACGATA CCGGCGCGTG TGTCGCGCGT
ATTGCGAATA GCAGTTTTAC CGGGCGCCTA GCGTTTGAAT GTTTAAACCC AAGCAATTGT
GTTGCTGGGC AAACACTAAG TTTAGATGGC GATAATGCAC AGGCTAACAA TAGTGGTGCT
GCGATAGCTT ATACAACGGT AACAATGGAT TTTAACGGGC AAGGCTATAG CAGCTTGCCA
CTGCAATACT CCGATGTTGG GCAAGTGCGT TTGCATGGCC AGGTGGATAT TCCCGCGCAG
GGCAACGAAC CTGCAATCAC GCTTGAAGGC ACAGGTAATA ATTTTATTGT TAAGCCCTAC
ACCATGGCAT TCCAAACTAT AGAAAGCAGC GGGGGTACTA CTAACCCGCA AGCTGCAAAT
GGTGGCACAG GTTTTGTTGC CGCGGGCGAA GCCTTTACTG TGCTTGTCGA GTCGCGCAAT
GCGCTAAACA ATATAACGCC CAATTTTGGC CAAGAGTCGA CAGCCGAATC AGTGCGCGTA
GAATTTAATA GCTTGGTTTA CCCCAGCACG GGTAACGTTG GCAGCTTAAC AAGCCCTAAT
AACTTCTCTC CAGTGGGCGG GGTAAATGGC AGGTTTCAAA ATGCGAGCTT AGCTTGGAAT
GAAGTAGGCG GTATCACTTT AGATGCACGC TTAGCCGACG ACGATTATTT AGGTGCTGGC
GATCTCGCCG CTATTTCTAC AAGCAATACA ATTGGTCGCT TTTATCCCGA TAGTTTTTCT
TTAAATAGCA GTAATGTCAC CGAAGCTTGT GGAGCGTTCA GCTATATGAG CCAGCCAGCT
ATAGGTGTGC AATATCAAGT ACAAGCAAAT GCTGTTGGTG GTGCTGCAGT TACAAATTAC
GATTCAGCTC TCGGTTATGA GCCCTTAGCA AGTTTTACGC ATTCAGCGGA AAATGCCGAT
AGCGGCACCA ACCTCGCCTC ACGTTTAGCA ATTAGCAGTT CCAGTTGGGC GAGTGGCGTT
TACAATTTAA ATACAACCAC TGCTGCGTTT AACCGCACAA TCGTGTTAGA AGCGCCGCTC
ACTCTATTAC AGCTTGGTGT AGCCATAAAC GATACTGATG GCCGGTCTTT TACTGCCTAC
GACACCCATG CGGGCGCAAG TGGCGATTGT ACGGTTGCGG GCAACTGCAG TGCCGTTGCT
CTTGGCAGCG AAATGGAAGT GCGTTTTGGC AGGCTGATAT TGGCCGATGC GTTTGGGCCA
GAAACCGCGC CCTTGGCAAT GGATATGCGC ACAGAATATT GGAACGGAAC AAACTGGGTA
AACAATATTG CAGATAGCTG TACGCAAATA TCTAATGCCG ATATCGCGTT CCCCAACGGC
ACAATAGATT CAGTGGCTAA TAAAACCGTT ACGGTTGGCG GGGGCACAAG CTCGGCAAGT
TTCCCTTATT CTGGTTTAAC CTATGTTGGC TTTACCAACG GCGATGCTGG GGCGTCGTTG
TCGGCCCCAG GTGCAGGAAA CACCGGTAAT TTTAAAGTAG ATATAGATTT AACAAACTAC
CCGTGGCTGT TGTTCGATTG GAATCAAGAT GGCGATTACA GTAATGACAC CGCATTGCCT
GCGGCGCAAT TTAGCTTTGG CAGTTATCGC GGTCACGATA GAATTATTTA TTGGCGAGAG
GTGCTAGGGC AATAG
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| Protein sequence | MSVQRLAIKY CLFFSCWFAI HVAAQPACDD VFPDGASSIQ NGNTITFQWN SKIFSSPDNI
LQTNGLVDNG NPGTSCDSSA CSASGNYAEE IDYNSFVSGR PDVTLGYQQV GTISAGDYNN
LTLASESSLS MNPGVYTFRG SVDLQYLSEI VVNSAGTVVI YVRGTVTLSS EAKINNANGD
RYVFLFTRNT VTMQSNSVLK GVVYSRGNVT LQNGAHLTGA LTARANITLN SASFITYNSS
AVANTNFDSL CTSTPSSTAT LVSYWQFDEY AWFGTASEII DASGNGNHGT AQNSLSTSTV
TPAINADPGT CYYGEFDGAS HYANMPNLSA TLNGTASLAF WVKTTEVGTT NAWSSPAITG
VEENGGVDDI FWGWIDNNGL IGLAVGNANT AKSTSAINDG VWHHIVLVRD TSAGQFKIYV
DGVLENSGVI ATQIISNSYS SIGRVEVVGT NTTPIYFAGS VDEVQVYSGV LSDTEVTTIM
AQTHVCPTVM CASDAPASGL YGEYYNSTNL TGIPSTRTDT TIDFNWGSGS PGVTGIGSDN
FSIDWNGYVR AEETGTYFFQ TESDDGVRLW VDGNLVIDNW TNHSPTVNIS TGVTLTAGQA
YPVTLQYYEN GGGAVIRLRW QTPSSGGYSA ITGGNTPILS SGIYSCPTPV PPEAMCTAGG
IPTPGLEGEY YNTVDFTGGV IGTRVDATVD YDWGTGPPGV TGVNANQFSV DWNGYIRVEE
TGYYSFQTDS DDGVRLWVGG QLLINNWSDH AVVTDTSSGI SLEAGETYPI QMQFYENGGY
ATARLRWQTP SGGSFVILPA GTSPTLGEGS YYCAPDMPDH YGISHAGTGI TCEAEAVTIT
AYDAANNPFI PVSGTSVTLS DSIGDGTWSP SNTYTFTGTE SNFTAYLRQI TPATISVNVT
DGTSTESASL DPDITFVESL LRFYGDTSNS VVPNQIAGVT DNNVVVRAVE TDDTGACVAR
IANSSFTGRL AFECLNPSNC VAGQTLSLDG DNAQANNSGA AIAYTTVTMD FNGQGYSSLP
LQYSDVGQVR LHGQVDIPAQ GNEPAITLEG TGNNFIVKPY TMAFQTIESS GGTTNPQAAN
GGTGFVAAGE AFTVLVESRN ALNNITPNFG QESTAESVRV EFNSLVYPST GNVGSLTSPN
NFSPVGGVNG RFQNASLAWN EVGGITLDAR LADDDYLGAG DLAAISTSNT IGRFYPDSFS
LNSSNVTEAC GAFSYMSQPA IGVQYQVQAN AVGGAAVTNY DSALGYEPLA SFTHSAENAD
SGTNLASRLA ISSSSWASGV YNLNTTTAAF NRTIVLEAPL TLLQLGVAIN DTDGRSFTAY
DTHAGASGDC TVAGNCSAVA LGSEMEVRFG RLILADAFGP ETAPLAMDMR TEYWNGTNWV
NNIADSCTQI SNADIAFPNG TIDSVANKTV TVGGGTSSAS FPYSGLTYVG FTNGDAGASL
SAPGAGNTGN FKVDIDLTNY PWLLFDWNQD GDYSNDTALP AAQFSFGSYR GHDRIIYWRE
VLGQ
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