| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sde_0475 |
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| Symbol | |
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| ID | 3967993 |
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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 | 580566 |
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| End bp | 585311 |
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| Gene Length | 4746 bp |
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| Protein Length | 1581 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637919538 |
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| Product | Beta-glucosidase-related glycosidases-like |
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| Protein accession | YP_525951 |
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| Protein GI | 90020124 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1472] Beta-glucosidase-related glycosidases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.811095 |
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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 | ATGTCGACTA TGAAAAGGCT ACTGCATATC ACTATGTTTA GCTCACCTAT TGGCCGCAAA
TTATTGCGCG GTTTAATAAC GTCTGGGCTA CTACTACTCT CGTTACTTTC TATTTCGCAG
GCTACTGCGC AAACGAATTT AGCTTTAAAT AAACCTATAT TTGCCTCTTC CACTCAGGTT
AGGTTAGAGG TAACTGCAGC TAACGATGGC AACCTTGGCA CACGCTGGGG AAGCGACTGG
GAAGACCCGC AATGGATCTA CGTGGACTTG GGCCAACCAA GCACGATTTC TGAAGTAGAA
GTTGTGTGGG AAGGGGCTTA CGGCTCGGAT TACGATATTC AATTTTCTAA TGACGGTAGT
AATTGGGCTA CCGTTGCCTC TGTTACCAAC GGTACTGGCG GCACCGAGCG CACCGCCGCT
GGCGGCAGCG CGCAATATGT GCGCCTGCAT TTGTTGGCGC GCGGTACCGG CTGGGGTTAC
TCGCTGTTTG AGTTTGGTGT GTACGGCTCT AGTGAGCCTG AGCAGCCCAC AGACGACACA
GACTTAGCCG AAGGCAAGCC CACTTACTCC TCGCTAATTG AGGGAGGTAA CAGTGCCGGT
GCGGCAACCG ATGGCAACGA GTCTACCCGC TGGGGATCGG ATTTTGTGGA TGACGCGTGG
ATTTATGTCG ACCTAGAGCA AGTGTCGGTA ATTTCATCTA TCGAGCTTTC TTGGGAAGCG
GCCTACGGCA AAGAATACAA AATTCAAACC TCGAACGATG CGAATAATTG GACTGATATT
TATTACACCG ACTCGGGCGA CGGCGGCAGC GACATTATTG CCGTAAACAC TTCGGCGCAA
TTTGTACGCA TGCAAGGTAT TAGCCGTGGC ACAGGTTGGG GTTATTCACT GTGGAGCTTT
CGTGTCATTG GTCACGTTGG CGATAACTCG TCCACAATTG TCAATGTGCC TATTGTTGGC
CCCTATGTGG AATTTATTAA TTTAGGTTTA TCGCCCGCCG CTAACGATGG TGTGGATGAA
ATTCGCGTGC AAAATATTGT GGTGGATGAA TCGGTAGCCT ACCTTGAAGG TACAACCGTT
ACCTTTACTA AGGACTTTGT AAGCCTTGGC CCCAATAACG ATTTAGAAAT TTCCGCAATT
GATAAAAACG GCAACCTACT TAATCACTTC CCGTTAACCG TAACCGTTTA TGACGGTTTG
CAAATACAGG TAGAGGTTGT AGAAAAATCG TCTAATAATG ATGATGACTT GGCGTTGGGT
AAGCCGGTAT ATGCCTCTAC CGAAGTGGGC GGCAACTACG CGCAGGCGGT GGCCGACGGC
GATGACGAAA CTCGCTGGGA ATCGGAAGCT GCAGACCCGC AATGGATTTA TATCGATTTA
GATACAGCGC AAACTTTCCA GCGCGTAGTG TTAAATTGGG AAGTGGCTTA CGGCGCTAAC
TACACTATTC AAATTTCTAA CGATGCAAGC AATTGGCAAG ATGTAGAAAT TATTTTGGGC
GGCAATGGCG AAGAAGATAA CATTAACTTT GCCAATCCAG TAACCGCACG CTATGTGCGT
ATGTTGGGTA GCGCACGCGG CACCGGTTAC GGCTTTTCGC TGTGGAGTTT TGAAGTTTAC
GAAAACACAG GTAATAGCGA TTCGGAATTT GAAATTATTC CAGACCCGTA TACCGCACCC
GCTAAGCGTC CAGAAGTGGG TGCATTCAGG GTTCAATCAC CAAAAGATCG CGTAGTCATT
ACCAACACCC GCAACCCCGT ATTGCGCTGG GATGCTTTTG CCGGTGCAGG TGAATACGAC
GTGTACTTAA ATATTACCCG CAACGACTAT GACTTTACCC AAGCCGGTAA CTTTTTAGAT
CGCTATACCA AAATAGGTAC AACGTCAGAT ACACAATTTA CCGCACCAGA TTTGTCAGAT
CGCTGGACCT ACAAATGGTT TGTGGTTGCT GTGGGCGGTG CGCAAACGCA ATCCGATATT
GGCACCTTTA GTGTATACCT GCCAGTGATG GAAAACGTAG ACGACGGCGT TAATATTATT
AATGGTTTCC GCGATGCAAA TAAAAACGGT TCTATCGAAC CCTTTGAAGA TTACACCAAC
ACCATTGATG TGCGTGTAAA CGATTTGCTT GGCAGAATGA GCCGCGAAGA CAAAGCCATG
CAAATGTTTT TTGATAGCAA GGTATACCAC AACGCTGGTT TCCATTTTGG CCCTATCACG
CCAGCCGAAG ATTACCAAAT GCAATTGGAT CACGCGCGGG CAAACGAAAA TGGTATTCCG
CCAATCACTA CGGCAGACAC TATTCACGGC TATGAAACCA CTTACCCAGC ACAATCGGGT
TTAGCTGCTA CAAAAAATTA CGATTTAATT TATCAGCTTG CCGATATGCA GCGCCGTGAA
CAATTAGCGG TGGGTGCACG CGGTACCTTG TCGCCACTTG CCGAAGTGGG TACCAAAGTA
TTGTACCCGC GTATTCAAGA AGGCGGTGGT GAAGATGCCG ATGTAGCCGC AGCCATGGTG
CGCGCAATGT TGGTGGGCCT ACAGGCAGGG CCAGAATTAA ACCCGCAATC TATATCTGTA
ACTACTAAGC ATTGGCCAAG CCAAGGTGCG GGTGGCGAAC AGCAAATGGT ATACGACGGT
ACAACCGTGC ACTACCACAT GCGCCCTTGG CATGCGGCTA TAGAGGCGAA CACCAGTGGC
ATTATGCCGG GTTATGGTGG CACGCGCTTA TTTGGCCCTG ATGATCACGG TGCGGGCGAT
AACCCCTATA TTATTGGCTA CTTGCGCAAT GCCATGGGGT TTGAAGAAGG CCTAATTATG
ACCGATTGGC TGCCCAGCGG TTCGTGGGTG GGCTCGGCCT TGGCCGGTGC CGATGTAATG
GGCGGCGCGG CACCTGCAGT AAAAGGTAAC TTCACTATGG AAGTGCCAGA AGACCGCATC
GACGATTCCG TGCGCAAAGT ATTAGATATG AAATTCCGTA TGGGTTTGTT TGAAAACCCC
TATGCCGATG CCGAGTACGG AAGTGGTGAG TGGTTTTCTA GCCGCAACTA TAAGCTTGCA
GTGCAGGCGG CTCAAGAATC GATTACTTTA CTTAAAAACG ATAATATTTT GCCGATCAAT
ACCGATCGAA TAAACAGCAT TGTTGTTGAT GGGCCGTTCG CAGATATAGG CAACCAGTTT
GGCATTTGGA AAAGTGGTTT TCACTATGCA TCCGGTGCAC TTACCGCTTA CAAAGGGATT
AAAAAGCGCG GTGAAGAGTT AGGTGTAAAT GTGTATTTAA ATGATGCGCC TACTCGCCCA
GATGTAGCCG TAGTGGTGGT GGGTGAAGAG TCTTATACCC ATGGTACGGC ATGGCCAAAC
GAGCAGCCGT ATTTACCACA AGCGCAGCTA GATGTAATAC GCAAATACCG CAATCAAGAT
ATTCCCGTGG TAGTGGTATA TGTATTGGCT CGCCCAAGTG TGCTTACCGA ATCGTTAGAT
TCTGCCAGCG CGCTAATGCT TACCTATCGC GCCGGTGATG GAGCAGGTCA AGCTATTGCC
GATGTAATTT TTGGCGATTA CGTACCCACT GGTACCTTAC CTTGGCAGTT GCCGCGCTCT
ATGGCGCAAA TTGGTAGCGA CGATAAAAAC GATCAGCAAG AACATTGGGA TTTACCCTTC
GACTTGGGCG CAACCGCTGC CGAGCGCGAA GAGATCCGCA ATAAAATTGC GAATGGTGAA
AAAATTCTAC CCATATATGG CGACCCATTG TTCCAGTTTG GTTTTGGTTT GCAAAACTAT
GGTTTGAATG ACGATTCTGC CCCAGCAAAC TTTGGGTTAG TTGCACCTGG CAACAATACT
TTCCATTCGC CCAATTTGCC CAGATTCCGC TGGAATGCAA GTAGCGATAA CGAAACAGGT
ATTCGTCATT ACGAAATATA TGTAGACGAC GAGCACTTAG CAACCGCCAA AAATACTGAG
TGGGATCATC GCAATTTAGT GTTAATGAAT GGAGGCCACA CATGGTATGT AGAGGCCGTA
AACTGGGCCG GTGGCAAAAC ACGTTCACCA ACCTTTGATT TCGACTTAAA CGATACCAGC
GCACCGCCTG CGTTCAACGT TTACACCGCC GCTAGCGAAA ACGACAGTAA CTACAAAATT
TACTGGAGCT TTGCTGCGGA CGCAGGTAGT GGTATTGCCT CGTACGAAGT ATTAGTAAAT
GGTGGTTTTG TTAGCGAGCA AGCGCCAATG GTATTGTCGG ATGTTGCCGT TGCAGCCAAT
GGTAACCGCG CTCTAGGTTC TTCAACAATT GTATCTACGT CATCCGCCAG TATTGTGGAC
GCCGCAACCG ATGGCGACCC CGCTACGCGT TGGCAGAGTA AATACAGTGA TGCTCAGCAT
ATTATTGTCG ACTTGGGTGA AACTTATCTT GTTAATCGTG TAGTGCTTAA CTGGGAGAGC
GCTTACGGTC GCGCTTACCG CTTGCACGCT TCCACCGATG GTGAAAACTG GCAAGAAATG
TATTACACCA ACAGTGGTGA TGGCGGCATA GATACAATTA ATAATTTATC TGCCGTTGCT
CGCTACATAA AAATGGAAGG CATAGAACGC GCTAGCGCTT ACGGTTATTC GCTGTGGGAA
TTTGAAGTGT ACGGCGATGT ATTGCAATCC TATCGCGGCG AAAGCATGCC TTTTGGTAAC
AACACATGGA CGATTCGCGC CGTAAATGGC ACAGGCCTGG TTCGCGAAGC GAGTGTTAAT
CGTTAA
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| Protein sequence | MSTMKRLLHI TMFSSPIGRK LLRGLITSGL LLLSLLSISQ ATAQTNLALN KPIFASSTQV
RLEVTAANDG NLGTRWGSDW EDPQWIYVDL GQPSTISEVE VVWEGAYGSD YDIQFSNDGS
NWATVASVTN GTGGTERTAA GGSAQYVRLH LLARGTGWGY SLFEFGVYGS SEPEQPTDDT
DLAEGKPTYS SLIEGGNSAG AATDGNESTR WGSDFVDDAW IYVDLEQVSV ISSIELSWEA
AYGKEYKIQT SNDANNWTDI YYTDSGDGGS DIIAVNTSAQ FVRMQGISRG TGWGYSLWSF
RVIGHVGDNS STIVNVPIVG PYVEFINLGL SPAANDGVDE IRVQNIVVDE SVAYLEGTTV
TFTKDFVSLG PNNDLEISAI DKNGNLLNHF PLTVTVYDGL QIQVEVVEKS SNNDDDLALG
KPVYASTEVG GNYAQAVADG DDETRWESEA ADPQWIYIDL DTAQTFQRVV LNWEVAYGAN
YTIQISNDAS NWQDVEIILG GNGEEDNINF ANPVTARYVR MLGSARGTGY GFSLWSFEVY
ENTGNSDSEF EIIPDPYTAP AKRPEVGAFR VQSPKDRVVI TNTRNPVLRW DAFAGAGEYD
VYLNITRNDY DFTQAGNFLD RYTKIGTTSD TQFTAPDLSD RWTYKWFVVA VGGAQTQSDI
GTFSVYLPVM ENVDDGVNII NGFRDANKNG SIEPFEDYTN TIDVRVNDLL GRMSREDKAM
QMFFDSKVYH NAGFHFGPIT PAEDYQMQLD HARANENGIP PITTADTIHG YETTYPAQSG
LAATKNYDLI YQLADMQRRE QLAVGARGTL SPLAEVGTKV LYPRIQEGGG EDADVAAAMV
RAMLVGLQAG PELNPQSISV TTKHWPSQGA GGEQQMVYDG TTVHYHMRPW HAAIEANTSG
IMPGYGGTRL FGPDDHGAGD NPYIIGYLRN AMGFEEGLIM TDWLPSGSWV GSALAGADVM
GGAAPAVKGN FTMEVPEDRI DDSVRKVLDM KFRMGLFENP YADAEYGSGE WFSSRNYKLA
VQAAQESITL LKNDNILPIN TDRINSIVVD GPFADIGNQF GIWKSGFHYA SGALTAYKGI
KKRGEELGVN VYLNDAPTRP DVAVVVVGEE SYTHGTAWPN EQPYLPQAQL DVIRKYRNQD
IPVVVVYVLA RPSVLTESLD SASALMLTYR AGDGAGQAIA DVIFGDYVPT GTLPWQLPRS
MAQIGSDDKN DQQEHWDLPF DLGATAAERE EIRNKIANGE KILPIYGDPL FQFGFGLQNY
GLNDDSAPAN FGLVAPGNNT FHSPNLPRFR WNASSDNETG IRHYEIYVDD EHLATAKNTE
WDHRNLVLMN GGHTWYVEAV NWAGGKTRSP TFDFDLNDTS APPAFNVYTA ASENDSNYKI
YWSFAADAGS GIASYEVLVN GGFVSEQAPM VLSDVAVAAN GNRALGSSTI VSTSSASIVD
AATDGDPATR WQSKYSDAQH IIVDLGETYL VNRVVLNWES AYGRAYRLHA STDGENWQEM
YYTNSGDGGI DTINNLSAVA RYIKMEGIER ASAYGYSLWE FEVYGDVLQS YRGESMPFGN
NTWTIRAVNG TGLVREASVN R
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