| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_1924 |
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| Symbol | |
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| ID | 4478232 |
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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 | Shewanella sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | - |
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| Start bp | 2287223 |
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| End bp | 2289736 |
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| Gene Length | 2514 bp |
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| Protein Length | 837 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 639726506 |
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| Product | glucan 1,4-alpha-glucosidase |
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| Protein accession | YP_869561 |
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| Protein GI | 117920369 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3387] Glucoamylase and related glycosyl hydrolases |
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| TIGRFAM ID | [TIGR01535] glucan 1,4-alpha-glucosidase |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 25 |
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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 | ATGAATATGG AATCAACAAC AGTTCGCAGC TTTTCTGACC GTCGCAACTT AAGCCGTAAG
CCGATTGCGC TTGCGATTGC CGCAAGCCTT ATCGGCGTTG CCAGCTTAAC AGGCTGCTCA
CCCTCGGCCC CCAATGCAGA CGTATCCACA CCGACTGTCG CCAAATCCTC AGACGCAAAC
GTACAGATCG CCCCCGGCGC CCCCGGCAAA GCGCCTACTT GGGCGTTCTC CGGTAAAACA
GGGATTGGCA CCTCCTATGA GCCTTATACT CACGGGCAAT ATCAAGATAG TGCCCAAAAT
CCCATCAGCC GCGTGTGGTT CTCCGTCGCC CAGGGGATTT TAACCGAAAC CATGTACGGT
CTTATTCACA ATGCTCAGCT CAAAGAATTG CAATTTGTGA TCACCGGCAA TGGCTTTATC
GATACTGAGA AAGACAACAC TATCAGCAGC ATTGAATACT TAGATACCGA CGCCAATGGC
CGCCCACAAT CCTTGGCCTA TAAAATTATC AATCGCGACG TTGAAGGTAA GTATCAGATA
GAAAAACATA TCTTTACCGA TCCCGACCGC GATACGCTGA TGATGCGCGT GACATTTACC
GCCTTTGAAG CGGGCATCAC ACCGCATTTA TACGTTAACC CCCATATCGA TAATGCGGGC
GCGAATGATA TTGGTAGAAT CGATCATCAA GCTCTTATTG CTCGCACCGC CGATCCCCAC
AGCAGCGTGA TGACGGTGAA ATCGGATATC GATTTTGCGC AGGCGACCAC GGGCTTTGTC
GGTGTATCCG ATGGTTTGGC CGATTTAGCC GATAATGGCA AGCTCGATAC CCTTTATCAG
GCCACCAGCA GCGCCGAAAA TCCGACTCAA GGCAACATTG CCTTTACCGC CAGTTATCCC
ACACTCCAAG CGAATCAACC TCTTAATGTG AATTTGGCGA TTGGTTTTGG CCATGATGAA
ACCAGCAGTT TAGCCAATGC CAACGCCAGC TTAACGGCGG GGGATGATGC GGTGCTGAGC
CAATACAACG CCGGTTGGCA CAGTTATTTA CAATCGCTAC CCGCGATGCC TGCTATGGCG
CAAAGCACCA CAGATAATGG CAAACTGCTG TATACCAGTG CCATGGTACT CAAGGCGCAG
GAAGATAAAA CCTACGCGGG CGCCCTTATC GCGTCGCTTT CTAATCCTTG GGGCGATACA
GTGCCTGCTG TCACACCCAG CACGGGCTAC AAGGCCGTTT GGCCACGAGA CTTTTACCAG
TGCGCCATGG CATTTCTCGC CATGGGCGAT ACCCAAACGC CTAAAGTCGC CTTTGAGTAC
CTTAAAAAGG TGCAAGTGAG CGATAAAACT CCAGGCTTTA ACGGCACACC CGGTTGGTTT
TTACAAAAGA CCCATGTGGA TGGCCAAATC GAATGGGTGG GAGTACAGCT CGACCAAACG
GCGATGCCGA TCATGTTCGG CTGGAAACTC TGGCAGGCAG GTGTGCTGAG TCAAGCAGAA
CTGAGCCACT GGTATCAAGA GATGTTAAAA GCCGCGGCGG ACTTTTTAGT TAGCGGCGGT
GAGGTCAATC TCGACTGGAA CCACACCCAA ATTACGCCAC CGAAAACTCA GCAAGAACGT
TGGGAAGAAC AAGCAGGTTA TTCGCCCTCC ACCACGGCCG CAGTTATCGC AGGCTTAGTG
GCTGCGAGTG ATATTGCCAA GGCAGTAAAC GACAGCGATG CTAGTCAGCG TTATTTAGCG
ACCGCCAAAA CGCTTAATCA GCAACTTGAA AAACACTTAG TGACGACCCA AGGTTTGCTT
ACAGATAGCC AAGGCATTAA GGCGCCTTAT TATCTGCGCT TAAGTCCGAA TGGTGAGCCA
AACACCGCCG AGACACTCGC CGCTAATAAT GGTCGAGCGG GATTAGATCA ACGTCAGATC
CTCGATGGCG GCTTTTTAGA ACTGGTGCGC TATGGCGTAC GTGGCGCAAC CGATAAGCTG
ATTAATCAAA GCCTAGCGCT GGTGGATAAC ACCGAACTTG AGGACAATTT ACGCCTCAAA
TACAGCTTTA CTGCAAAAGA TGGCAGCAGT GTTCCGGGCT TTAGACGTTA CGGTAACGAT
GGCTACGGTG AAGATACCCT CACTGGCGCA AACTACGCCG AATCGGGCAG TAATAGCGAC
AACCAACGCG GCCGCGTCTG GCCCTTCTTC ACCGGCGAGC GTGGACATTT TGAACTGGCC
CTTGCCAGTG CTAAGGGAGA GCTAACGGGG GCAAACGCGC AGCAAACCAA ACAGCAGCTT
ATCAATACCT ATGTGCAAGG GATGGAAACC TTCGCCAACG CGGGTCTGAT GCTCCCCGAA
CAAGCATGGG ACGGTGTAGG TAACGCCACA CGTTACCAAT ATCAACTCGG CCAAGGCACT
AACTCCGCCA CCCCGCTCGC CTGGACCCAC GCTGAATATA TCAAGCTGGT GCGTTCAATG
AGCGACGGTC GAGTATGGGA TAACTACCCT ATCGTCACAG AAGCGTTGAA ATAA
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| Protein sequence | MNMESTTVRS FSDRRNLSRK PIALAIAASL IGVASLTGCS PSAPNADVST PTVAKSSDAN
VQIAPGAPGK APTWAFSGKT GIGTSYEPYT HGQYQDSAQN PISRVWFSVA QGILTETMYG
LIHNAQLKEL QFVITGNGFI DTEKDNTISS IEYLDTDANG RPQSLAYKII NRDVEGKYQI
EKHIFTDPDR DTLMMRVTFT AFEAGITPHL YVNPHIDNAG ANDIGRIDHQ ALIARTADPH
SSVMTVKSDI DFAQATTGFV GVSDGLADLA DNGKLDTLYQ ATSSAENPTQ GNIAFTASYP
TLQANQPLNV NLAIGFGHDE TSSLANANAS LTAGDDAVLS QYNAGWHSYL QSLPAMPAMA
QSTTDNGKLL YTSAMVLKAQ EDKTYAGALI ASLSNPWGDT VPAVTPSTGY KAVWPRDFYQ
CAMAFLAMGD TQTPKVAFEY LKKVQVSDKT PGFNGTPGWF LQKTHVDGQI EWVGVQLDQT
AMPIMFGWKL WQAGVLSQAE LSHWYQEMLK AAADFLVSGG EVNLDWNHTQ ITPPKTQQER
WEEQAGYSPS TTAAVIAGLV AASDIAKAVN DSDASQRYLA TAKTLNQQLE KHLVTTQGLL
TDSQGIKAPY YLRLSPNGEP NTAETLAANN GRAGLDQRQI LDGGFLELVR YGVRGATDKL
INQSLALVDN TELEDNLRLK YSFTAKDGSS VPGFRRYGND GYGEDTLTGA NYAESGSNSD
NQRGRVWPFF TGERGHFELA LASAKGELTG ANAQQTKQQL INTYVQGMET FANAGLMLPE
QAWDGVGNAT RYQYQLGQGT NSATPLAWTH AEYIKLVRSM SDGRVWDNYP IVTEALK
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