| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_0917 |
|---|
| Symbol | |
|---|
| ID | 4844783 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Shewanella baltica OS155 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009052 |
|---|
| Strand | - |
|---|
| Start bp | 1051851 |
|---|
| End bp | 1055063 |
|---|
| Gene Length | 3213 bp |
|---|
| Protein Length | 1070 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 47% |
|---|
| IMG OID | 640118136 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_001049311 |
|---|
| Protein GI | 126173162 |
|---|
| COG category | [S] Function unknown |
|---|
| COG ID | [COG5373] Predicted membrane protein |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 19 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGCCGTTAA AGGATGACGT CGCCCAACTA AAAGCTGAGC TGGCACAATT ACAGTCGCTG
CATTTATCGC AGCAATCTTC GCTCAGCCGT CAATTGGCAG AATTTTCAAC TAAGCTCGAT
ACCTTAAGTC AGCAAATTGC GACTGAAGAC GCCTCTGATA CCAGTCTTAG TATGGCGGCA
GATAGTATGA CAGCGGGTGC TGCATCGATT GCGGCAGTGG TCCCCGCCGC CGATAACGCG
CCCACATTAA CCTATGCGAT ACACACACCA ATCCTTGAGT CCACTCCCGT AGAGCCAGTT
CCTGTAGAAC CCAGCCCATG GCAGCAAAAC GCTGTGCAAG GAGACCCTTG GCAAAGAAAC
ACAAAAAATA CCTCAGCAGA ACAAGTCGCT AAAACCGAAT ACCAGGCGCA GGGCCAACAA
CTGAGTGATG AAGTCAAATT ACAGGCAAGC GTGCAAGTGG CGAGTCAATT TGATGATCTG
CTATCCCAAG GATTAGCGGC CATCATGGCG CCCTTTGGCG CAATTACCGA ACAAATCAAA
TCCTTCTACC ATCATTATCA AGCTAAGGGA TTAGGCCCGG TCTTTTTGAT GACAGTTGCA
GGGATCATCA CCCTGACCTT AGGCTTTGGT TATTTACTGC AATATTCCAT CAACCATTGG
TTCTCTGAAC TGGGCAAAGC CCTACTCGGG TTTGCCAGTG CGAACGCTAT CATAGCCGGC
GGGATTTTTA TTCGCCAAAA ACGCGCGGGC ATGGCGGACT TTGGCTCAGG GATAGTCGGA
TTAGGCCTTA TCCTAAACTT TCTCTGCGCT TACTTTATTG GGCCATATTT TGAAATCATC
CCCAATAGCG CGAGTTTTAT CTTACTGTTA TTGATCACTC TGGCGGGTTA TGGCCTGTCA
ATGCGCTTAG ATGCCAAAGT CATTGCCGTC ATCGCCTTAG TCGGCGGCTC GACCGCGCCT
ATGATGCTAT TATCCCAAAG CTACGCGCCG CTACTGTATC TTCCTTATTT ACTGCTTATT
GGTGCCGGCG CCCTTGCCCA GAGTCGTAAG TTAAAGTGGC CGCTATTAGT GGAAATCACC
GCCCTGCTGC ACATTGGCTG CATCGAAGCC TTTAGTTATT TTGTGCCATT GCCACTCAGC
GACTTTGGCG GCGGCAGTCT GCTGGCGCTT ATCAGTATTA ATGCGACCTT TTATCTCTAC
GGCATAACCG GCCTAATATT TCCCCATCAA TTTACCCATC AAGATAAACA ACAAAGCAAT
ACGCTGAGCC ATCGCATACT CGCCCTGCCA ATAGCATTGC TCGCCTTTGT GCTATTCGAA
TTAACGCAAT TTACTGAGTT CGCAGGGGAA ATCTTTGCGG TCAACGCGCT GATCTGTGCA
GCCCTCTATT GGCAGCTAAA AAGCCGCTTA GAAAAAGCCC GCAGCGGCTT ATTGTTAGTC
TTTGCAGGAA GTTTTGCCGG ATTCGCGGCG CTGTATTTAC TTAGCCATGA TTTCCTCGGC
TTAGTCTTAC TGCTCGAAGC CTTATTACTG TTATGGATTG GCACCAAAGA AGAACTAATT
TCAGTACGCG CCGAAGCCTA TGTATTACTG CTGATGGGAT TAGGGCTAAA TGCGTTTAGC
GTGCTAGATA GCATGGCACT GTTAGAATCC AGCATGTTAG ATGCCTTAGC GATTTCACCT
TTATCGGCCT TTGGCTTTTC GCTGATAGCG CTGGCTTTAA GTTGCGCCGC CTTAGTCTTT
GCCATTCGAC TATTAACATT CACAAATGCG CCGCTTTCTG CGTTAGAACA TCAGCTTTGC
AGAATACTAA AAGAACTATT AAGCGGTTTT TATGTGGCGA CAATTATCCT CGCGGCTTAC
CTTTTGAGCA GCGATTACTA CCTCGCCATT TTGCCACTGG TCAGCCTATT ACTGCTGTAT
TTAAGCGCAA AGGACAAACT CGTTATCAGC GAATTTGCCG CTTGGATCTT GCTATTACCG
CTGCTCTTTA AGGTCGTTGA AGGCATAACA CTCGCGGACA GTTTTAGCTT TAGCGCCCAG
CCGCTCATGG CAAAACTGGC TCGGATTGAG TTATTTACCG CCTTACTCTT GGCCCATTAT
TGGTATCGCC GCCACTATAA AGATGCCCTA TTTGCTAAAG CCGCTTACAG CGTGCAAATC
TGCTGTTACT TGATGCTGCC GCTTATTTTA CTGCCCAAAG TTATCCGCAA CTATTGGGAA
TATACCGCTA TCGCCCTTTG GCTGAGCACC TTTATGAGCC TAGGTTTAGC CTATTTTGTT
AAGCATAAGA GTTTGAACAT AGAGGCCAAA ATCCTCACTT GGCTAGCGGT TATGATGACC
GCCTCGCTAT GTCTTATTCA CGTTTGGCAA GGACTCGCGG CGCTGGTTAT TGGCGCCCTG
TTTATGGGCT TCACCCTGCT TCGTTATCGC CAATTACCCG AGACATGGCG CCCCTTGCTG
CAGCTACAAT GGCAACTGAG TCCTTATTAC TTTGCACTGG TATTGGCCGT GATCGTTTAT
GGCTTTAATC ATTCTGAGCT CGTTGGAATA GCGATGACAG CGTTAGCCTT AAGTGGTTAT
TTTGCATTGC TTATCCAAAA AAGTTTAAGC AAAAGAGCTG AAGGCCAAGC CTCACATAGC
ATGAAGTTAA CCCTAGTTGC CGAAATCCAA GCCGCAATAA AGGAAAGCTA CCATCTCGCC
TATGGCCTCA CTTTAGGCTT AGCCCTGTTG CCCATCATGT TGCATTTTGA GATCACGCTT
GGGCTTAATC GTGATAATGC CTCGTTTGTG TTAATCGAGT TTTTATCACT AGCACTACTA
GCAAGGCTTA TCTTGCAGCA CGGCGCAGCA ATACGCTTGC ATAGACGTAT ATTGCCATTA
CAAGGACTTA AGTGGGGTTG GCATCTGTTA CTCGCCTTGA GTTACTTCAT GTGGAGTTAT
AGTTTTGATA GCATGATTGC CGCCCCACTC AGCGCGATTT TATTGGTTAT CCATGGCAGT
GTGTTGATGT TTATCAGCTT AAAACCACAA AATGCCGATA TGATCCGCCT CGCCGCTGGG
CTATTTATCC TATCGACGCT CAAGGTGCTA TTACTGGATA TGGCGTCCTT CGAGCTAGTG
CAAAAGGTCA TTGCCTTTAT GCTGATCGGG GTTATTTTGC TTACCGTTTC TTACTTCTAC
CAGAAGGCGA GAAATCGATT GCAGCAAGAT TAA
|
|---|
| Protein sequence | MPLKDDVAQL KAELAQLQSL HLSQQSSLSR QLAEFSTKLD TLSQQIATED ASDTSLSMAA
DSMTAGAASI AAVVPAADNA PTLTYAIHTP ILESTPVEPV PVEPSPWQQN AVQGDPWQRN
TKNTSAEQVA KTEYQAQGQQ LSDEVKLQAS VQVASQFDDL LSQGLAAIMA PFGAITEQIK
SFYHHYQAKG LGPVFLMTVA GIITLTLGFG YLLQYSINHW FSELGKALLG FASANAIIAG
GIFIRQKRAG MADFGSGIVG LGLILNFLCA YFIGPYFEII PNSASFILLL LITLAGYGLS
MRLDAKVIAV IALVGGSTAP MMLLSQSYAP LLYLPYLLLI GAGALAQSRK LKWPLLVEIT
ALLHIGCIEA FSYFVPLPLS DFGGGSLLAL ISINATFYLY GITGLIFPHQ FTHQDKQQSN
TLSHRILALP IALLAFVLFE LTQFTEFAGE IFAVNALICA ALYWQLKSRL EKARSGLLLV
FAGSFAGFAA LYLLSHDFLG LVLLLEALLL LWIGTKEELI SVRAEAYVLL LMGLGLNAFS
VLDSMALLES SMLDALAISP LSAFGFSLIA LALSCAALVF AIRLLTFTNA PLSALEHQLC
RILKELLSGF YVATIILAAY LLSSDYYLAI LPLVSLLLLY LSAKDKLVIS EFAAWILLLP
LLFKVVEGIT LADSFSFSAQ PLMAKLARIE LFTALLLAHY WYRRHYKDAL FAKAAYSVQI
CCYLMLPLIL LPKVIRNYWE YTAIALWLST FMSLGLAYFV KHKSLNIEAK ILTWLAVMMT
ASLCLIHVWQ GLAALVIGAL FMGFTLLRYR QLPETWRPLL QLQWQLSPYY FALVLAVIVY
GFNHSELVGI AMTALALSGY FALLIQKSLS KRAEGQASHS MKLTLVAEIQ AAIKESYHLA
YGLTLGLALL PIMLHFEITL GLNRDNASFV LIEFLSLALL ARLILQHGAA IRLHRRILPL
QGLKWGWHLL LALSYFMWSY SFDSMIAAPL SAILLVIHGS VLMFISLKPQ NADMIRLAAG
LFILSTLKVL LLDMASFELV QKVIAFMLIG VILLTVSYFY QKARNRLQQD
|
|---|
| |