| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2127 |
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| Symbol | |
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| ID | 6116390 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | - |
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| Start bp | 2603606 |
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| End bp | 2606230 |
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| Gene Length | 2625 bp |
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| Protein Length | 874 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641633630 |
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| Product | hypothetical protein |
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| Protein accession | YP_001760506 |
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| Protein GI | 170726480 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3008] Paraquat-inducible protein B |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.182748 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.142819 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACAAAAA TAGAAGCACC AAAAGTCGTT AAAAAGAAAC TCTTCTCTCC AATCTGGCTT
CTGCCACTAG TGGCGCTGGC ATTAGGCGCT TGGTTAGGCG TAAAGAGTAT TAAAGAAGCG
GGTATCGAAG TGCGGATCCA CTTCCCTAGC GCTACTGGTA TTGATGTAGG AAAAACATTA
GTCCGCTACC AAGGTTTAAC AGTCGGTAAA GTGGTCGATA TCAGTATTGA TGACGAGCTA
AAAGGCGTTA ATGTTGACCT AAAAATGGAT TATCGAGCCG ATCCTTTTCT TAATAAAGGC
ACTAAATTCT GGCTAGTTGC CCCAAAAGCG TCAATTACAG GTGTTGAGGG GTTAGATACC
CTATTTTCTG GCAACTATAT TGCTATTCAA CCCGGAGATG GCGAATCCCA GTCTTTCTTT
GAAGCAGAAG AGAATGCACC TGCAATTTTG CCTAACGAAG ATGGATTAGT GATAGAGCTG
ACGAGTGAAA CTTTGGGCTC TTTAGATGTT GGTTCTCAGC TCTTTTATCG CCAGATCCCC
GTTGGACAGG TGATAAGCTA TAAACTCAAA GGAGCAAGTG AGATCTCACT CACCGCCTTT
ATTAAGAAAC AATATGCTCA CCTAGTCAAA AAAGACTCAC AATTTTGGAA TGTATCAGGC
CTTAAAATAG ATGCCTCACT CTCTGGCATA AAGATAAAAA CCGAAAGCTT ATCCACTATT
TTGGCTGGCG GGTTAAGCTT CAGCTCCTCT GAAAACTCAG AAATGGCAGA AAAAGGCCAG
CAATATAAGA TTTATGACAA TGAAGAACTC GCTCTAGGCG GGATAGAGTT TACCTTGACC
GCTGATAAAG CTGAGTCAGC AACCATAGGT ACTCCAATTG TATTTAGAGG CATCAACATT
GGCCGCATCA CCGACTCTAA ACTCACCAAC TCAGGGGTTG AGTTTACCGC TAAGCTCAAT
ACTGAGCATG CAGAACTACT TTCCGCAAGC TCCCAATTTT GGTTAGAGGG GGCAGATCTA
TCACTTTCAG GCGTTAAACA TGCAGAGCGG TTACTCACAG GAAGCGTAAT TAACTTTTCA
CCGGGCTCAG GTGAACCAGC ATCACAATAC CCTCTTCTAG CTGAGCAACC TGATAAGCTA
GCGACATCAA AGCTCACGCT CACCTTAACT TCAGAGAGTA ACCAAGGTAT CGCAGAGGGC
GCAGAGGTCA GATATAAACA GATCGCTATC GGCAAAGTTA ACTCTGTAAA GCTAAATAAC
AGTTTGTCCG GCATAGAGTA CCAGATTGAG ATCTGGCCTG AATTTACTAG GCTTATGACC
CAAGACAGTT ACTTTGTACC TGAAAGCGCA CTCTCTATTG ACGCATCCCT TGAGGGAGTT
TCGGTTAAAA CCCGTGACTT CACCACGCTC ACCCAAGGAG CTATAAGCCT AATTCAAGGT
AGCAGTAAGT CACAGGTAAA AAAAGGCGCT ACGTTAACCC TATTTGCCTC ACGCCAAACA
GCCGCAGAGC ATTTTCAAAA TCTGAACTTA ATCAAGCTCA CATTAAGCAG TCCAGATGGT
GCAGACCTCT CTCCTGGCGC CCCCGTCTAT TACCAAAAGA TGCAGATAGG TGAGGTCGAT
AAAGTCAACT GGCAAACTGG CGAGCAGAGT TTCGCTGTTA ACTTAAGCAT TCAAGAGCAG
TTCTCAGAGT TACTGAAATC AAATACTGTA TTTTGGCGAA ATAGTGCCCT GTCAGTTAAC
GCTGCACTTA CAGGTATTGA GATAGATGTC GCTCCTCTTC AAGGTGCATT GAAAGGTAGT
ATCACTTTGG GCTTGCTCGA TGAAACTGAA CATGGAGATC AAGAACATCT CTACGCCTCT
AAATCTTTAG CTTTAGCTCA AGCTAAGCCA ATCAGCCTAA GCTTTCCTGC GGATGTTAAA
CTCAGTGCAA AAGCGCCTAT TCGTTATCAT GGCCATCAAG TCGGTGAAGT TGAATCTGTA
AAACTGGACA AAACTCTTGA TAGCGTTACC GCTAAAGCCT ATTTATATGG CAACTACGCT
AAACAATTTA CACAAACAGA CGCCAGCTAT TTTATTGTTG ATGCGCAGAT CTCACTGTCA
GGTATCACTT CTCCAGAAAC CTTGATAACA GGGCCATATA TCGGTGTCAC TCCGGGAAAG
AGTGACATCA GGAGTGAAAA CTTCGTTGCT AACGACACGC CATCTAAACA ACGTAAAACC
GGAGAGCTCT ATTTCACACT CGAGGACAGC AACCTTGGCT CTATCAAGTC AGGTACTCCT
ATCTTCTTTC GAGGCATGAA AATAGGCCAA GTAGATAGCT ATGATTTATC TGCAACTGGC
AACTCTGTGC TTATGCATTC TCATATAGAC AGTCAGTTTA GCCACTTGGT CAATCAAAGC
AGTCAATTTT GGAACCTGTC TGGCGTCAAA GTCGACATCG GTCTGTTTTC TGGCGCAAAA
ATAGAAACTG GGACATTAGA GACAATTCTG GCCGGTGGCA TTGGCGTTGT TACACAATCT
AAAACCTCAG ATTCAAACCA GCTAGCAGCT GATAGTCAGT TTCCACTGCA AAAGCAGCTG
GATCCTGAAT GGCTAAATTG GGCCCCTGAG CAAAAAGCCC CATAA
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| Protein sequence | MTKIEAPKVV KKKLFSPIWL LPLVALALGA WLGVKSIKEA GIEVRIHFPS ATGIDVGKTL
VRYQGLTVGK VVDISIDDEL KGVNVDLKMD YRADPFLNKG TKFWLVAPKA SITGVEGLDT
LFSGNYIAIQ PGDGESQSFF EAEENAPAIL PNEDGLVIEL TSETLGSLDV GSQLFYRQIP
VGQVISYKLK GASEISLTAF IKKQYAHLVK KDSQFWNVSG LKIDASLSGI KIKTESLSTI
LAGGLSFSSS ENSEMAEKGQ QYKIYDNEEL ALGGIEFTLT ADKAESATIG TPIVFRGINI
GRITDSKLTN SGVEFTAKLN TEHAELLSAS SQFWLEGADL SLSGVKHAER LLTGSVINFS
PGSGEPASQY PLLAEQPDKL ATSKLTLTLT SESNQGIAEG AEVRYKQIAI GKVNSVKLNN
SLSGIEYQIE IWPEFTRLMT QDSYFVPESA LSIDASLEGV SVKTRDFTTL TQGAISLIQG
SSKSQVKKGA TLTLFASRQT AAEHFQNLNL IKLTLSSPDG ADLSPGAPVY YQKMQIGEVD
KVNWQTGEQS FAVNLSIQEQ FSELLKSNTV FWRNSALSVN AALTGIEIDV APLQGALKGS
ITLGLLDETE HGDQEHLYAS KSLALAQAKP ISLSFPADVK LSAKAPIRYH GHQVGEVESV
KLDKTLDSVT AKAYLYGNYA KQFTQTDASY FIVDAQISLS GITSPETLIT GPYIGVTPGK
SDIRSENFVA NDTPSKQRKT GELYFTLEDS NLGSIKSGTP IFFRGMKIGQ VDSYDLSATG
NSVLMHSHID SQFSHLVNQS SQFWNLSGVK VDIGLFSGAK IETGTLETIL AGGIGVVTQS
KTSDSNQLAA DSQFPLQKQL DPEWLNWAPE QKAP
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