Gene Swol_1378 details

Gene Information

• Locus tag: Swol_1378
• ID: 4281940
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Syntrophomonas wolfei subsp. wolfei str. Goettingen
• Kingdom: Bacteria
• Replicon accession: NC_008346
• Strand: -
• Start bp: 1593775
• End bp: 1596867
• Gene Length: 3093 bp
• Protein Length: 1030 aa
• Translation table: 11
• GC content: 47%
• IMG OID: 638138258
• Product: hypothetical protein
• Protein accession: YP_754056
• Protein GI: 114566902

Plasmid Coverage information

• Num covering plasmid clones: 7
• Plasmid unclonability p-value: 0.872311
• 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

ATGGAATTTT ACTGGATAAT TGATTCGGAA GGGGTGAGTT TTCGCCTGAA TGGAAAAATA 
AGAAAGGGTA AGAGGGAAAT GGATATTAAA AGGGTTTGTT TTCAAAATCG AAGGTTGAAT 
ATTTGCAGTA TTTTGGTAAT GGTATTCTTG CTCACCCTGC CATCGAATAT TTGGGCTGCT 
GCTACCGGGG ATGGTTCTAC TGCTGCGGTC AGTTCTGATG GTAGTCTCTT TTCTGGATTC 
ATAACAGATG GGGTAGGTTT TTCAGAGCTC TCCAATATCC GGATGGTACG GACTGCCGGA 
ACCGATCCGC TTGCCACCTG GGAACCGTGC AATTCTTCGC AGTCAAGAGA TATAGATTTC 
AATGCGGTTG CTTATGGGAA CGACACCTTT ATAGCGGTAG GAAAGTCCGG TACCATAGTT 
AGCTCATCAA ACGGAATGAA CTGGTGCAGT GTAGGGCCCG GGATCGCTAT GGACCTTTAT 
GGAGTAGGCT ATTGCAACAA TACCTTCGTG GTAGTGGGTG ACGGCGGGAC GATTCTTACC 
TCGGTGGATG GCGTCAGCTG GACCAGTCGT ACTTCGGGAA TTGTGAGCAA GCTTTACGGT 
GTAGCTTATG GTAATAACAC CTTTGTTGCG GTAGGTGATG CCGGAATGGT TCTGACCTCG 
CCTGATGGCG TATACTGGAC TAACAGGACA TCAGGCACCT CCCAAAACCT GACTGCCGTA 
ACCAAAGGAA AAGATCTTTT TGTGGCTGTA GGTGACAGCG GGAAGATTCT TACCTCTCCA 
GATGGAATTA TCTGGACAGA ACGGACAACA ATGACAAACA ACATTTTTTA TGGAGTGACT 
TATGGTAATA ATATCTTCAT GGCTGTCGGA TATTATCAAG ATCCCGATGG CGTAGCAATA 
ATTCAAATTG CTAAAATATT TAGCTCGACA GATGGAGTAA TATGGAAGGA TTGTTCGGCT 
GAAGGTTGTT GGTTGGAAGA CATAACCTAT GGCAACAATA ATTTCGTAGC GGTGGGGAGT 
GGCAATACGC AAACGATCGT TACTTCAGCT GACGGTTTAA ACTGGACGGA GAGAATGCCA 
AGGGCCAACT ATTCGCTTTC CGGGGTGGCT TGCGGCCATA ATACCTTTGT AGCTGTAGGC 
GGGGGTGGCA CCATATTCCA CTCCAACCGG GATGCTACGC TATTGGCTAT TACAACCGGC 
AGCCTTACCG CGGGGTTTAT CGGAGAGCAT TACAGTTCAT CCCTTTTAGC CAGTGGCGGG 
ACCGCGCCTT ACACCTGGAG GGCCACTGGT CTGCCGGAGG GGCTCAGTAT TGATTCCCAG 
ACTGGTGTCA TAAGCGGTAC ACCTGCAGGT ATAGGAACCT CCAACGCGAA TGTTACCGTA 
ACTGACAGTT TGGGTATGGC GGTCACCCAG ACTTTCAGAT TAACGCTGAC CCAGAACACC 
GGGATAATAA GCACAGTGGC AGGCAATGGT ACTGCGGGAT ACTCGGGAGA TGGTGGTTTA 
GCTGCTTCGG CCCTTTTAAA TTATCCCCAC GGACTGGCTT TTGACGGTAA CGGCAATCTA 
TATATTGCCG ATGCTTCCAA CCGGAGGGTA AGAAAAATCG ATTCGGCAGG TATAATAACT 
ACTGTAGCCG GAAACGGGAC ATCCGGATAT TCCGGAGATG GGGGATCGGC TATAGCTGCC 
AAAATAACCT GTCCTTACGG GGTGGCGTTT GACAGTAATG GGAATATGTA TATAGCAGAT 
ATTTTTAACC ACCGCATAAG AAAGGTGGAC CCTGCGGGGA TAATAAGTAC GGTAGCTGGA 
AATGGTGTAC TCACAGGCTC ATATAAAAGC GGTTATTCTG GGGACGGAGG ATCCGCTACC 
TCGGCCCAAT TGAATTATCC GTATGGAGTG GCTTTTGATG CCAGTGGGAA TATGTATATT 
GCGGATTCCA ATAACCACTG CATACGCAAA GTGGATACTC TGGGGATAAT AAGCACTGCA 
GCCGGAAACG GTACATATGG CTATTCCGGA GATGGGGGAC CGGCCACCTC AGCTCAGCTA 
AATAATCCCA ACGGATTAAG CTTTGACAAC CGTGGAAATA TGTACATAGC AGATACTTAC 
AACCATCGCA TAAGGATGGT GGATCCCAAT GGCGTAATAA GCACCGTAGC CGGAAATGGT 
AACAGCGGTG ATCGCTATGG AAATGACGGC GGCTATTCCG GAGACGGGGG ACTCGCAACT 
TCTGCCCAAT TAAACAATCC TAATGGAATA ACCTTTGACA GCAGCGGTAA TATGTATATA 
GCAGACAGCA ACAACAACTG TATCCGCAAA GTTGATCATT CCGGAATGAT AAGCACCTTT 
GCCGGAAATG GGACCAGTGG TCATTTCGGA GATGGGGGAC CGGCAACCTC CGCCCAATTA 
AGGAATCCCG TTGGAGTAGC CCTTGATAAC AGCGGGAATT TGTTTATTGC CGATTACTTT 
GACCATTCCA TACGTAAAGT CGTTTTGGCG GCACAGCAAA ATAGCACTAT TAGCCCCACG 
ACGGGTAATT TTGATAAAAG GATCTCAGCC CAGGCGGATG TTTCAACCAC CATGACGCTC 
AACGGCAATG AACTTTTGCG AATCACCAAT GGCGAAACAG CTCTTATACA GGGCAAAGAT 
TACAATGTAA ATGGGAATAC GGTAACTATT CAGAAAGATT ATCTTGCTTC CCTAACGGTA 
GGTACAACCA CTCTTACCTT TGTATTCAGT TCGGGTGCAA GCCAGGTTTT GACCATCACC 
ATTACCGATG GGACAACCGA AACCTGGACG AATTGGACTG CAACCACCCA AAAAGGCAGT 
CACGATTTCT GGACTATCGC TTTTAGCAAA GAGGTTGATC CGAGAAGCCT GGATAACAAT 
ATTTATGTTA CTACTGATGA GGCGGGGAGC AATAAGGTCG ATGACATATC GGTAATCCTG 
GAGGGTAACC TCTGCCAGGT CAAGGTTATG CCTCCTTCTA ACGGCTGGCA GCCGGAGGGC 
AGCTATTACC TTTTTATAAG TAGTAAGGTA AAATCCCAGG GAGGACAGGA GCTGCTGAGT 
GGAATAAGGA TGATGTTCAC AATAACTATG TAA 

 

Protein sequence

MEFYWIIDSE GVSFRLNGKI RKGKREMDIK RVCFQNRRLN ICSILVMVFL LTLPSNIWAA 
ATGDGSTAAV SSDGSLFSGF ITDGVGFSEL SNIRMVRTAG TDPLATWEPC NSSQSRDIDF 
NAVAYGNDTF IAVGKSGTIV SSSNGMNWCS VGPGIAMDLY GVGYCNNTFV VVGDGGTILT 
SVDGVSWTSR TSGIVSKLYG VAYGNNTFVA VGDAGMVLTS PDGVYWTNRT SGTSQNLTAV 
TKGKDLFVAV GDSGKILTSP DGIIWTERTT MTNNIFYGVT YGNNIFMAVG YYQDPDGVAI 
IQIAKIFSST DGVIWKDCSA EGCWLEDITY GNNNFVAVGS GNTQTIVTSA DGLNWTERMP 
RANYSLSGVA CGHNTFVAVG GGGTIFHSNR DATLLAITTG SLTAGFIGEH YSSSLLASGG 
TAPYTWRATG LPEGLSIDSQ TGVISGTPAG IGTSNANVTV TDSLGMAVTQ TFRLTLTQNT 
GIISTVAGNG TAGYSGDGGL AASALLNYPH GLAFDGNGNL YIADASNRRV RKIDSAGIIT 
TVAGNGTSGY SGDGGSAIAA KITCPYGVAF DSNGNMYIAD IFNHRIRKVD PAGIISTVAG 
NGVLTGSYKS GYSGDGGSAT SAQLNYPYGV AFDASGNMYI ADSNNHCIRK VDTLGIISTA 
AGNGTYGYSG DGGPATSAQL NNPNGLSFDN RGNMYIADTY NHRIRMVDPN GVISTVAGNG 
NSGDRYGNDG GYSGDGGLAT SAQLNNPNGI TFDSSGNMYI ADSNNNCIRK VDHSGMISTF 
AGNGTSGHFG DGGPATSAQL RNPVGVALDN SGNLFIADYF DHSIRKVVLA AQQNSTISPT 
TGNFDKRISA QADVSTTMTL NGNELLRITN GETALIQGKD YNVNGNTVTI QKDYLASLTV 
GTTTLTFVFS SGASQVLTIT ITDGTTETWT NWTATTQKGS HDFWTIAFSK EVDPRSLDNN 
IYVTTDEAGS NKVDDISVIL EGNLCQVKVM PPSNGWQPEG SYYLFISSKV KSQGGQELLS 
GIRMMFTITM