Gene SERP0108 details

Gene Information

• Locus tag: SERP0108
• Symbol: gltB
• ID: 3242678
• Is gene spliced: No
• Is pseudo gene: Yes
• Organism name: Staphylococcus epidermidis RP62A
• Kingdom: Bacteria
• Replicon accession: NC_002976
• Strand: +
• Start bp: 92349
• End bp: 96844
• Gene Length: 4496 bp
• GC content: 36%

Plasmid Coverage information

• Num covering plasmid clones: 14
• 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

ATGTACAATG AGAAATTAAA AAAGGGACTA TACGATTATC GTGAAGAGCA TGATGCGTGT 
GGTATTGGAT TTTATGCCAA TATGGATAAT AAAAGATCTC ACGATATTAT AGAAAAATCT 
TTAGAAATGT TAAGACGGTT AGATCATCGT GGTGGAGTAG GTGCCGATGG TATTACTGGT 
GATGGTGCAG GAATTATGAC GGAGATACCA TACCAATTGT TCGAACAATT AACAGAATTC 
AAAGTTCCCG GCGAAGGATA TTATGCCGTG GGATTATTTT TTTCTAAAGA GAAAGTTAGA 
GATTCAATTC ACGAAGAGAT GTTTAATCAA TATTTTGAAA GTGAAGGTTT TAAAGTCATT 
GGATATAGAG ATGTGCCAGT AGATACTCGC GCTATTGCTC AACATGTTGC AGATACTATG 
CCTTATATTC AACAAGTATT TGTTGACATC ACAGGTGTAA AAGAAGTTGA AAAACGATTG 
TTTTTAGCAA GAAAGCAAAT TGAAAAATAT AGTGAAACAC AATCCATAGA TTTATATTTT 
ACAAGTCTCT CTCATAGAAC GATTGTTTAT AAAGGTTGGT TACGTTCGGA TCAAATTAAA 
GGCTTATATT TAGACCTACA AAATGAGGCA TATCAATCAA AATTAGGACT TGTACACTCC 
CGCTTTAGTA CTAATACATT TCCAAGTTGG AAACGTGCAC ATCCCAATCG CATGCTTATG 
CACAATGGTG AAATTAATAC CATTAAGGGT AACGTAAACT GGATGCGAGC ACGCCAAAAT 
AAACTAGTTG AAACATTATT TGAAGATGAG AAAGATAAGG TGCATTTTAT TGTTGATGAA 
GATGGTAGTG ACTCATCAAT AGTTGATAAT GCGTTAGAGT TCTTATCATT AGCAATGGAG 
CCTGAAAAAG CAGCGATGTT ATTAATTCCA GAGCCATGGT TATACAATGA ATCTAACGAT 
AAAAAAGTTC GCTCTTTCTA TGAATTTTAT AGTTATTTAA TGGAGCCATG GGATGGACCA 
ACTATGATTT CCTTTTGCAA TGGAGATAAG ATAGGTGCAT TGACTGATAG AAATGGATTA 
AGACCTGGGC GTTATACAAT AACTAAAGAC AATTTTATTG TTTTTTCTTC CGAAGTAGGT 
GTCATTGATG TTCCAGAAGA AAATGTAGCA TTTAAAGGAC AACTTAATCC TGGAAAGTTA 
TTACTTGTAG ACTTTTTGCA AAATAAGGTT GTAGAAAATA ATGAGCTAAA AACTAATATT 
GCTAATGAGT TGCCCTACGA ACAATGGCTA AAAGATTATA AAAATAAAAA TGATTTAGAT 
AATATTTATT ACCAATCTTC CGACTGGGAT GATCAAACAC TCTTCCGCTT ACAGAAACAA 
TTTGCTTACA CTAAAGAAGA TATCAATAAA TATATGACAG ATTTAGTCAT CAATAAAAAA 
GATCCCATCG GAGCGATGGG ATATGATGCA CCTATTGCAG TTCTTAATGA TAAGCCTGAG 
TCACTATTTA ATTATTTTAA ACAATTATTT GCACAAGTTA CCAATCCACC CATCGATGCT 
TATCGAGAAA AGATTGTAAC TAGTGAACTT TCATATTTAG GTTCAGAAGG GAACCTCTTA 
TGTCCTGATG AATCAGTTTT AGAAAGAATT CAATTAAAAA AACCAGTTTT AAATGAAGCG 
CAATTATCAT CAATCGATCA TTCGTATTTT AATGTAACGT ATTTATCTAC ACTTTATACA 
GGTGATTTGG AAAGTAGCTT AAATGAACTA GGGAACCGAG CAATACAGGC TGTACATGAA 
GGTGCGAAAA TTTTGGTGTT AGACGATACG TCTTTAACTC ACGAAAATAG TTATGCAATG 
CCAATTTTAT TAGCGTTAAG TCACGTGCAT CAATTATTAA TTCGAGAAGG ATTAAGAATG 
GAGACCAGCC TCATTGCGCA GTCCGGTGAA ACACGAGAAG TTCATCACGT TGCATGTTTA 
CTTGGTTATG GTGCAAACGC TGTAGTTCCA TATTTAGCGC AACGAACGAT TGAACAATTA 
ACGCGTCAAG GTCAACTTTC AGGAACTGTC GCTGAAAATG TTGCTACGTA TACCAATGTA 
TTGTCAGAAG GCGTTATTAA AGTGATGGCT AAAATGGGCA TTTCTACTGT ACAAAGTTAT 
CAAGGAGCAC AGATATTTGA AGCGGTAGGT TTATCGAATA GCGTCATTGA AAAATATTTT 
ACAGGTACAC AGTCAAAATT ATCTGGTATA AGTATTGAAC AAATAGACAA AGAGAATAAA 
GCGAGACAAA GTGATGATTC TGATTATCTT GAATCCGGAA GTGTATTCCA ATGGAGACAG 
CAAGGTCAGC ATCATGCATT TAATCCTCGT ACGATTTTTT TATTGCAGCA TGCATGTAGA 
GAAAATGATT ACGAGTTATT TAAAAAATTC TCCAAAACTG TAAATTTAAA ACGTACGGAT 
CATATTAGAC ATTTATTAGA ATTCAAGACA CGCCAATCTA TTGATATTAG TCGTGTTGAA 
CCAGCAAGTG AAATCGTAAA ACGTTTTAAT ACAGGAGCAA TGAGTTACGG CTCTATCTCA 
GCAGAGGCAC ATGAGACGTT GGCTCAAGCT ATGAATCAAA TTGGAGGTAA AAGTAATAGT 
GGAGAAGGTG GAGAAGATTC TTCACGTTAC GAAATTCAAA AGGATGGAAG TAATAAGATA 
AGTGCGATTA AGCAAGTTGC ATCAGGTCGT TTTGGGGTGA CGAGTGATTA CTTGCAACAT 
GCAAAAGAAA TTCAAATTAA AGTCGCACAA GGCGCTAAAC CAGGGGAAGG TGGACAACTA 
CCAGGTTCAA AAGTATATCC ATGGATTGCT GAGACTAGAG GTTCGACACC AGGTATAGGA 
TTAATTTCAC CACCACCACA CCATGATATT TATTCAATTG AGGACTTAGC ACAGCTCATT 
CATGATTTAA AAAATGCAAA TAGAAGAGCT GATATTGCAG TTAAGCTTGT ATCAAAAACT 
GGCGTTGGAA CTATAGCTTC AGGGGTAGCT AAAGCTTTCG CCGATAAAAT TGTTATAAGT 
GGTTATGATG GAGGTACAGG TGCATCGCCT AAAACAAGTA TTCAACATGC AGGTTTGCCA 
TGGGAGATAG GCCTTGCCGA AACACATCAA ACACTTAAAT TAAATGATTT GCGTAGTCGC 
GTAAAATTAG AAACGGATGG TAAGTTACTG ACGGGTAAAG ATGTAGCTTA TGCTTGTGCG 
CTTGGTGCAG AAGAATTTGG TTTCGCAACA GCACCACTTG TTGTTTTGGG GTGTATTATG 
ATGAGGGTTT GTCATAACGA TACGTGTCCA GTAGGGGTTG CAACACAAAA CAAAGATTTA 
AGAGCTTTGT TTAGAGGTAA GGCACAGCAT GTAGTTAACT TTATGTATTT TATAGCTGAA 
GAATTACGTG AAATTTTGGC TTCACTTGGT TTAGAAACAG TAGAAGAGTT AGTAGGAAGA 
ACAGATCTTC TTCAACGTTC GACGCAATTG AAACCAAATA GTAAAGCAGC TTCGCTTCAA 
ATAGAACGTT TAATAGAACA ATTGACGGGG TTAATACGAA AGAGATATCA CAAAACCATC 
ATCTTGATGA AGGATTCGAT TTGAATTATC TGTACCCAGA CGCACGCTAT AGTATTGAAA 
ACGGGCACTC TTTTACCGGA AATTATGTTG TTAATAATGA ACAGCGAGAT GTAGGTGTAA 
TTACAGGTAG TGCGATAGCT AAACAATATG GAGAAGAAGG ATTACCTGAA GATACGATAC 
TTGCTTACAC TGAAGGTCAT GCAGGTCAAA GCTTAGCTGC ATATGCACCA CGCGGATTAA 
CAATCCATCA TACCGGTGAT GCTAATGACT ACGTAGGTAA AGGATTGTCC GGTGGAACTG 
TCATCGTAAA TGCTCCAAAT AGTCAACGTG AAAATGAAAT TATAGCAGGA AATGTAAACT 
TTTACGGGGC TTCTAGAGGT AAAGCGTTTA TCAATGGTAA AGCTGGTGAG CGTTTCTGTA 
TCAGAAATAG TGGTGCAGAT GTTGTAGTAG AAGGTATTGG TGATCATGGA CTTGAATATA 
TGACAGGGGG ACATGTCATT ATCTTAGGAG ATGTTGGAAA GAACTTTGGC CAAGGCATGA 
GCGGGGGCGT AAGTTATATT TTCTCTTCTG ACGTGGAGAA ATTTAAAAAG GTTAATGCGC 
TTGAAACTTT AGAATTCAGT AGCATACGTT TTGATGAGGA AAAATCTCTT ATCAAAGACA 
TGCTTGAAGC ACATTTTAAG CATACACGTA GTAACAAAGC ACGCCAATTA CTTGACCAAT 
TTGACAATAT TGAAAAGTTA GCAATTAAAG TTATTCCGAA AGATTACAAA TTAATGATGC 
AAAAAATTGA TTTGAAAAAA CGTCAAATGG AACGTGAAGA TGAAGCAACA CTGGCAGCGT 
TTTATGATGA CAGAGAAACA ATTGAACAAG AGCTACAGCC AGCAGTCATT TATTAA 

 

Protein sequence