Gene Smon_1260 details

Gene Information

• Locus tag: Smon_1260
• ID: 8601002
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Streptobacillus moniliformis DSM 12112
• Kingdom: Bacteria
• Replicon accession: NC_013515
• Strand: -
• Start bp: 1391143
• End bp: 1393125
• Gene Length: 1983 bp
• Protein Length: 660 aa
• Translation table: 11
• GC content: 32%
• Product: DNA gyrase, B subunit
• Protein accession: YP_003306590
• Protein GI: 269124013

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

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

ATGTCAGAGA AAAATTATGG TGGGGAAAGC ATTACGGTAT TAGAGGGATT AGATGCCGTA 
AGGGTTAGAC CAGGAATGTA CATAGGGACA ACTTCTTCAA GAGGATTACA TCACTTAGTA 
TGGGAAATAG TAGATAATAG TATAGATGAA GCTCTTGCTG GAGTATGTGA TACTATTACA 
GTTAAAATGC TTCCAGATTC AGAAATAGAA ATAATAGATA ATGGTAGGGG TATACCCACT 
GATATGCATA AATCAGGTAA ATCAACACTT GAGGTAGTAA TGACAGTACT TCATGCTGGA 
GGAAAATTTG ATAATTCAAA CTATCAATTC TCAGGAGGGC TTCATGGGGT TGGTATTTCA 
GTAGTTAATG CATTGTCTGA AAAATTAGAA GCAACAGTTA CAAGAGATGG TAGGGTTGTT 
AGACAAATAT TTTCAAAAGG AAATGCAATT ACAGAGGCTT TAGAAATAGG GAAAGCACCA 
GCTAAAGCTC ATGGTACGAC AATTAAATTT AAACCAGATG CAGATATTTT TGAAACTATA 
CAATTTGATT ATGATATTCT TCAAAGAAGA CTTAAAGAAC TTGCATATTT AAATCAAGGT 
ATAAAGATAA TATTAATAGA TGCAAGAAAA CCAGAAAAAG TTAAAGAAGA AGTGTTTTAC 
TTTGAAGGTG GTATAGTTGA TTTTGTTACA GAACTTGTAG GAGAAGATAA AATTATTGAA 
GATGTAATAT ATATGAAAGA TAGGGTAATG CTTACAGAAG GAGAAGTAGA TGATGAGGGA 
AATCCTATAC CTGATAAATA TTCAGAGGTA GAGATAGCTA TGATATACAA GAACTCGCAA 
TCTACTATAG AATATTCTTT TGTTAATAAT ATTAATACAT CAGATGGTGG AACACATGTT 
TCTGGTCTTA GAACAGCTTT AACTAGAACT ATTAATGATC TAGCTAGAGA GGCTAGCAGT 
AAAAATGAAT TTAAGGGAGA AGATGTAAGA GAAGGACTTG TTTATGTATT AAGTTTAAAA 
TTCCCTGAAC CACAATTTGA ATCACAAACT AAGGCAAAAC TTGGTTCATC TGAGGCAACA 
AGTATAGTTT CAGGAGTGTT TGGAAGTAAA CTTAAGATGT ATTTAGAAGA CCATCCTAAA 
GATTGTAAAA CTATTATAGA TAAAATAGCT ATATCTAAAC AGGCAAGGGA AGCTGCAAAA 
AGAGCAAGAG ATCTTGTAAC TAAGAAAAAT GAATTTAGTT TAGGTGGTCT TCCAGGTAAA 
CTTGCAGACT GTCAATCAAA GAATCCTGAA GAATCTGAAA TATTTATAGT AGAGGGAGAT 
TCAGCTGGTG GATCTGCAAA ACAAGGTAGA TTTAAGGAAT ATCAAGCAAT ACTTCCATTA 
CGTGGTAAGA TACTTAATGT TGAGAAAGCT AATGAACATA AGATATTAGA AAATTCAGAA 
ATTAAAGCTA TGATTACAGC TTTTGGTGCT GGATTTGGTG ATAGATTTGA TATAGAAAAA 
TTAAGATATC ATAAGATAAT AATAATGACA GATGCCGATG TTGATGGAGC TCATATTAGA 
ACACTTATGC TTACATTCTT CTATAGATAT TTAAGAGAAT TAATTAATAA TGGGCATATA 
TACATAGCTC AACCACCGTT ATATAAGGTT ACAACTAAGA GTGGGAAAAA AGAACAAGTT 
AAATATGCAT ATTCTGATGA ACAATTAAAG AGTATAACTA GGGTACTTGA TGAAAAATTA 
GGTGTAGATA ATAGTGGAAA AAATAAATAT AATGTGCAAA GATATAAAGG GCTTGGAGAG 
ATGAATCCTG ATCAATTAAA AGAAACAACT ATGGATCCAG ATGTTAGAAC TTTATTAAAA 
GTTACACTAG AAGATGCACA ATATGCAGAT AAAATGTTCT CAATATTAAT GGGGGATAAA 
GTAGAACCTA GAAGAGAATT TATTGAAGAA CATGCAAATT ATGTAAGAAA CTTAGATATA 
TAG 

 

Protein sequence

MSEKNYGGES ITVLEGLDAV RVRPGMYIGT TSSRGLHHLV WEIVDNSIDE ALAGVCDTIT 
VKMLPDSEIE IIDNGRGIPT DMHKSGKSTL EVVMTVLHAG GKFDNSNYQF SGGLHGVGIS 
VVNALSEKLE ATVTRDGRVV RQIFSKGNAI TEALEIGKAP AKAHGTTIKF KPDADIFETI 
QFDYDILQRR LKELAYLNQG IKIILIDARK PEKVKEEVFY FEGGIVDFVT ELVGEDKIIE 
DVIYMKDRVM LTEGEVDDEG NPIPDKYSEV EIAMIYKNSQ STIEYSFVNN INTSDGGTHV 
SGLRTALTRT INDLAREASS KNEFKGEDVR EGLVYVLSLK FPEPQFESQT KAKLGSSEAT 
SIVSGVFGSK LKMYLEDHPK DCKTIIDKIA ISKQAREAAK RARDLVTKKN EFSLGGLPGK 
LADCQSKNPE ESEIFIVEGD SAGGSAKQGR FKEYQAILPL RGKILNVEKA NEHKILENSE 
IKAMITAFGA GFGDRFDIEK LRYHKIIIMT DADVDGAHIR TLMLTFFYRY LRELINNGHI 
YIAQPPLYKV TTKSGKKEQV KYAYSDEQLK SITRVLDEKL GVDNSGKNKY NVQRYKGLGE 
MNPDQLKETT MDPDVRTLLK VTLEDAQYAD KMFSILMGDK VEPRREFIEE HANYVRNLDI