Gene Smon_1233 details

Gene Information

• Locus tag: Smon_1233
• ID: 8600975
• 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: 1350293
• End bp: 1352407
• Gene Length: 2115 bp
• Protein Length: 704 aa
• Translation table: 11
• GC content: 27%
• Product: anaerobic ribonucleoside-triphosphate reductase
• Protein accession: YP_003306564
• Protein GI: 269123987

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

ATGAATATAC TAAAGAGAGA TGGTAGAGAA GAAAAATATG ATTCAAATAA AATTAGAGAT 
GCCATAAATA AAGCGAATGA AACTGTGGAG TTAAAAGAGA GAATATGTAA TAAAAAAATA 
GAAGAGATAA TACAACATAT AGAGAATGAA AAAATATCTA CTGTTGAAGA AATTCAAGAT 
TTTATAGAAA AATCTTTAGT ATCTGAGGGA TTATATAAAT TAGCTAAGAA CTATATTGTT 
TATAGATATA CAAGATCTCT TGTTAGAAAA GCTAATACAA CAGATGAATC TATATTAGCA 
TTAATACAAA ATTCTAATAA AGATGTTCAA GAAGAGAACT CAAATAAAAA TTCAGTTGTT 
GCATCTACTC AAAGAGATTT AATTGCAGGA GAGGTAAGTA AAGATTTAAC AAGAAGAATA 
ATATTACCAG AACATATTAG TAAAGCTCAT GATGAGGGTA TTTTACATTT CCATGATGCT 
GATTATTTTA TTCAAAATAT TTTTAATTGC TGTCTAGTAA ATATTAAAGA TATGTTAGAA 
AATGGAACAG TTATGAATGC AAAACTTGTA GAATCTCCTA AAAGTTTTCA GGTTGCATGT 
ACAGTTTTAA CTCAAATAAT TGCAGCAGTT GCAAGTGGAC AATATGGTGG TCAAAGTATA 
GATATTAGAC ATTTGGGTAA ATATTTGCGT GTAAGTAGAG ATAAGTATAT GAATAAGTAT 
AGAGAAAAGT ATAAAAATTT AGATGAAAAA ACTTTAAGTT CATTAGTAGA AGATAGAATT 
AGAGATGAAT TAAAAAGTGG AGTACAAACG ATACAATATC AAATCAATAC ATTAATGACA 
ACTAATGGAC AATCACCTTT TGTAACCCTA TTTCTTTATT TAAGAGATGA TGATGAGTAT 
AAAGAAGAAG TAGCAGATAT AATAGAGGAA ATATTAAATC AAAGAATACA GGGTATAAAA 
AATGATCAAG GAGTTTATGT AACATCAGCC TTTCCTAAAT TAGTATATGT ACTAGATGAA 
AATAATGCAT TAAAAGGTGG AAAATATGAT TATTTAACTA GATTGGCTGT AGAATGTACA 
TCTAAGAGAA TGTATCCTGA TTATATAAGT GCTAAAATAA TGAAAAAAAA TTATGAAGGT 
AATGTATTTT CACCTATGGG ATGTAGATCT TTTCTTTCGC CATATAAGGA TAATAATGGA 
GAATATAAGT TTGAGGGAAG ATTTAATCAA GGTGTAGTAA GTTTAAATTT AGTACAAATA 
GCTTTAGTTG CTAAAACAGA AGAAAAATAT TTTGAATTAT TAGAGGATAG ATTAAAATTG 
TGTTATGAAG CATTAATGTT AAGACATAAT AAACTAAAAG GAACAACATC TGATATTTCG 
CCTATACATT GGCAATATGG AGCTATAGCA AGACTTAAAA AAGGTGAAAA AATAGATGAA 
TATCTAATGA ATGGATACTC AACTATATCT CTTGGATATA TAGGTATTTA TGAAACTACA 
AAACTTATTA CAGGTAAATC ACATACTACT AAAGAGGGAA CAGAATTTGC ATTAAAATTA 
ATGAATAAAT TAGAAGATGC AACTATAAAA TGGAAAAAAG AAACAGGAAT AGGCTTTGGT 
CTTTACGGAA CTCCAGCTGA GAGCCTATGT TATAGATTTG CAAGAATAGA TAAAGAAAAA 
TTTGGAATAA TTGAAGATAT AACTGATAAA GGTTATTACA CTAATTCATA TCATGTAGAT 
GTAAGAGAAA ATATTTCTGT ATTTGATAAG TTTAATTTTG AATCAGAATT TCAAAAAATA 
TCTAGTGGTG GAGCAATATC TTATGCTGAA ATACCTAATA TGAGTAAAAA TATAGATGCA 
TTAGAGGAAA TGGTTAAATA TATTTATGAT AACATACAAT ATGCAGAATT TAATACTAAA 
ACAGATTACT GTCATGTTTG TGGATTTGAT GAAGAAATGG TAGTAAATAA TGAAAATAAT 
TGGGAATGTC CTCAATGTCA TAATAATGAT AAAACAAAGA TGAATGTAAT AAGAAGAACT 
TGTGGATATT TAGGGGAAAA CTTTTGGAAT GAAGGAAAAA CTAAGGAAAT AAGTAAAAGA 
GTATTGCATA TATGA 

 

Protein sequence

MNILKRDGRE EKYDSNKIRD AINKANETVE LKERICNKKI EEIIQHIENE KISTVEEIQD 
FIEKSLVSEG LYKLAKNYIV YRYTRSLVRK ANTTDESILA LIQNSNKDVQ EENSNKNSVV 
ASTQRDLIAG EVSKDLTRRI ILPEHISKAH DEGILHFHDA DYFIQNIFNC CLVNIKDMLE 
NGTVMNAKLV ESPKSFQVAC TVLTQIIAAV ASGQYGGQSI DIRHLGKYLR VSRDKYMNKY 
REKYKNLDEK TLSSLVEDRI RDELKSGVQT IQYQINTLMT TNGQSPFVTL FLYLRDDDEY 
KEEVADIIEE ILNQRIQGIK NDQGVYVTSA FPKLVYVLDE NNALKGGKYD YLTRLAVECT 
SKRMYPDYIS AKIMKKNYEG NVFSPMGCRS FLSPYKDNNG EYKFEGRFNQ GVVSLNLVQI 
ALVAKTEEKY FELLEDRLKL CYEALMLRHN KLKGTTSDIS PIHWQYGAIA RLKKGEKIDE 
YLMNGYSTIS LGYIGIYETT KLITGKSHTT KEGTEFALKL MNKLEDATIK WKKETGIGFG 
LYGTPAESLC YRFARIDKEK FGIIEDITDK GYYTNSYHVD VRENISVFDK FNFESEFQKI 
SSGGAISYAE IPNMSKNIDA LEEMVKYIYD NIQYAEFNTK TDYCHVCGFD EEMVVNNENN 
WECPQCHNND KTKMNVIRRT CGYLGENFWN EGKTKEISKR VLHI