11. Interakcija represorja LexA in rekombinaze RecAAna Rems, 2009, undergraduate thesis Keywords: genetika mikroorganizmov, Escherichia coli, odziv SOS, LexA, RecA, izolacija, interakcija LexA in RecA Full text (file, 2,90 MB) |
12. Vloga prolina pri pigmentaciji bakterije Vibrio ruber DSM 14379Nejc Petrovič, 2016, undergraduate thesis Keywords: ekologija mikroorganizmov, Vibrio sp., Vibrio ruber DSM 14379, sekundarni metaboliti, barvila, naravna barvila, pigmenti, prodiginini, prodigiozin, okoljski dejavniki, vpliv slanosti, prolin Full text (file, 828,29 KB) |
13. The LexA regulatory systemMatej Butala, Darja Žgur-Bertok, Steve J. W. Busby, 2013, independent scientific component part or a chapter in a monograph Keywords: antibiotic resistance, bacteriophage induction, cell-cycle control, DNA damage, DNA repair, gene activation, induction of gene expression, LexA regulon, transcription responses, virulence factor regulation Full text (outside link) |
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16. Silencing of DNase colicin E8 gene expression by a complex nucleoprotein assembly ensures timely colicin inductionSimona Kamenšek, Zdravko Podlesek, Matej Butala, Douglas F. Browning, Steve J. W. Busby, Darja Žgur-Bertok, 2015, original scientific article Keywords: DNA damage, gene expression, nucleases, promoter regions Full text (outside link) |
17. The SOS response master regulator LexA is associated with sporulation, motility and biofilm formation in Clostridium difficileMatej Butala, Maja Rupnik, Beata Walter, Stephen Cartman, Nigel Peter Minton, 2015, original scientific article Keywords: toxins, bacterial sporulation, DNA damage, antibiotics Full text (outside link) |
18. Identifikacija nepoznanih proteinov, ki uravnavajo odziv SOS bakterije Escherichia coliTanja Đapa, 2010, undergraduate thesis Keywords: genetika mikroorganizmov, Escherichia coli, poškodbe DNA, odziv SOS, LexA, proteini, identifikacija proteinov, uravnavanja odziva SOS Full text (file, 1,77 MB) |
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20. Pomen egerolizina RahU za tvorbo biofilma bakterije Pseudomonas aeruginosaJernej Korošec, 2015, master's thesis Keywords: proteini, egerolizin, RahU, Pseudomonas aeruginosa, zaznavanje celične gostote, tvorba biofilma, molekularne tehnike, plazmidi, RahU-mCherry, epifluorescenčna mikroskopija, eGFP-RhIR, topnost proteina Full text (file, 2,31 MB) |