Aquatic Microbiology: Handbook : University of Lancaster, 13-16 July 1998Society for Applied Microbiology, 1998 - 31 pagine |
Dall'interno del libro
Risultati 1-3 di 14
Pagina ix
... viable but non- culturable populations . Viable non - culturable C jejuni populations were thus seen to not only play a significant role in the perpetuation of a Campylobacter infection cycle within the aqueous environment , but also to ...
... viable but non- culturable populations . Viable non - culturable C jejuni populations were thus seen to not only play a significant role in the perpetuation of a Campylobacter infection cycle within the aqueous environment , but also to ...
Pagina xxiii
... viable counts typically reach 104 - 105 cfu / ml after only 7 days . The contribution of the biofilm to this count has not previously been determined . This study investigated the distribution of viable numbers in still mineral water ...
... viable counts typically reach 104 - 105 cfu / ml after only 7 days . The contribution of the biofilm to this count has not previously been determined . This study investigated the distribution of viable numbers in still mineral water ...
Pagina xxv
... viable and non- viable bacteria , thus allowing the activity of antibiotics against the biofilm to be visualised and ascertained . P46 Isolation of Campylobacter jejuni from groundwater K Stanley , R Cunningham and K Jones , Division of ...
... viable and non- viable bacteria , thus allowing the activity of antibiotics against the biofilm to be visualised and ascertained . P46 Isolation of Campylobacter jejuni from groundwater K Stanley , R Cunningham and K Jones , Division of ...
Parole e frasi comuni
activity Aeromonas analysis Applied aquatic areas assess associated bacteria bacteriophages biofilm biofilm formation Biological Sciences bottled Campylobacter carbon caused cells changes coli compared concentrations contagious equine metritis contamination counts culture demonstrated detection determined disease distribution diversity drinking water effect environment Environmental examined factor faecal farm flow Food fungi growth Health heterotrophic higher identified important increased indicator industry infections Institute isolated jejuni Laboratory lake Lancaster levels limited mains material measured methods microbial Microbiology mineral water mixed molecular natural numbers nutrient observed obtained occur organisms pathogens patterns period polluted populations potential present range rapid reduced Research resistance risk Road role samples Sciences seasonal sediment selected sequences sewage showed shown soil species strains suggest surface Taylorella equigenitalis techniques temperature tested treatment types University variation viable Vibrio Vibrio cholerae