Sentence examples for microbiological study of from inspiring English sources

The microbiological study of secretions often shows other microorganisms [2], which may be of bacterial origin, such as those described in our review and indicating processes of superinfection.

The structural and microbiological study of biosynthetic kal/bat analogs revealed the importance of the carbamoyl group and 17-keto group for antibacterial activity.

Although the microbiological study of As is almost a century old, we still have only a limited understanding of the ancient processes and complexities by which prokaryotes utilize or tolerate As.

Methods: A prospective microbiological study of the prevalence and antibiotic resistance of A.baumannii strains isolated from adult ICU patients hospitalized to the tertiary hospital after cardiac surgery from 2010 to 2014.

Microbiological study of the isolates showed that the major clones of CA-MRSA strains in Taiwan (SCCmec IV/V, spa t437, ST59 with or without the pvl gene) or HA-MRSA strains in Taiwan (SCCmec III, spa t037, ST239 and SCCmec II, spa t002, and ST5 with the tst gene) differed from those in the United States and Europe.

A recent traditional culture based microbiological study of water and water distribution systems in a number of hospital departments revealed high levels of contamination by GNB-NE [ 6].

The results of our long-standing microbiological studies of the Antarctic ice would provide the basis for detection of viable microbial cells on Mars.

The proposed model was shown to be suitable for the preparation of miniature cheese specimens for use in microbiological studies of cheese manufacture and ripening.

The importance of microbial activity in pyrite dissolution and AMD formation is well documented.[1, 19, 23, 27, 30 33] To date, the majority of microbiological studies of AMD systems have been based on physiology and characterization of cultivated organisms.

In addition, these relationships have been empirically substantiated by recent multidisciplinary biogeochemical and microbiological studies of existing microbial communities and their metabolic functions in representative deep-sea hydrothermal systems in different geographic locations and geological settings.

In microbiological studies of the Iheya North field in the middle Okinawa Trough and the Mariner field in the Lau Basin, increased populations of anaerobic and aerobic H2-trophic chemolithotrophs (e.g., Methanococcales and Aquificales) were observed, potentially due to phase separation of hydrothermal fluids (Nakagawa et al. 2005b; Takai et al. 2008).