BI 374
Phys App of Microbiology
Fundamental concepts of bacterial physiology are both introduced and applied throughout the course. Emphasis is placed on understanding the applications of microbiology at a physiological level. Genetic adaptation and developmental responses to specific nutrients and environmental stressors will be studied in addition to biosynthetic activities. Specific topics include; bacterial fermentations, transport mechanisms, shock responses and quorum sensing.
Prerequisites: BI276 and either BI226 or BI236. (CH111 is recommended.)
Notes: 3 lecture hours, 3 lab hours
Fundamental concepts of bacterial physiology are both introduced and applied throughout the course. Emphasis is placed on understanding the applications of microbiology at a physiological level. Genetic adaptation and developmental responses to specific nutrients and environmental stressors will be studied in addition to biosynthetic activities. Specific topics include; bacterial fermentations, transport mechanisms, shock responses and quorum sensing.
Prerequisites: BI276 and either BI226 or BI236. (CH111 is recommended.)
Notes: 3 lecture hours, 3 lab hours
Fundamental concepts of bacterial physiology are both introduced and applied throughout the course. Emphasis is placed on understanding the applications of microbiology at a physiological level. Genetic adaptation and developmental responses to specific nutrients and environmental stressors will be studied in addition to biosynthetic activities. Specific topics include; bacterial fermentations, transport mechanisms, shock responses and quorum sensing.
Prerequisites: BI276 and either BI226 or BI236. (CH111 is recommended.)
Notes: 3 lecture hours, 3 lab hours
