BI376A: Microbial Physiology

Position Summary :

Knowledge of microbial cell composition is important to understanding many of the sub- of microbiology; including virology, immunology, medical microbiology and microbial ecology. In this course, the synthesis and arrangement of specialized cellular structures will be explored and related to the role of these structures in fundamental microbial process and survival of microbes under a wide variety of conditions. Special emphasis will be placed on demonstrating the role of prokaryotic structures in evolutionary adaptation, disease establishment and their potential as targets for the development of antibiotics and/or therapeutics.

Learning Outcomes:

Gain a theoretical understanding of microbial cell structures and pathways through lectures and examination of published material. Build on students’ knowledge of the functions and adaptations present in the microbial world, as well as similar processes that occur across the kingdoms of life. Foster your interest in microbiology and develop critical skills with assessing approaches to studying and researching microbes and their structures. Build communication skills and the ability to work effectively in groups, both of which will contribute to your continued academic studies and future careers.

Topics Covered:

Knowledge of microbial cell composition; the role of microbial cell composition in virology, immunology, medical microbiology and microbial ecology; synthesis and arrangement of specialized cellular structures; the role of specialized cellular structures in fundamental microbial processes; the survival of microbes under a wide variety of conditions; the role of prokaryotic structures in evolutionary adaptation and disease establishment; the potential of prokaryotic structures as targets for the development of antibiotics and/or therapeutics

Qualifications – Required: PhD in Biological Sciences

Qualifications - Areas of Specialization: Microbial Physiology

Salary: $9206.40

Application Deadline: June 10, 2024

---