Dr. Sarah Fouch University of Portsmouth, UK
2 Talks 1 SeriesBiography
Dr. Sarah E. Fouch graduated from the University of Portsmouth with a BSc (Hons) Applied Biomedical Science degree in 2000. From then on, she practiced as a Health and Care Professions Council registered Biomedical Scientist within the Hampshire area for 10 years. Her specialist area is Microbiology, and during her... read moretraining, degree completion, and practice, she assisted in diagnosing and monitoring a wide range of different conditions, enriching her knowledge and understanding of pathology and its significance in both diagnosis and research. After completing her degree, she pursued further professional development by undertaking a part-time MSc in Biomedical Science specialising in Microbiology, also at the University of Portsmouth.
In 2008, she assumed the role of training officer within her hospital department, finding teaching, training, and supporting students and colleagues to be an exciting and rewarding experience. In 2010, Dr. Fouch transitioned to a new position as Senior Lecturer within the School of Pharmacy and Biomedical Science. Her responsibilities have expanded over time, and she now teaches Microbiology to Biomedical Science, Pharmacy, and Medical Biotechnology students. Additionally, she has held roles such as Associate Head Student for the School, course leader for the MSc Medical Biotechnology, and led the admissions processes for the BSc Biomedical Science, MPharm Pharmacy, and MSc Medical Biotechnology courses. Presently, she serves as the Deputy Programme Director for Medicine within the Faculty.
In 2017, Dr. Fouch completed her PhD in the field of antimicrobial resistance, focusing primarily on Extended Spectrum Beta-lactamase producing bacteria within the Hampshire region and studying how current antimicrobial treatment regimens impact the antimicrobial resistance of the intestinal microbiota. She is also interested in exploring the potential of natural compounds, such as Manuka honey, in preventing and treating bacterial infections.