Shanerie Fischart

Mrs
Shanerie
Fischart

Research and Development: PhD Candidate (Contract)
Design Biologix
LinkedIn 
View profile
Biography
Shanerie Fischart is a PhD candidate at the University of Pretoria and a contract employee at a leading animal vaccine manufacturer in South Africa. Her research focuses on the epidemiology of bacterial pathogens affecting livestock, aiming to develop novel vaccine strategies. She applies molecular biology techniques and reverse vaccinology approaches to address key challenges in veterinary vaccinology. At the vaccine manufacturer, Shanerie is actively involved in both research and development, collaborating with veterinary professionals and contributing to genomic studies and vaccine development. Shanerie holds a Master’s degree in Medical Microbiology from the University of Pretoria, completed in 2023. With a strong foundation in microbiology, she is committed to advancing livestock health through innovative vaccine research.
Research interests
Shanerie's research interests lie at the intersection of veterinary microbiology, molecular biology, and vaccinology. She is particularly focused on understanding the epidemiology of bacterial pathogens that affect livestock, with a strong emphasis on developing novel and effective vaccine strategies. Her work integrates reverse vaccinology approaches to identify new targets for vaccine development, aiming to enhance livestock health and productivity. Shanerie is passionate about leveraging molecular biology techniques to better understand pathogen-host interactions and to design vaccines that are both safe and efficacious. Through her research, she seeks to contribute to improving animal health in South Africa and beyond, addressing critical challenges in veterinary medicine and vaccine development.
Projects you're working on
Shanerie's current research project focuses on investigating the epidemiology of a bacterial pathogen that affects livestock. The project aims to develop innovative vaccine strategies to improve the health and management of livestock populations. Through a combination of molecular biology techniques and reverse vaccinology, the project seeks to better understand the pathogen's behavior and identify potential vaccine targets. This research is part of a broader effort to address challenges in veterinary medicine and enhance livestock health in South Africa.
Discipline
Bacteriology Bio-manufacturing Bioinformatics Challenge study design Clinical trials – efficacy Clinical trials – safety Epidemiology Ethics Molecular biology Protein biology Statistics
Host species
Cattle Small ruminants
Pathogen
Bacteria
Stage of vaccine development
Antigen discovery and immunogen design