ATCC’s Best Practices for Optimal Growth and Propagation of Bacteria and Bacteriophages
December 05, 2024, at 12:00 PM ETAbstract
Bacteriology is a diverse and evolving science and achieving optimal growth of bacteria requires a thorough understanding of an organism’s needs. For almost a century, ATCC has been committed to setting the “gold standard,” offering customers the world’s largest, most diverse biological materials and information resource for bacterial cultures. ATCC’s comprehensive microbial collection consists of over 70,000 bacteria, including over 8,000 microbial type strains. The ATCC Bacteriology team works with a breadth of BSL-1 and BSL-2 organisms daily, managing approximately fifteen productions at a time including aerobic, anaerobic, microaerophilic, mollicutes, and bacteriophage items. This webinar will focus on the fundamentals of cultivating bacteria and bacteriophages, including how to achieve ideal growth with a wide variety of organisms. Expect helpful tips and troubleshooting steps that can help resolve many common growth issues. Additionally, learn more about ATCC’s BioProduction and manufacturing processes and practices.
Key Takeaways
- Fundamentals of cultivating bacteria and bacteriophages
- Tips and troubleshooting for common growth issues
- Insights into ATCC's BioProduction and manufacturing processes
- Overview of ATCC's extensive microbial collection
- Best practices working with BSL-1 and BSL-2 organisms
Presenter
Jeanette Rimbey, MS
Lead Biologist, Bacteriology, ATCC
Jeanette Rimbey is a team lead within ATCC with 15 years' experience as a microbiology scientist in the fields of bacteriology, genetics, veterinary, and virology. Ms. Rimbey achieved a Master of Science from Texas Tech University and began her scientific journey at the University of Missouri, where she explored bacteriophage applications to develop innovative methods for combating pathogens that threaten global food security. She has contributed significantly to microbiology research, including work on temperature-specific biofilm adaptations in antibiotic-resistant microorganisms. During the COVID-19 pandemic, she served on the COVID-19 diagnostic task force as a molecular biologist, supporting critical front-line efforts. Her passion for science drives her commitment to advancing microbiology and giving back to the scientific community.