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ON-DEMAND WEBINAR

ON-DEMAND WEBINAR

Slimy Biofilms: A Brief Overview

Published Date: July 28, 2022

A biofilm is a community of microorganisms embedded in a slimy matrix which can attach to various surfaces. A great diversity of species has been found in biofilms, including bacteria, viruses, and fungi. Biofilms can exist on inert surfaces such as glass, plastic, and metal, but can also use plant and animal tissues as a substrate. The slimy extracellular matrix provides protection for the microorganisms within the biofilm, resulting in an increased resistance to disinfectants, antibiotics, and a host’s immune system. Biofilms can create major problems in the health care, food, and manufacturing industries, including infections from implantable medical devices, contamination of food/food-contact surfaces, and corrosion or other damage to industrial equipment. This presentation will introduce the formation of biofilms, current standardized test methods to evaluate antibiofilm agents, and regulatory considerations.

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Margaret (Maggie) Butler

Department Scientist, Nelson Labs Bozeman

Dr. Margaret (Maggie) Butler holds a Ph.D. degree in microbiology from the University of Montana, followed by post-doctoral training in biochemistry and molecular biology at Dartmouth Medical School. Her research experience includes 15 years in the Cell Biology department at Yale University School of Medicine and 4 years at the University of Chicago School of Medicine, where she focused on the structure and function of proteins involved in membrane trafficking and synaptic communication in both healthy and diseased tissues. Dr. Butler joined BioScience Laboratories (now Nelson Labs Bozeman) in 2010. She worked briefly in the Clinical Laboratory and the Quality Assurance Unit and was subsequently promoted to a principal scientist in 2012. Her currently role is Department Scientist, Nelson Labs Bozeman. Maggie's research background on neuronal signaling mechanisms led to her keen interest in understanding the quorum sensing that occurs in the life cycle of biofilms. She strives to provide high-quality service to clients and enjoys exploring new developments in the industry.

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