The laminar flow hood, commonly known as the biosafety cabinet, is a crucial component for maintaining a clean and safe working environment. When used correctly, it filters and circulates air to minimize the risk of airborne contaminants, offering protection to the user and the cell cultures. The filtered air creates a downward flow, acting as an invisible shield against pollutants.
FREMONT, CA: The century-old method of cell culture has significantly shaped the landscape of scientific research, offering insights into the normal biochemistry, physiology of cells, and the effects of medications and harmful substances on human health. This technique has paved the way for groundbreaking studies and innovations in various fields, including the production of therapeutic proteins, vaccines, and drug development. As this method gains prominence among global experts, it's essential to understand the key requirements for successful laboratory cell culture.
Essential Requirements for Laboratory Cell Culture
Cabinets for Cell Culture Biosafety:
The laminar flow hood, commonly known as the biosafety cabinet, is a crucial component for maintaining a clean and safe working environment. When used correctly, it filters and circulates air to minimize the risk of airborne contaminants, offering protection to the user and the cell cultures. The filtered air creates a downward flow, acting as an invisible shield against pollutants.
Cell Culture Plasticware:
Culture-grade plasticware, available in various shapes and sizes such as dishes, plates, flasks, and jars, serves as the vessels for cell culture. These containers are designed to maintain optimal conditions for cell growth and act as barriers against contamination. They may also contain substrates suitable for anchorage-dependent cells, ensuring their proper growth and adherence.
