Tarson Petri Dishes Non Vented Radiation Sterile, Material - PS Conforming to US FDA 21 CFR

The Tarson Petri Dishes Non-Vented Radiation Sterile are specialized laboratory containers designed for the cultivation and examination of microorganisms in a controlled environment. These petri dishes are non-vented and radiation sterilized, ensuring a sterile environment for microbiological experiments. Crafted from polystyrene (PS), these petri dishes conform to the regulations set by the United States Food and Drug Administration (FDA) 21 CFR (Code of Federal Regulations), guaranteeing adherence to stringent quality and safety standards for laboratory and medical applications.

Polystyrene is chosen for its transparency, durability, and biocompatibility, making it an ideal material for laboratory use. The transparent design of the petri dishes allows for easy observation and examination of microbial growth within the dish, facilitating accurate analysis and research.

The non-vented design of these petri dishes means they do not have small pores or openings, which can allow for the exchange of gases between the inside and outside of the dish. This feature is beneficial when a closed, sealed environment is required, such as for anaerobic or microaerophilic microbial cultures.

The petri dishes are radiation sterilized, a method commonly used to achieve sterility by exposing the containers to high-energy ionizing radiation. This process effectively eliminates microorganisms and spores, ensuring that the petri dishes are free from contamination and suitable for microbiological experiments requiring a sterile environment.

Each petri dish undergoes rigorous quality control measures to ensure sterility and adherence to regulatory standards. This includes validation of the radiation sterilization process and monitoring for microbial contamination.

In summary, the Tarson Petri Dishes Non-Vented Radiation Sterile, made from polystyrene material conforming to US FDA 21 CFR regulations, offer a reliable and safe solution for culturing and examining microorganisms in laboratory settings. Their non-vented design, radiation sterilization, and compliance with regulatory standards make them essential tools for microbiological research, quality control, and diagnostic applications.