Description/ Specification of Anaeorobic Jar
An anaerobic jar is a specialized container used in microbiology and bacteriology laboratories to create an oxygen-free environment for the cultivation of anaerobic bacteria. This jar is specifically designed to maintain an environment where oxygen is removed and replaced by other gases, typically a mixture of hydrogen and carbon dioxide. The mechanism of the anaerobic jar involves a chemical reaction initiated by the addition of a catalyst such as palladium or platinum, which absorbs the oxygen present in the chamber and creates a low-oxygen or oxygen-free atmosphere. This controlled environment is crucial for the cultivation and study of anaerobic organisms, which cannot survive or thrive in the presence of oxygen. The anaerobic jar serves as an essential tool for researchers and scientists studying various types of bacteria, especially those that play significant roles in human health, environmental processes, and industrial applications. Its usage has significantly contributed to the advancement of microbiological research and the understanding of anaerobic organisms and their diverse functionalities.
Anaeorobic Jar
An anaerobic jar is a specialized container used in microbiology and bacteriology laboratories to create an oxygen-free environment for the cultivation of anaerobic bacteria. This jar is specifically designed to maintain an environment where oxygen is removed and replaced by other gases, typically a mixture of hydrogen and carbon dioxide. The mechanism of the anaerobic jar involves a chemical reaction initiated by the addition of a catalyst such as palladium or platinum, which absorbs the oxygen present in the chamber and creates a low-oxygen or oxygen-free atmosphere. This controlled environment is crucial for the cultivation and study of anaerobic organisms, which cannot survive or thrive in the presence of oxygen. The anaerobic jar serves as an essential tool for researchers and scientists studying various types of bacteria, especially those that play significant roles in human health, environmental processes, and industrial applications. Its usage has significantly contributed to the advancement of microbiological research and the understanding of anaerobic organisms and their diverse functionalities.