Sustainability is playing an increasingly important role in laboratories and research institutions. Alongside energy consumption and process reliability, the responsible use of water and operating resources is also coming into focus. Modern sterilisation technology can make a significant contribution in this regard.
The reliable removal of air is a crucial prerequisite for the safe and successful completion of steam sterilisation.
Fungi are diverse microorganisms with great biological and medical significance – they perform important functions, but can also cause serious diseases.
Parasites live on or in a host and can cause various diseases.
The cultivation and growth of bacteria are central principles in microbiology for better understanding their properties, living conditions, and reactions to external influences.
The filtration of exhaust air and supply air is a central component of steam sterilisation in order to prevent germ emissions and ensure the sterility of the items being sterilised.
The quality and composition of the sterilising steam play a key role in the success of steam sterilisation and the protection of the items being sterilised and the autoclave.
Prions are a special form of infectious proteins that can cause serious diseases without genetic material.
The standard governs the use of steam sterilizers for laboratory applications in research and medicine.
Various testing and validation steps must be successfully completed to ensure that a steam sterilizer operates safely and in accordance with standards. These steps are specified in the DIN 58950 standard and serve to ensure quality assurance and compliance with legal requirements.
Viruses are tiny infectious entities that do not have their own metabolism and can only reproduce within living cells.
DNA and RNA viruses comprise numerous viral families with varying structures and genomes, which cause a wide range of infections in humans and animals.
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