Bacticinerator Characteristics
The Bacticinerador sterilizer is a gas-free, flameless laboratory instrument for use with microbiological needles and inoculation handles. It achieves sterilization through infrared heat without dangerous splashing of microorganisms, to comply with widely fundamental antiseptic techniques in the field of microbiology.
What are the Bacticinerator Applications?
For the sterilization of the handles used in microbiology laboratories, the use of the Bacticinerator is ideal. This disinfects handles made of platinum, needles, glass tube/pipette nozzles, and various glass and metal instruments by incinerating at temperatures between 500 °C to 815 °C or more. These processes succeed in eliminating pathogenic and non-pathogenic microbial load from culture instruments. In this sense, the Bacticinerator is applied in food, pharmaceutical and / or cosmetic industries; passing and diluting samples up to 1g, avoiding microbial contamination.
Why is a bacti-cinerator important?
A bacterium-incinerator is a device used in microbiology laboratories to sterilize instruments, consisting of a ceramic tube surrounded by metal and with a hollow portion in the center. When ignited, the bacti-incinerator can reach temperatures around 800 degrees Celsius, enough to incinerate any organic material in an inoculation roast.
What are the techniques for food analysis with the use of shakers?
In order to address the techniques where agitators are used within the methods for food analysis, it is necessary to know the meaning of the term “food”, by which is understood any substance that is consumed for its nutritional value.
Why is Shaker Agitator important in the laboratory for drug manufacturing?
Medicines can be found in a wide variety of pharmaceutical preparations, which makes the same active ingredient found in different products, such as tablets, drops or capsules. Each of these pharmaceuticals has its own characteristics which influence the dose, time of administration and duration of treatment.
Benefits of Microplate Washer to Detect Ebola Virus
The microplate washer is a laboratory equipment designed to comply with practical methods where various processes are used where substances, nutrients or washing solutions are extended to each well and then removed. In order to achieve greater reliability and accuracy of the results, it is essential to empty the wells and wash them with a solution repeatedly to remove any residue.
Microplate Washer to Determine Lichen Planus
Lichen planus is a benign disease with clinical and histopathological findings. It has a clear result on epithelial transition and immune cell function. And it is detected with assays such as indirect immunoflorescence Elisa that is detected with circulating antibodies in the serum that bind to collagen domains.
Gas extraction hoods: what types of laboratories are used in?
Gas extraction hoods are equipment designed for the protection of the user, against chemical exposures and dangerous agents, during the study processes. The protection is achieved by ventilation systems of the interior space, by an air flow caused through an adjustable working principle, avoiding in addition, the discharge of pollutants into the environment. This equipment addresses the need to control dangerous or irritant substances that are usually generated in the air, or released into the local ventilation device itself.
What type of water should be used for a water bath?
Water baths are equipment that allows maintaining a uniform temperature necessary for different tests and laboratory tests; so it depends on these tests, the types of samples and tests to be carried out that you select the type of water you should use; we refer to water type 2, type 1 and type 0, ranging from the required water, water that has certain conditions and definitely the water not suitable for this kind of equipment.
Laboratory water baths: preventive and corrective maintenance
Water baths are equipment that fulfill a function mainly in chemistry laboratories, where they are used to transfer heat indirectly by thermal convection uniformly and constantly to various substances or solids, are divided into general baths and recirculated baths, in this way we can heat liquids or cool them to certain temperatures.