Vacuum Centrifugal Concentrator is a commonly used evaporation instrument for RNA/DNA, nucleosides, proteins, drugs, metabolites, enzymes or similar in the fields of molecular biology, biochemistry, genetics, analytical chemistry, quality control, etc. The solvent removal of the concentrated composition of the sample, as well as the concentration or drying of the protein. The sample after centrifugation

Laboratory chemicals and reagent management A. Storage of chemical reagents and pharmaceuticals 1. The chemical storage room should comply with relevant safety regulations and have safety measures such as fire prevention and explosion protection. The indoors should be dry and well ventilated. The temperature should not exceed 28 °C. The lighting should be explosion-proof. 2.

Lab equipment must be maintained well; otherwise, they won’t give the accurate result for experiments. Faulty equipment is not only bad for the research works but can pose risks to health and hygiene as well. Maintenance cost of lab equipment can be high. Still, it should be done regularly. Here are some tips for you.

In general, improper calibration and use are the main causes of errors. Careful operation in this correct way can minimize the operational error and achieve the highest accuracy.   1. Temperature of the measuring device The capacity of the gauge changes with temperature. The temperature at which the gauge is metered in or out of

CDC laboratory equipment and equipment: Microbial filtration detection system Radioimmunoassay analyzer PCR instrument Electrophoresis system Microplate reader Automatic washing machine Multi-head pipette (set) Air microbial sampler Microbial membrane filtration device in water Clean bench Biological safety cabinet Microscope Biodissection mirror Fluorescence microscope Dark field microscope Automatic gel imager Low temperature high speed centrifuge Ordinary centrifuge

Enhance your experiment accuracy with these comprehensive tips, focusing on minimizing errors and employing advanced techniques for reliable results. Key Takeaways How can I improve the accuracy of my scientific experiments? Improve accuracy by minimizing gross, systematic, and random errors, selecting appropriate analytical methods, conducting parallel measurements, and staying updated with the latest advancements in

Excellent transparency and chemical stability, and its wide range of raw materials, low prices and manufacturing processes, so a variety of products made of glass are also widely used in people’s daily lives. Glass instruments are also made of glass and are widely used in chemical laboratories, medical laboratory, biological laboratories and teaching laboratories. Here

Laboratory glassware is an indispensable tool for chemical analysis work, and it is a consumable item commonly used in laboratories and is not valued by people. In normal work, its expenditure is second only to medicines. Reasonable management and use of glassware not only can effectively ensure normal work, but also reduce losses and save

Glass has been widely used in modern times and has always been a product with a large market demand. By using specific treatment methods, we can make full use of the characteristics of the glass, and can make up for its defects, no longer subject to the natural properties of the glass. For example, laminated

The high-load use of instruments and equipment is often prone to accidental failures. In particular, if optical instruments are fogged due to improper maintenance and use, they cannot function properly and cause obstacles in their work. Preventing optical instruments from fogging increases our experimental efficiency. At present, many enterprise equipment maintenance management generally stay in