What technology does the homogenizer use?
Homogenizers are indispensable elements in any laboratory, since homogenization is a technique widely used in various fields and with various materials, for example, with tissues, food, soil, plants and many others. In fields such as biology and biochemistry, homogenizers are used to break cells and disintegrate tissues, aiming to do the least damage to the plasma membrane. Thanks to its operation, biological samples can be prepared to analyze proteins or nucleic acids, to study cells, pathogens or metabolic pathways, among other applications.
How do you keep the temperature levels inside an ultrabezier?
Keeping the appropriate temperature levels inside an ultrabezoidal freezer is an important aspect to ensure the preservation of stored products. Scientists, restoration companies and laboratories ensure that stored material remains frozen at the correct temperature. These kits were created in order to maintain very low thermal conditions, from -45°C to -86°C, necessary to preserve samples of liquid, living cells and food subject to decomposition due to temperature variations. These fluctuations can also trigger an increase in the rate at which microorganisms develop, which could lead to a sudden accumulation of bacteria and eventually contamination of organic matter.
Imposing limits with laboratory gel systems
The use of gel systems in laboratories has been increasing for many years due to the wide range of advantages they offer, from simplicity of preparation and cleaning to high stability and reliability.
What types of plasma concentrates are available?
Plasma concentrates have proven to be an invaluable benefit for patients with blood disorders; these concentrates are obtained from donated human blood and provide crucial blood components needed for cells, tissue and organs of the body.
Solutions to automate and optimize the use of laboratory autoclaves
Today, many clinical, research and other pharmaceutical industry laboratories use autoclaves to sterilize and disinfect biological materials and medical equipment. It is important for these establishments to make the most of autoclaves and ensure the quality and safety of their processes; automation and optimization of the use of autoclaves are therefore essential to optimize performance.
The Efficiency of the Use of Laboratory Reagents
The efficiency of the use of laboratory reagents has become one of the main objectives of the research teams in the laboratory reagent industry. Because these reagents are essential to ensure successful experimentation, the need to save costs – that is, increase the efficiency of reagent use – is more important than ever. At a time of such competitiveness, efficiency is not only the key to success, but to survival.
Laboratory Quality Water: How to Choose a Water Distiller
Laboratory quality water is an essential component for hundreds of scientific applications, from general chemistry to biotechnology; ensuring optimal water quality for scientists requires a top-quality water distiller, as distillers are the best way to obtain purified water.
Unlocking the Potential of Laboratory Climate Chambers
Laboratory climate chambers are increasingly popular instruments in the field of scientific research and product development. These chambers are used to monitor climate and thus environmental factors that affect a wide range of sciences, such as process control, materials testing, product quality analysis and safety testing, among others.
The Water Distiller Revolution in Laboratories
The demands of modern laboratories make ultrapure water a water distiller revolution; distillation technology has developed in recent years, and today laboratories have a variety of options for distilling water efficiently.
State-of-the-Art Research: Microwave Digester for Laboratories
Microwave digesters have a wide variety of uses in the laboratory. They are designed to efficiently degrade organic waste through microwave heating and, in some cases, the addition of acid.