Turbidity Measurement: Why Does Precision Matter?
The development of the current industry has led to the need for ever faster, more powerful and more accurate analytical tools that provide reliable and high-precision results. At present, turbidity measurement instruments are tools with technology, which work on the basis of optical phenomena that occur when a beam of light hits a medium.
What features should a laboratory centrifuge have to ensure maximum safety and reliable results?
Using a laboratory centrifuge is one of the essential tools in research, helping medical and pharmaceutical professionals separate organic or suspended solid samples into liquids. Laboratory centrifuges are intended to separate these materials from the application of centrifugal force and this process can be used to determine the content of samples as well as to separate different types of raw materials.
Biochemistry of Blood Reagents: Fundamental Concepts
The biochemistry of blood reagents is an important part of modern medicine. Blood reagents have a variety of examples inherent to saliva, blood, and other body fluids, such as urine. Blood test results are usually the basis for a medical diagnosis. Blood reagents are used to detect and quantify changes in glucose, lipid, and electrolyte metabolism.
Advantages of using Biosafety Cabinet for stem cell isolation
From their medical applications to biological research, stem cells have a wide range of uses; they need to be isolated to prevent contamination of material with a variety of external agents. To meet this essential requirement, laboratories use biosafety booths to separate material and ensure that stem cells are not contaminated; for this reason, we will discuss the advantages of using biosafety booths for stem cell isolation.
Are there climate cameras certified for use in laboratories with strict standards?
In recent years, the use of climate cameras to meet quality objectives and improve processes in laboratories has taken a big boost; for this reason, it is important to analyze the use of this type of equipment under strict rules to obtain reliable results.
What types of laboratory water systems are available?
Laboratories address daily challenges to achieve results and produce reliable and environmentally friendly products, so a quality water system for your laboratory is critical. There are many types of laboratory water systems available for those seeking optimal performance and quality; first is ultra-purified water or “UPW”, which is used for recrystallization, biological sample extraction and compound dissolution.
Discover the power of the Cryostat for your Pathology lab
The cryostat is a highly specialized laboratory equipment for tissue processing; it is designed to provide rapid and deep heat transfer to freeze tissues for further evaluation by microscopy. Cryostat provides a safe and clean tissue processing procedure that is more efficient than normal ice tissue processing; a cryostat consists of a cold metal casting section, a well with liquid metallic sulfide within which a tissue cell is placed.
How are muffles used in the manufacture of chemicals?
The muffle is an instrument used for the smelting of metals and for the cooking of materials through the use of thermal energy. There is a large amount of laboratory equipment used for this purpose, however, the choice of one over the other is given according to the needs of the employer. One of these equipment is the muffle, which has the ability to work at high temperatures. The field in which this apparatus is mostly used is in chemistry.
How are muffles used in sample analysis?
The muffle is a laboratory furnace designed to carry out laboratory procedures that require uniform exposure of high temperatures. This type of furnace consists of a closed chamber of high temperature that can reach up to 1,700 °C, conformed with insulating refractory material, which makes it resistant to these temperatures without being affected.
Electrophoresis for Forensic Evidence
Forensic electrophoresis is one of the most important methods of laboratory analysis, and has allowed highly relevant research results; it is a very useful technique for the analysis of biological materials, such as DNA, protein and lipids, to identify elements from fingerprints, body fluids, hair, fibers, in order to reveal the identity of the person who left them.