Use of Micropipettes for Protein Determination
Determining the protein concentration in a sample is a critical step in analysis and research once proteins are extracted from the extracted proteins. Traditional methods of determination have been notoriously inaccurate, but recently the popularization of Micropipettes and related instruments has taken the place of classical methods.
Efficacy of the Bilirubin Phototherapy Unit in the Treatment of Anemia of Neonatal Infectious Diseases
Anemia is a disease that affects a large percentage of people in the world, especially children under 5 years old; this disease is characterized by the decrease in the number of red blood cells that contains the blood. Neonatal infectious anemia is one of the most common variants of anemia and affects newborns, boys and girls. This type of anemia can be caused by several infectious diseases such as malaria, tetanus, measles, tuberculosis, dengue, HIV, chikungunya, and rotavirus.
Use of the Viscometer for Painting Processing
Consistent good processability takes precedence over the obvious requirement of an almost identical coating material composition, which can be very complex. Even if the composition can be assumed to be identical, such a batch may differ fundamentally from the previous delivery during processing or with respect to stability. However, the quality of the coating (also in this case representative of all coating materials) – as well as that of the coating that is subsequently finished – consists in its usefulness or suitability…
Preventive Maintenance of the Viscometer
Preventive maintenance is what we do to the equipment, on a regular and routine basis in order to ensure its operation and avoid periods of inactivity due to unexpected failures of the device. For the maintenance strategy to be successful, we must plan and deliver on a program. This includes the recording of records on the activities carried out, linked to maintenance.
How is the Viscometer used?
The viscometer is the instrument used to measure the viscosity of liquids and their flow properties. It is equipment with various applications and can be used in different substances and materials, such as oil, plastic, paints, coatings, adhesives, wax and asphalt. It is also used in the production of mass consumption items, such as food and beverages, toothpaste, cosmetics and shampoo.
How is Viscosity measured?
Viscosity can be defined as the resistance offered by the molecules that make up a liquid to separate from each other, that is, it is the opposition of a fluid to deform and this opposition is due to the adhesion forces that some molecules of a liquid or fluid have with respect to the other molecules of the same liquid…
What is the Importance of the Viscometer?
On the other hand, viscosity is a significant physical property of most manufactured and used liquids in the industry. It can be defined as the resistance offered by the molecules that make up a liquid, to separate from each other, that is, it is the opposition of a fluid to deform and this opposition is due to the adhesion forces that some molecules of a liquid or fluid have with respect to the other molecules of the same liquid…
What is a viscometer?
It is an instrument that allows measuring the viscosity of liquids and their flow properties. These equipment have various applications and can be used in different substances and materials, such as oil, plastic, paints, coatings, adhesives, wax and asphalt. It is also used in the production of consumer items such as food and beverages, toothpaste, cosmetics and shampoo…
Management of muffle residues in the laboratory
The muffle, is an instrument that works with high temperatures and is made up of a closed chamber that has a cover of refractory material that allows there can be a uniform heat delivery in it, the temperature that manages to reach is approximately 1,700 °C. The muffle, compared to other types of furnaces, allows a better control of the sample that is entered, making it possible to control the procedure.
Differences between optical surgical navigator with traditional surgical methods
Laser surgery has become an increasingly common technology. Technology has allowed surgeons to improve the control and accuracy of many surgical procedures. One of the most recent advances is the introduction of optical surgical navigators, whose applications in different fields of medicine grow every day.