Importance of a Fluorometer in a Laboratory
To establish the importance of the equipment that is part of a laboratory and is indispensable, we must take into account its applications and usefulness within it; in the case of fluorometers, this apparatus allows the measurement of fluorescence parameters: its intensity and the distribution of wavelengths of the emission spectrum after excitation by a certain light spectrum.
Importance of the Fluorometer
The fluorometer is an analytical device designed to determine the species and the concentration of fluorescent compounds, allowing the performance of complete photophysical studies. Its reliability, the meticulousness of the operational control, which is sensitive, specific for biological and chemical species, the simplicity of its configuration and its low operating costs, are characteristics that distinguish it from other analysis techniques. It is an equipment that adapts easily to the routine laboratory, to use as a field instrument, and serves as a reference for support in scientific research. It is a valuable analytical tool for both quantitative and qualitative analysis.
What is a Fluorometer?
Fluorometry is an optical analysis technique with a wide variety of applications, it does not require more experience to put it into use, and there are commercial equipment that offer potential advantages for various studies. Such is the case of the fluorometer, an integrated modular device that allows measuring fluorescence parameters (intensity, wavelength and emission spectrum), and is a useful tool to monitor changes at the molecular level of fluorescent systems, species and amount of molecules in a medium. It is a sensitive, versatile, economical and easy to use instrument, can be used both in the laboratory and a field measuring instrument.
Laboratory applications of a fluorometer
A fluorometer is a piece of equipment that allows the analysis, identification and quantification of chemical substances with molecules capable of presenting fluorescence, using the technique of fluorescence spectrophotometry or fluorometry. We can say that this equipment is a special optical device used in laboratories, capable of measuring the fluorescent quality of biological or mineral samples.
Ice makers: How does it work?
An ice maker or ice maker is a machine that makes ice from moving water, unlike the traditional method of making ice, where water is frozen.
Ice makers: Recommendations and care
Ice makers are machines that make ice from moving water, as opposed to the traditional method of making ice, where the water is frozen. They are very useful equipment in the health and research sector, so it is essential to carry out proper maintenance and follow a series of steps to care for them.
Advantages of Ice Maker for Shops
The ice maker is equipment that can be found in bars, restaurants, hotels, fruit shops and in fish shops to produce ice and cool drinks, food or bottles. Before going on to know what are the advantages of an ice maker, it is necessary to know the process of ice formation, the types of cubes and their characteristics.
Using the Ice Maker to Transport Medicine
Appropriate handling of drugs, especially the cold chain, should be ensured and documented according to pharmacy regulations for drugs and substances that are thermolabile. This usually involves a cost, a lot of time and energy.
Uses in a laboratory of the “Ice Maker”
An ice maker is a machine for making ice. This machine produces the ice from moving water, the difference from the traditional method of making ice, where the water is frozen. This principle results in the air being removed, as well as the suspended solids.
Technical Recommendations for the Maintenance of an Ice Maker
The ice maker is a critical team in health centers and laboratories worldwide. It turns out to be a great ally for healthcare use. Hospitals, laboratories, and research centers generally must have ice-making equipment to preserve samples that must be kept at cold temperatures. For example, in trauma or physiotherapy units, they use ice as a method to deflame; they are also used to store organs when they require emergency transfer, and allow organ storage to reach their destination in perfect condition.