One of the main challenges in the laboratory is to keep cellular organisms healthy and alive; to counter this problem, a scientist needs to resort to appropriate gel systems that keep them protected from any environmental damage.

Laboratory gel systems are an ideal solution for scientists working with hazardous or reactive materials; they are also a useful tool to help maintain research and experiment projects at constant temperatures. 

The documentation of gels is a process that is carried out in a photodocumentation of gels, this equipment is part of the special equipment of molecular biology laboratories. Among its functions are allowing to observe, take photos and analyze bands of the gels after electrophoresis.

At present, technological development allows to have documentation systems in gel, to apply to the needs of the laboratories, providing innovative solutions, both for the capture and for the study of the images, and are formed on the basis of the methodologies used by each researcher.

Luminescence is the emission of light by any substance, due to electronically excited states, by means other than combustion, which is why it occurs at lower temperatures. Depending on the nature of the excited state it can be of two types: fluorescence and phosphorescence.

A fluorometer is an instrument used for fluorometric quantification, since it allows quantifying, detecting and monitoring analytes and their reactions in the laboratory, such as chlorophyll. This equipment measures the fluorescent signal intensity (fluorescence) from stains attached to biological molecules, as well as natural fluorescent molecules based on excitation (Ex) and emission (Em) wavelengths.

Spectrofluorometry is the science that analyzes the fluorescence of a sample. This science, is applied by a device called Fluorometer, and is an instrument which measures and studies the properties of chemical compounds, with the purpose of deducing information on luminescent elements.

A viscometer is a device for measuring the viscosity of a liquid or gas. These devices are used to determine the fluidity of substances, depending on the temperature, density or sample diameter of the liquid or gas. This information is important for various purposes such as quality control, fuel production or for some industrial processes, among others.

Blood reagents are a key tool for better outcomes in medical diagnosis; these reagents are commonly used for disease detection, for analysis of organ function, for treatment selection, and for evaluation of specific medical situations. 

Hematology is a discipline that focuses on understanding the blood system and blood, including red blood cells, white blood cells and platelets. Migration reagents are an important tool in hematology as they provide the necessary information for diagnosis, monitoring and quality analysis in terms of results. Migration reagents consist of chemical reagents that are used in all areas of hematology, from flow cytometry to the diagnosis of chronic inflammatory diseases, which are studied with antigen detection techniques.