One of the main challenges in the laboratory is keeping 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.
Today’s laboratory gel systems meet this need in a safe and reliable manner; in the modern laboratory, there are a wide variety of gel systems available, these systems can be found in prepackaged boxes or in various protocols.
There are several gel systems containing different variants to be used by researchers
That is why; these protocols or pre-packaged boxes can contain a multiplicity of variants such as clays, barriers, agar gels, culture media, among others; one of the most common gel systems in modern laboratories is the agar gel; these gels are prepared from agar-agar, which is a polysaccharide obtained mainly from the red algae Euchema.
The use of these gels provides a suitable gel-like structure that allows in vitro culture of organisms; in a sterile environment, agar gels allow the growth of spongy cellular structures, which are useful for research and the manufacture of biological products.
Reference polymer gels are another popular gel system in the modern laboratory
On the other hand; petroleum gels are another commonly used gel system in modern laboratories; these solutions are prepared by mixing petroleum with accelerators such as nitrocellulose, kerosene and kaolin.
These solutions have been formulated to mimic the qualities of the gaseous-liquid lipid, making them suitable for containing and culturing a variety of bacteria.
We can also mention liquid gel systems, which allow the growth and development of bacterial consortia in a liquid-air structure
These solutions can be formulated with a variety of polymers such as synthetic polymers, starch, urea, polyglyceric acids, amides, etc; they provide a suitable culture environment and have been shown to be beneficial for the preparation of recombinant proteins.
In addition to the above gel systems, modern scientists can also turn to liquid gel systems such as liquid-air lipids; these gels are formulated using surfactants and other emulsifying agents.
By choosing therightgel system, modern scientists can be confident that their ingredientis safe
In conclusion, modern laboratory gel systems satisfy a diversity of scientists’ requirements; these range from liquid to dry solutions, which provide a suitable environment for research and development of biological products.
They can be formulated from a variety of materials including polymers, petroleum, lipids, etc. and are available in a variety of protocols and prepackaged boxes.
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