Enzymes reduce the activation energy of a reaction. They accomplish this feat by altering the local chemical environment of the substrates while typically bringing the reactants into close proximity and even stabilizing conformers that promote reaction.
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Enzymes are highly specific in their function, catalyzing specific reactions in the body. They can increase the rate of reactions without being consumed in the process, making them efficient catalysts. Enzymes also work under mild conditions of temperature and pH, allowing them to function in the body's environment.
# they are proteins in nature # they are catalysts # they are heat sensitive # they are poison-sensitive # they do not get used up in chemical reactions # they are proteins in nature # they are catalysts # they are heat sensitive # they are poison-sensitive # they do not get used up in chemical reactions # they are proteins in nature # they are catalysts # they are heat sensitive # they are poison-sensitive # they do not get used up in chemical reactions # they are proteins in nature # they are catalysts # they are heat sensitive # they are poison-sensitive # they do not get used up in chemical reactions # they are proteins in nature # they are catalysts # they are heat sensitive # they are poison-sensitive # they do not get used up in chemical reactions # they are proteins in nature # they are catalysts # they are heat sensitive # they are poison-sensitive # they do not get used up in chemical reactions
a very specific catalyst and does not change into a different molecule during a chemical reaction.
Enzymes
Special properties of water include its high surface tension, cohesion, and ability to expand when frozen. Special properties of diamonds include their hardness, brilliance, and thermal conductivity. Special properties of gold include its malleability, ductility, and resistance to corrosion. Special properties of magnets include their ability to attract and repel other magnets. Special properties of carbon include its ability to form diverse compounds due to its versatile bonding capabilities.
I believe that you are referring to Enzymes.
A special polymer is a type of polymer that possesses unique properties or functionalities compared to conventional polymers. These can include biodegradability, shape memory, self-healing, or conductive properties, among others. They are designed for specific applications where these specific properties are required.
High tech enzymes are enzymes that have been genetically engineered or modified using biotechnology to improve their properties or functions. These enzymes are designed to be more efficient, specific, and stable than naturally occurring enzymes, making them valuable for a wide range of industrial applications such as food processing, pharmaceuticals, and biofuels production.