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Which is an biological substance that enables reactions to take place at lower temperatures in an organism?
Wiki User
∙ 8y ago
You think probable to enzymes.
Wiki User
∙ 8y ago
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What are protein catalysts that speed up the various metabolic biological reactions in an organism?
Enzymes.
What are the biological processes or reactions made to occur outside the living organism in an artificial environment?
In Vitro
Why are catalysts essential to biochemical reactions that occur in living organism What do you call these special biological catalysts?
Without catalysts many chemical reactions cannot occur; biological catalysts are called enzymes.
What toxic biological substance or disease-causing organism is hazardous to the health of people?
biohazard
A substance that can speed up a chemical reaction in a living organism?
An enzyme works to speed up chemical reactions in a living organism.
Protein catalysts that speed up the various metabolic biological reactions in an organism are called?
Enzyme
What is elimination in biology?
In biological terms, elimination is the process by which an organism ejects some unwanted substance from its body.
What is a bioorganism?
A bioorganism is a biological organism - any organism of biological origin.
Biological concepts began with the?
Biological concepts begin with the living organism. Everything that surrounds this organism is surrounding a biological concept of a sort.
What is a bioactive?
A bioactivity is an effect of a substance upon a living organism, especially a bacterium.
What are the collective reactions with a cell or organism called?
The collective reactions within a cell or organism are called metabolism.
How enzymes functions as catalysts?
Enzymes are biological molecules that are extremely vital to an organism due to being a catalyst for the metabolic reactions, and speeding up those reactions within that organism. Like all catalysts in existence, they lower the activation energy of metabolic reactions, thus speeding up the process. This produces the products at a much faster rate that will meet the conditions of sustaining life.
