According to the given statement:
The amino acids in fish protein must be released in hydrolyzed and integrated into other polypeptides in dehydration reactions, according to the declaration.
<h3>What exactly is a dehydration reaction?</h3>
A dehydration reaction is a reaction in which water is lost from the responding molecule or ion. Dehydration reactions, the inverse of hydration reactions, are common processes.
<h3>What is a typical hydrolysis reaction?</h3>
A hydrolysis reaction is the dissolution of a salt of a sluggish acid or base in water. Strong acids can be hydrolyzed as well. When sulfuric acid is dissolved in water, it produces hydronium and produces high.
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B. Mutualism, because both parties are benefiting from the other.
It would be the start up of iron. Causing it to be a reactant and spread it across.
The type of cloud is stratus. So the answer is b.
Fishes and bottom dwelling worms cope with the fluctuating salinity within estuaries over the tidal cycle with the use of transport system such as active and passive transport.
<h3>How active and passive transport system are used?</h3>
In salty water, fish and other marine organisms used active transport in which energy is used to remove salts from the body of these marine organisms because excess salts are harmful for them.
So we can conclude that Fishes use transport system such as active and passive transport to cope with the fluctuation of salt concentration.
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