Answer: Cysteine residues are involved in disulfide bridges that helps to form tertiary structure in a protein
Explanation:
The tertiary structure of a protein will have a single polypeptide chain backbone with protein secondary structures. The interactions and bonds of the side chains within a protein determine its tertiary structure.
<u>The cysteine forms the disulfide bridges and they link the fragments within a polypeptide chain</u>. Sometimes those fragments are located very far from each other with respect to their primary structure. So, the tertiary structure is the three dimensional shape of a protein.
<h2><em>The correct answer is C. mineral appear</em></h2>
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<h3>HAVE A GREAT DAY ! </h3>
The answer is C where the star is found in the sky. If a star is moving toward us, its spectroscopy will be observed at shorter wavelengths, this is called "blueshifted". If the star is moving away from us, the lines will appear in longer wavelengths, and that's called "redshifted".
Sorry for a late response, but I hope this helped.
Strawberries are very marketable horticultural crops, they can suffer from diseases and insect attacks, they are susceptible to both heat and cold.
The other reason is they could study a strawberries DNA so it could provide the farmer or plant breeder with keys on how to successfully overcome limitation for strawberry production
I only know the answer for No 2)
It is Microfilaments which are the part of cells skeleton.
