The proteins are formed of the monomer units called amino acids which bond with each other via peptide bond and form a linear peptide structure called the primary level structure of the protein.
The proteins to perform several functions in a cell undergoes structural conformation and attain the helical form called alpha helix due to the involvement of alpha carbon in bond formation and a pleated sheet called beta-pleated sheet due to the involvement of beta carbon. These structures are known as a secondary level of protein structure.
Thus, a Secondary level of protein structure is the correct answer.
Proteins are complex molecules that consist of small chains of amino acids joined together found in human body. Large chains are formed by the buildup of small chains to form complex structure. Alpha helix or beta pleated sheet are examples of secondary level of protein structure. This type of structure occur in the polypeptide which is due to interactions between amino hydrogen atoms and carboxyl atoms in the peptide backbone. The secondary structure level is the intermediate before the protein form three dimensional tertiary structure of protein. We have three structure Level of protein: primary, secondary and tertiary structure level of protein.
There are several reasons that genetic variation occurs. Some of them are as follows: mutation, random fertilization, recombination event during meiosis etc. The way in which this variation in genetics is distributed is in a continuous way. In case of the human species, it is reported that 85% of all variation is within a certain population, while the remaining 15% of genetic variation is between populations.
They would not have the same shape because they would basically be the same as that particular vitamin. If a vitamin was the same shape as c then it would be vitamin c. Therefore, they would not be the same shape.
