324836 The correct statement in respect of protein haemoglobin is that it

324837 Consider the following statements.
I. Tripeptide contains three amino acids linked by three peptide linkage.
II. In \(\mathrm{\beta}\)-pleated sheet structure all peptide chain after maximum extension laid side by side and are held together by intramolecular H-bonds.
III. The tertiary structure of proteins arises due to further folding of the secondary structure.
Select the correct statements and mark the correct option.

324838 A pigment protein in animals is

324839 The proteins with a prosthetic group are called

324836 The correct statement in respect of protein haemoglobin is that it

324837 Consider the following statements.
I. Tripeptide contains three amino acids linked by three peptide linkage.
II. In \(\mathrm{\beta}\)-pleated sheet structure all peptide chain after maximum extension laid side by side and are held together by intramolecular H-bonds.
III. The tertiary structure of proteins arises due to further folding of the secondary structure.
Select the correct statements and mark the correct option.

324838 A pigment protein in animals is

324839 The proteins with a prosthetic group are called

324836 The correct statement in respect of protein haemoglobin is that it

324837 Consider the following statements.
I. Tripeptide contains three amino acids linked by three peptide linkage.
II. In \(\mathrm{\beta}\)-pleated sheet structure all peptide chain after maximum extension laid side by side and are held together by intramolecular H-bonds.
III. The tertiary structure of proteins arises due to further folding of the secondary structure.
Select the correct statements and mark the correct option.

324838 A pigment protein in animals is

324839 The proteins with a prosthetic group are called

324836 The correct statement in respect of protein haemoglobin is that it

324837 Consider the following statements.
I. Tripeptide contains three amino acids linked by three peptide linkage.
II. In \(\mathrm{\beta}\)-pleated sheet structure all peptide chain after maximum extension laid side by side and are held together by intramolecular H-bonds.
III. The tertiary structure of proteins arises due to further folding of the secondary structure.
Select the correct statements and mark the correct option.

324838 A pigment protein in animals is

324839 The proteins with a prosthetic group are called