What Are The Differences Between Insulin And Intermole Bonds?
a. Primary: Peptide bonds
b. Secondary: Hydrogen bonds
c. Tertiary: Disulfide bonds, Hydrogen bonds and Ionic bonds
d. Quaternary: Disulfide Bridge and Hydrophobic Interactions,
2.
a. The amino acid cysteine contains a sulfhydryl R- group
b. The amino acid cysteine dominates the polymer, and the sulfer-sulfer bonds of cysteine residues provide hair strength by connecting parallel strands of protein
c. The level of the protein structure is the tertiary.
3.
a. Insulin, a hormone secreted by the pancreas, causing other tissues to take up glucose, therefore regulating blood sugar concentration
b. Insulin consists of two polypeptide chains, which are covalently linked by two intermolecular disulfide bonds. The first chain has 21 amino acid
b. Secondary: Hydrogen bonds
c. Tertiary: Disulfide bonds, Hydrogen bonds and Ionic bonds
d. Quaternary: Disulfide Bridge and Hydrophobic Interactions,
2.
a. The amino acid cysteine contains a sulfhydryl R- group
b. The amino acid cysteine dominates the polymer, and the sulfer-sulfer bonds of cysteine residues provide hair strength by connecting parallel strands of protein
c. The level of the protein structure is the tertiary.
3.
a. Insulin, a hormone secreted by the pancreas, causing other tissues to take up glucose, therefore regulating blood sugar concentration
b. Insulin consists of two polypeptide chains, which are covalently linked by two intermolecular disulfide bonds. The first chain has 21 amino acid