Weak forces such as hydrogen bonds, Van der Waal's forces etc maintain biological structure and determine biomolecular interactions. This is explained below,
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Why is it important that weak forces mediate biomolecular recognition? Why does the central role of...
Why is it important that WEAK forces, not strong forces, mediate biomolecular recognition? What would be the effect of an increase in kinetic energy on such interactions? Why does the central role of weak forces in biomolecular interactions restrict living systems to a narrow range of environmental conditions?
Why does the central role of weak forces in biomolecular interactions restrict living systems to a narrow range of environmental conditions?
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Answer at least 7 of the following questions:
a) Describe the weak intermolecular forces (charge-charge, H-bond, van der Waals, & Hydrophobic force etc). b) Describe the structural properties of the peptide bond, a-helix, B-turn, B -sheet and random coil. c) Describe the structural hierarchy of a protein (1°, 2°, 3° & 4) using examples of globular proteins d) Describe how BME or DTT affects disulfide linkages connecting dimeric and multimeric proteins e) Describe Kd, Km and Vmax of an enzyme...