non covalent
Van der Waals interactions
because covalent bond involve sharing pair of electrons and non covalent bond involve more dispersed variations of elctromagnetic interactions which maintain the three dimensional structure of molecule
An example of the protein-protein interactions is the antigen-antibody interactions. Because of the complexity of the protein molecules, the hydrophobic interactions are more dominant.
No. If oil did have a polar covalent bond, that would make it hydrophilic (attracted to water) and oil is hydrophobic (repels water). All the covalent bonds in the hydrocarbon tails are non-polar covalent.
Primary- Covalent bonds Secondary- Hydrogen bonds Tertiary- Hydrophobic interactions - Disulphide bonds/bridges - Hydrogen bonding Quaternary- (Same as Tertiary)
Van der Waals interactions
because covalent bond involve sharing pair of electrons and non covalent bond involve more dispersed variations of elctromagnetic interactions which maintain the three dimensional structure of molecule
disulphide since it is covalent
An example of the protein-protein interactions is the antigen-antibody interactions. Because of the complexity of the protein molecules, the hydrophobic interactions are more dominant.
No. If oil did have a polar covalent bond, that would make it hydrophilic (attracted to water) and oil is hydrophobic (repels water). All the covalent bonds in the hydrocarbon tails are non-polar covalent.
No, the polypeptide sequence of amino acids is the primary structure of a protein. The quaternary structure of the protein is the non-covalent interactions (hydrophobic binding, van der wals forces etc..) between subunits/domains of a protein.
nonpolar molecules
Ni, just peptide bonding. Hydrophobic interactions do not have significance to folding until tertiary structure folding.
glycine and aspartic acid
tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.tail is hydrophobic because it has no charges which means it is non-polar.
Primary- Covalent bonds Secondary- Hydrogen bonds Tertiary- Hydrophobic interactions - Disulphide bonds/bridges - Hydrogen bonding Quaternary- (Same as Tertiary)
Hydrophobic interactions are repulsive and hydrogen bonds are attractive forces. So, not sure hydrophobic interaction is classified as a "force" but rather and "interaction". Hydrogen bonds are relatively strong forces. It's really difficult to compare hydrophobic interaction with hydrogen bond because they are sort of opposite.