The interface formed between two hydrophobic molecules in the context of the aqueous environment of the cell cytoplasm is formed mostly through: A. Hydrogen bonds B. Covalent bonds C. Van der Waals interactions D. Ionic bonds E. None of the above
The interface formed between two hydrophobic molecules in the context of the aqueous environment of the cell cytoplasm is formed mostly through:
| A. |
Hydrogen bonds |
|
| B. |
Covalent bonds |
|
| C. |
Van der Waals interactions |
|
| D. |
Ionic bonds |
|
| E. |
None of the above |
Different bonds are present in a biological system. They are generally subdivided into 2 categories non-covalent and covalent bonds. Non-covalent bonds are weak bonds whereas covalent bonds are strong bonds. A total of 300 amino acids are present in the biological system out of that 20 are part of protein remaining are non-standard amino acids. depending upon the side-chain amino acid are categorized into polar, nonpolar, basic, and acidic. and these groups of amino acid plays important role in forming different Intra and intermolecular forces between R-groups of amino acid, the peptide bond, resulting in a particular shape of the polypeptide.
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