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In physical adsorption the enzymes are attached to the matrix through hydrogen bonding, van der Waals forces, or hydrophobic interactions; whereas in ionic bonding, the enzymes are bound through?

In physical adsorption the enzymes are attached to the matrix through hydrogen bonding, van der Waals forces, or hydrophobic interactions; whereas in ionic bonding, the enzymes are bound through? Correct Answer Salt linkages

The simplest immobilization method is nonspecific adsorption, based on physical adsorption or ionic bonding for the drug molecules with the polymeric molecules. The bonding between the drug and the polymer compound is reversible. It also influences the strength of the interaction.

Related Questions

Which of the following types of inter molecular interactions or forces is/are called van der Waals forces? 1. London forces 2. Dipole - dipole forces 3. Dipole - induced dipole forces 4. Hydrogen bonding Choose the correct code:
Weak forces like hydrophobic interactions and Van der Waal forces can be safely neglected at nanoscale as they are neglected in bulk solutions.
If the adsorption is due to the weak van der waals forces between adsorbent and adsorbate, it is termed as 
Van der Waals forces are the only attractive forces present in nonpolar compounds.
Given below are characteristics of an “ionic compound”. Identify the option that gives INCORRECT information. A. Ionic compounds are generally found in solid state. B. Ionic compounds have low melting point and high boiling point. C. Ionic compounds are soluble in solvents like benzene, etc. D. The X-ray analysis of ionic compounds reveals that they exist as molecules.
The solid phase of an element follows van der Waals bonding with inter-atomic potential $$V\left( r \right) = - \frac{P}{{{r^6}}} + \frac{Q}{{{r^{12}}}}$$    where, P and Q are constants. The bond length can be expressed as
Consider the following pattern of numbers: \(\dfrac{\begin{matrix} 8 \\\ 6 \ \\\ 4 \ \end{matrix}}{ \ 6} \ \ \dfrac{\begin{matrix} 10 \\\ 5 \ \\\ 6 \ \end{matrix}}{ \ 11} \ \ \dfrac{\begin{matrix} 15 \\\ 7 \ \\\ 8 \ \end{matrix}}{ \ 16} \ \ \dfrac{\begin{matrix} 13 \\\ 4 \ \\\ 8 \ \end{matrix}}{ \ ?}\) What is the number at ? in the above pattern?
Consider the following statements in connection with thermoplastics: 1. They are long-chain molecules held together by van der Waals' forces. 2. They cannot be resoftened once they have set and hardened. 3. They are highly plastic and are easy for shaping. 4. Some commercial thermo-plastics are polyethylene, polystyrene and PVC. Which of the above statements are correct?
The heat of adsorption of a gas caused by Van der Walls forces of attraction and capillarity is equal to the heat of
বাস্তব গ্যাসের ক্ষেত্রে ভ্যানডার ওয়ালস্ সমীকরণে ‘a' ধ্রুবকটি নির্দেশ করে (For a real gas, the constant 'a' in Van der Waals equation indicates)