Biochemistry of Drug Metabolizing Enzymes

<p>1. Biochemical activation of drug metabolizing enzymes: From mechanism of action to functions<br>2. Computational approaches and drug metabolizing enzymes: Concepts and challenges<br>3. Biotransformation of drugs by drug metabolizing enzymes: Concepts and challenges<br>4. Emerging environmental contaminants and drug metabolizing enzymes: Retrospective analysis and prospects<br>5. Impact of prodrugs on drug metabolizing enzymes: From function to regulation<br>6. Impact of hormones on drug metabolizing enzymes: From function to regulation<br>7. Impact of receptors on drug metabolizing enzymes: From function to regulation<br>8. Biochemistry of cathepsin enzymes and metabolic functions in lysosome<br>9. Fate of drug metabolizing enzymes in metabolic diseases: Challenges and strategies<br>10. Fate of drug metabolizing enzymes in cardiovascular diseases: Challenges and strategies<br>11. Fate of drug metabolizing enzymes in neurological diseases: Challenges and strategies<br>12. Impact of physiological factors on drug metabolizing enzymes: Challenges and strategies<br>13. Xenobiotics and drug metabolizing enzymes: Challenges and strategies<br>14. Drug metabolizing enzymes and inflammatory responses: Mechanism of induction and treatment strategies<br>15. Polymorphism and drug metabolizing enzymes: Challenges and strategies<br>16. Modulation of human microbiome and drug metabolism: Current trends and future prospects<br>17. Bioanalytical techniques for prediction of metabolic activity of drug metabolizing enzymes: Challenges<br>18. Role of pharmacogenomics for prediction of personalized medicines: Concepts and challenges<br>19. Dietary sources of drug metabolizing enzymes: From production to regulation<br>20. Vitamin deficiencies and drug metabolizing enzymes: Challenges and strategies<br>21. Malnutrition and Drug metabolizing enzymes: Challenges and strategies<br>22. Drug metabolizing enzymes and oxidative stress: Mechanism of induction and treatment strategies</p>