Marco Ciufolini: Masitinib, Onpattro, and Beyond: The Central Role of Synthetic Organic Chemistry

Описание: After his seminar "‘Masitinib, Onpattro, and Beyond: The Central Role of Synthetic Organic Chemistry" Prof. Marco Ciufolini speaks about synthetic chemistry's crucial role in new drugs.

AI/ML in Medicinal Chemistry: The potential of AI and machine learning in predicting reaction outcomes and optimizing drug design is acknowledged, but its effectiveness remains to be proven. Past examples of initially promising technologies (like combinatorial chemistry) failing to deliver on their full potential serve as a cautionary tale. Real-world evidence of efficacy is crucial before widespread adoption.

Advice for Aspiring Synthetic Organic Chemists: Students interested in synthetic organic chemistry should be prepared to study abroad if necessary, as academic programs in this field are not uniformly strong worldwide. Prof. Ciufolini highlights several strong research groups internationally.

Green Chemistry and the KISS Principle: The "Keep It Simple, Stupid" (KISS) principle should be balanced against the desire for green synthesis. Not all seemingly "green" approaches (e.g., water-based reactions) are necessarily economically viable or environmentally superior when considering the full life cycle. Factors like water purification costs significantly impact the overall environmental footprint.

Economic and Environmental Realities in Green Chemistry: Prof.Ciufolini cautions against overly optimistic views of green technologies without considering their full lifecycle impact. Examples cited include electric vehicles (copper and rare earth metal mining), and gold nanoparticle synthesis (cyanide use). Life cycle assessment is crucial for evaluating the true environmental impact.

The Pharmaceutical Industry and Green Chemistry: The pharmaceutical industry is argued to be surprisingly green because waste disposal costs incentivize efficiency and minimize waste.

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