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This crucial area of study delves into the intricate processes of drug transport mechanisms and the development of resistance within both antimicrobial and anticancer chemotherapy. Understanding how therapeutic agents reach their targets and the multifaceted ways cells develop immunity to these drugs, often involving drug efflux pumps or altered cellular pathways, is vital for overcoming chemotherapy resistance and designing more effective treatments in the future.

Explore the crucial role of metal complexes in advanced cancer chemotherapy, a field pioneering innovative inorganic anticancer drugs. This area investigates how various metallic compounds are designed and utilized as potent metallodrugs to target and inhibit cancer cell growth, offering promising avenues for more effective and less toxic platinum-based chemotherapy and future therapeutic strategies.

This comprehensive Handbook of Cancer Chemotherapy serves as an indispensable resource for medical professionals navigating the complexities of cancer treatment. It offers detailed insights into current chemotherapy drug protocols, effective administration techniques, and strategies for managing common side effects, ensuring optimal patient care in oncology settings.