Sudhanshu Mishra – författare

Coumarin, a naturally occurring benzo-á-pyrone compound that is most often used as a fragrance ingredient, is also beneficial in the treatment of prostate cancer, renal cell carcinoma, leukemia, and other cancers. This new volume provides an in-depth discussion of the various applications of coumarin compounds in cancer treatment, exploring the most recent developments, extraction processes, and tailored approaches to use coumarins for cancer treatment. It presents a complete overview of the distinct uses of coumarin compounds in cancer treatment as well as insights into their various modes of action and therapeutic efficacy. The book also addresses coumarin potential as an enzyme inhibitor for cancer management, the therapeutic potential of natural coumarin lead compounds, and the use of coumarin derivatives as radiosensitizers in cancer treatment.Coumarins for Cancer Treatment: Advances and Prospects, authored by prominent experts, covers potential strategies and recent breakthroughs in utilizing coumarins for cancer treatment, extraction techniques, prodrug design approaches for tumor targeting, nanoformulations for tumor targeting, gastrointestinal cancers, herniarin and psoralen for cancer treatment, warfarin anticancer effect, target-based coumarin derivatives as effective anticancer agents, the photoprotective and anti-melanoma activity of coumarin phytoestrogen, coumestrol, curcumin role in epithelial-mesenchymal transition for preventing cellular metastasis, utilization of coumarin and its derivatives against breast cancer, the potential of coumarin as an enzyme inhibitor for cancer management, natural coumarin lead compounds, and coumarin derivatives as radiosensitizers in cancer treatment.The book also explores clinical research, regulatory prospects, and patents associated with coumarin-based cancer treatment techniques, providing a complete overview of the translational and commercial elements of coumarin-based cancer medicines.The book will be a great resource for academicians, physicians, biotechnologists, and pharmaceutical professionals working on the development and implementation of new cancer therapy modalities that use coumarin molecules.

No detailed description available for "e;Women's Health: A Comprehensive Guide to Common Health Issues in Women"e;.

Bridging the fields of pharmacy, biotechnology, dermatology, and cosmetic science, this book offers a multidisciplinary perspective on innovation, efficacy, and safety in the development of next-generation beauty and personal care products. The book discusses emerging technologies such as nanoformulations, artificial intelligence, gene therapy, personalized medicine, and peptide science. It addresses their transformative role in cosmetic product development-from skin and hair care to sun protection, anti-aging solutions, and mood-enhancing formulations. Readers will also gain insights into regulatory frameworks, clinical studies, and intellectual property considerations, making this a practical guide for both innovation and compliance in the beauty-tech space. Key Features: Explores integration of pharmaceutical techniques in cosmetic formulation Highlights nano-carriers, AI tools, and gene-based therapies in product development Details the role of natural and herbal ingredients in modern skin and hair care Covers peptide technologies for anti-aging and skin rejuvenation Addresses personalized medicine and pharmacogenomics in cosmetics Reviews regulatory challenges, clinical validation, and patent strategies

A comprehensive exploration of the role of natural and synthetic biopolymers in modern therapeutics. Bridging fundamental science with applied biomedical research, the book highlights how biopolymers function as drug carriers, vaccine adjuvants, bioactive agents, and innovative tools for next-generation treatment strategies. The volume covers specialized discussions on nano-based biopolymer systems, enzyme-triggered delivery platforms and AI-driven biopolymer design. The volume also examines the sources, chemistry, and properties of biopolymers while showcasing their applications in drug delivery, wound healing, cancer therapy, tissue engineering, and immunomodulation alongwith regulatory considerations,offering both foundational insights and forward-looking perspectives. Key Features: - Explores biological sources, chemistry, and synthetic pathways of biopolymers. - Examines applications in drug delivery, cancer therapy, and tissue engineering. - Highlights nano-biopolymers, stimuli-responsive systems, and immunomodulatory roles. - Showcases AI-powered innovations and emerging therapeutic strategies. - Bridges laboratory science with clinical and industrial translation.