Amit Kumar Mandal – författare

Some wild, herbal and medicinal plants and their parts contain chemicals that provide a concise scientific evaluation of the effectiveness of foods, nutrients, herbs and dietary supplements in preventing dermal damage and cancer as well as improving skin health without disrupting the natural microflora. With climatic change, including increasing temperatures and longer periods of sun exposure, there is a growing concern among the population regarding skin protection. As the use of plant-based skin products becomes more popular, Phytochemical Potentials for Dermatological Applications describes biologically active components of plants and explains the numerous ways in which they support the treatment of different skin conditions. FEATURESExplores the research in dermatology using bioactive compounds from plants representing the alternative treatments of the futurePresents innovative methods of treatment in frequently encountered dermatological conditionsIncludes figures and tables that compress the information for the novice medical reader or non-medical reader Phytochemical Potentials for Dermatological Applications summarizes studies on medicinal plants containing phytochemicals with skin-beneficial properties that have been tested in vitro or in vivo and describes appropriate and innovative treatment methods. This book is an essential resource for scientists and researchers interested in phytotherapy, with special emphasis on dermatology.

This book presents recent advancements in wound care systems using functionalized nanomaterials based hydrogels to prevent infection and promote wound healing.

This book provides a comprehensive exploration of silk proteins and their conversion into advanced nanoformulations, covering a wide range of applications. It starts with an informative "Introduction to Silk Proteins and Nanoformulations," detailing their structure, properties, and sources to establish a strong basis. "Extraction and Purification of Silk Proteins" outlines crucial methods for obtaining pure silk fibroin and sericin, essential for effective utilization. "Physicochemical Properties of Silk Proteins" investigates their strong mechanical properties, thermal resistance, and biocompatibility, crucial for numerous technological advancements.  Moreover, the book extensively covers how silk proteins are integrated into nanotechnology in "Nanotechnology and Silk Proteins," highlighting their crucial contribution to the development of groundbreaking nanoformulations. Detailed exploration of advanced methods for preparing silk protein nanoparticles and enhancing their surfaces is provided in "Techniques for Preparing Silk Protein Nanoparticles" and "Functionalization and Surface Modification of Silk Nanoparticles," essential for their use in drug delivery, gene therapy, and biomedical engineering. Chapters dedicated to "Biomedical Applications,” "Cosmetics and Personal Care," and "Environmental Sustainability" showcase how silk nanoparticles contribute to breakthroughs in these fields, providing biodegradable, eco-friendly solutions with minimal environmental impact. The book also covers critical aspects like analytical techniques for characterization, toxicological studies, and future trends, offering a comprehensive view of silk-based nanoformulations from development to practical application. This comprehensive compilation is a crucial resource for researchers, practitioners, and students aiming to harness the potential of silk proteins, driving innovation across industries and fostering the development of sustainable, high-performance technologies and products.

This book highlights the recent advancement in point-of-care testing (POCT) technologies utilizing ‘smart’ nanomaterials for the analysis of biomarkers related to disease, which includes metabolites, enzymes, proteins, nucleic acids, cancer cells and multidrug-resistant pathogen.