Mohd Amin Mir – författare

Comprehensive Guide to Green Chemistry: Principles, Materials, and Applications provides an authoritative analysis of green and sustainable chemistry, integrating foundational principles with the advanced materials and technologies that are transforming research and industrial applications. The book provides detailed exploration of green solvents, bio-based polymers, nanomaterials, photocatalysis, and advanced oxidation processes, highlighting their roles in minimizing environmental impact. The text further addresses sustainable synthetic methodologies, pollution control technologies for water, air, and soil, and waste-to-energy strategies within circular economy models, providing a holistic view of resource-efficient chemical practices.It equips professionals and academics with the knowledge and tools necessary to implement environmentally responsible strategies that advance sustainable development objectives. This essential reference supports the transition toward eco-efficient chemistry, enabling the reduction of pollution, conservation of resources, and promotion of long-term ecological balance across diverse sectors.Provides a comprehensive and structured reference for green and sustainable chemistry, meeting the informational needs of both academia and industry professionalsHighlights real-world applications and emerging technologies such as AI, nanomaterials, and green synthesis, positioning the book as a forward-looking resource to support innovation and sustainabilityFeatures visual elements like flow diagrams, process charts, and comparative tables that enhance understanding and facilitate quick reference

Comprehensive Guide to Green Chemistry: Principles, Materials, and Applications provides an authoritative analysis of green and sustainable chemistry, integrating foundational principles with the advanced materials and technologies that are transforming research and industrial applications. The book provides detailed exploration of green solvents, bio-based polymers, nanomaterials, photocatalysis, and advanced oxidation processes, highlighting their roles in minimizing environmental impact. The text further addresses sustainable synthetic methodologies, pollution control technologies for water, air, and soil, and waste-to-energy strategies within circular economy models, providing a holistic view of resource-efficient chemical practices.The book equips professionals and academics with the knowledge and tools necessary to implement environmentally responsible strategies that advance sustainable development objectives. This essential reference supports the transition toward eco-efficient chemistry, enabling the reduction of pollution, conservation of resources, and promotion of long-term ecological balance across diverse sectors.Provides a comprehensive and structured reference for green and sustainable chemistry that meets the informational needs of both academia and industry professionalsHighlights real-world applications and emerging technologies such as AI, nanomaterials, and green synthesis, positioning the book as a forward-looking resource to support innovation and sustainabilityFeatures visual elements like flow diagrams, process charts, and comparative tables that enhance understanding and facilitate quick reference

Kinase inhibitors are the type of medications that target enzymes called kinases, which play a crucial role in signaling pathways involved in cell growth, proliferation, and survival. These inhibitors are used in the treatment of various cancers and other diseases. This book provides essential information in the design of new drug molecules for the development of kinase inhibitors. It includes the existing drugs and those under clinical trial that are involved in the development process.Key Features Highlights the synthesis, molecular mechanism, biochemical pathways, chemical and biological properties of kinase inhibitors. Focuses on recent advances in these drugs used in the field of cancer and other diseases. Researchers are provided with information on target identification, lead identification, and optimization during the drug development process.

Kinase inhibitors are the type of medications that target enzymes called kinases, which play a crucial role in signaling pathways involved in cell growth, proliferation, and survival. These inhibitors are used in the treatment of various cancers and other diseases. This book provides essential information in the design of new drug molecules for the development of kinase inhibitors. It includes the existing drugs and those under clinical trial that are involved in the development process.Key Features Highlights the synthesis, molecular mechanism, biochemical pathways, chemical and biological properties of kinase inhibitors. Focuses on recent advances in these drugs used in the field of cancer and other diseases. Researchers are provided with information on target identification, lead identification, and optimization during the drug development process.