Biodiversity · Agriculture Economics

Agriculture · Botany
Biobased Products: Sustainable Applications
- ISBN
- 9789391734572
- Year
- 2022
- Binding
- Hardbound
- Language
- English
- Total pages
- 264
- Ebook
- Coming soon
About the Book
Life science is rapidly developing area from a science with the impact of research works to make it as, patent, process, product, prototype, technology for the advanced application. The recent developments in research focus on sustainable development to determine future eneration problems, existing data is evidence for the accomplish massive comparisons of newly designed concepts, to make sure to target the future perspectives, the results of which may be used to formulate and analytical hypotheses about biobased products. The novelty of these new chapters is revealed the impression of applied biology: various biobased products and biomolecules have been investigated by modifying and mimicking standing ones. This scientific edited book brings a modern concept in sustainable development with the application of agriculture, biotechnology, biochemistry, environmental, food and nutrition, medical, nanotechnology, pharmacology, synthetic chemistry, toxicology based on the literature and data of research. Salient features of the book are advanced techniques, biomaterials, protocols, new strategies of sustainability and novel applications. The observed findings are need of hour in current days and used to study different approach of biobased products and their related biological application with the underlying various concepts of sustainable development. The index is divided into twelve chapters describing the details of biological products, including traditional touch with discovery of novel strategies towards sustainability, mechanism of the biomolecules, principle of actions, as well as their impact on ecology and environment by the interactions with an organic context which are essential for the various biological processes. It also emphasize thoughtful visions into the advances in biobased products including use of analytical tools for designing in commercial scale by the chromatography, microscopy, spectroscopy with statistical analysis by the elucidating scientific data qualitatively and quantitatively. It exhibit as a novel edited research book by the expertise in the various filed of biology, it is useful to innovative minds with the aspiration to update the research outcomes for wide range of application of biobased concepts and their remarkable future prospects as sustainable development.
Biobased Products: Sustainable Applications by Dr. E. Keshamma & Dr. Sharangouda J. Patil..
264 pages · English · Published 2022
Subjects: Agriculture, Botany
About Author
Dr. E. Keshamma has been Associate Professor, Department of Biochemistry at Maharani Cluster University, Bengaluru, India. She has obtained M.Sc., and M.Phil., Degree from (Gulbarga University) and Ph.D. Degree from Kuvempu University, India. She has published many research papers in Journals of National & International repute, review articles and book chapters in Life Sciences. She has also presented many of her research investigations work and participations in symposia, seminars and conferences at the National and International levels. In addition, she has been active in teaching and co-curricular activities, as member(s) BOE in different Universities. Her continued involvement in supporting needy students in many ways is appreciated by the teaching fraternity and students. Her vast experience and eminence in scientific areas, allowed holding several academic responsibilities include curricular, co-curricular and extracurricular activities such as grant-writing, curriculum development, research proposals correction for external funding for others. Apart from her academic activities, she has creative thinking to further higher education involving NEP in the innovative areas like Nanobiotechnology, in a collaborative way.
Dr. Sharangouda J. Patil was born and brought up from farming community. Currently he is working as Associate Professor, Department of Zoology, NMKRV College for Women (Autonomous), Bengaluru, India. Due to his strong will and aspiration for teaching and research, he overcame several limitations to prove himself as an eminent researcher and teacher. He has successfully guided various projects for Masters and Ph.D. students. During his academic and research career, he has published more than 66 research articles, 8 edited books, 14 book chapters, 5 technical bulletins and several other technical articles in national and international journals. He has participated and presented research papers in more than 90 conferences and has been awarded many best paper awards. Dr. Patil is also working as an Editor in Chief, Editorial Board Member, Advisory Editorial Member and a Reviewer to more than 35 journals. His efforts as a teacher and researcher have proved him a man of diverse skills, who aspires to set up an academic culture and educational program conducive to student learning and progress.
Content
�Biomolecule Based Nanomaterials. �Unique Benefits of Indian Kadaknath Chicken (IKC) - Future Perspective. �Bombyx mori Silk Proteins for Biomedical Applications – A Review. �A Review on Remarkable Medicinal and Pharmacological Applications of Phenoxazine moiety and Derivatives. �Vegetarian Meat: White Button Mushroom (Agaricus bisporus) – Boon to Nutrition. �Cashew Apple Nutritional Value and its Products as a Commercial Importance in Food Industry. �Phytochemical Screening and Determination of Organoleptic, Physical and Chemical Properties of Cake Prepared using Betalain Pigment from Beetroot (Beta vulgaris). �White Mulberry (Morus alba L.): A Magical Plant with High Nutritional Potential and Medicinal Properties - An Update. �An Overview of Structural and Functional Bio- Relationships on Phenothiazines. �Biodegradable Plastics from Agricultural Crop Residues. �Agricultural Waste in Potential Bioproducts Production for Sustainable Environment. �Recent Advances in the Utilization of Agrowastes for the Fermentative Production of Bioethanol. �Degradation of Polyaromatic Hydrocarbons by Microbial Technology. �A Comparative Study on the Production of Tannase from Different Microbes.