This book offers a comprehensive view of the creation and use of natural polysaccharides by integrating sustainability, bioengineering, and green materials in a unique way.

With an in-depth coverage, it includes a thorough analysis of natural polysaccharides, delving into their synthesis, characteristics, and range of emerging technology applications, as well as guidance to researchers and practitioners who aim to reduce environmental effects by highlighting eco-friendly design concepts and sustainable manufacturing techniques.

Highlighting the potential and adaptability of natural polysaccharides, ranging from eco-friendly packaging materials to medicinal innovations such as tissue engineering and drug delivery systems, this book provides useful information on the practical applications of natural polysaccharides in the real world, encouraging creativity and problem solving through case studies and practical examples.

Highlights a holistic approach to tackling problems in bioengineering for human health Incorporates sustainability concepts and solutions into the bioengineering innovation ecosystem Written by a global and interdisciplinary group of experts

Autorentext

Professor (Dr.) Md. Faiyazuddin is a distinguished academician with extensive experience working across the government, public, and private sectors who sought to leverage his sixteen-year background in pharmacy education, product development, research consultation, and social pharmacy outreach activities in academia and industry. Currently, he is employed as a senior professor at Al Karim University, India, and holds visiting positions at prestigious universities in India and abroad. With more than a hundred studies, conferences, and review manuscripts, dozens of books and chapters, 15 accolades and awards, and various IPR have contributed greatly to the pharm fraternity of India. In addition to his daily job, Dr. Faiyazuddin has a keen interest in connecting researchers worldwide to practice safe drugs under the flagship of the International Pharmaceutical Forum (a community of more than 250 pharma stalwarts across the globe).

Dr. Meghraj Vivekanand Suryawanshi (M.Pharm, PDCR, MBA, Ph.D.) is an Associate Professor and Training & Placement Coordinator at the Department of Pharmaceutics, Sandip Institute of Pharmaceutical Sciences (SIPS), Nashik affiliated to SPPU, Pune. With over seven years of experience in pharmaceutical education and research, he holds degrees from SIPS, Lonavala, Pune, RCPIPER, Shirpur, and JNU, Jaipur, along with a PDCR from CCS, New Delhi. He has authored 8 books, contributed 22 book chapters, and published 55 research papers in reputed WOS/Scopus/UGC-CARE-listed journals. His expertise spans polymer science, novel drug delivery systems, product development, and intellectual property rights, with one granted international patent, seven published national patents, and one copyright. A certified Scientific and Medical Writer and Systematic Literature Reviewer, Dr. Suryawanshi is Co-Founder of AllWell Nutritech LLP and has managed projects worth 50 lakh at Cerelia Nutritech Pvt. Ltd. and IIT Delhi, while also securing research grants over 1.2 lakh from Gujarat government agencies. Recognized with the Young Scientist and Best Researcher Awards, he continues to contribute significantly to pharmaceutical sciences with an H-index of 7 and a strong focus on innovation, mentoring, and entrepreneurship.

Inhalt

Chapter 1. Green Biomaterials: Challenges and Opportunities.- Chapter 2. Biodegradable Polymers: Advances in Sustainable Biomaterials.- Chapter 3. Green Chemistry Approaches in Biomaterials Synthesis.- Chapter 4. Tissue Engineering Strategies for Environmental Sustainability.- Chapter 5. Bio-Fabrication Techniques for Eco-Friendly Biomedical Devices.- Chapter 6. Regenerative Medicine-A promising Approach to Address the Global Healthcare Challenges and Promoting Sustainability.- Chapter 7. Biomimetic materials: Nature-inspired solutions for sustainability.- Chapter 8. Cell-material interaction in sustainable biomedical engineering.- Chapter 9. Bioinspired Scaffolds for Tissue Regeneration and Environmental Impact.- Chapter 10. Bioprinting Technologies for Sustainable Tissue Engineering.- Chapter 11. Recent Advancement in Biomaterial-based Drug Delivery System.- Chapter 12. Polysaccharides Based Gums and Mucilage: As Potential Biomaterial.- Chapter 13. Natural biomaterials used in wound healing and diabetic foot.- Chapter 14. Life Cycle Assessment of Biomaterials: Towards Sustainable Production and Consumption.- Chapter 15. Patents, Clinical Trials and Dosage Form Based on Biomaterials.- Chapter 16. Regulatory concern for biomaterial and its toxicity.