Aleena Khan

Bioelectric Impedance in Dental Diagnosis and Treatment"** presents a detailed exploration of bioimpedance as a non-invasive, radiation-free diagnostic tool in dentistry. The book explains the underlying principles, instrumentation, and methods of bioelectric impedance analysis, followed by its clinical applications across oral pathology, implantology, endodontics, periodontology, orthodontics, and prosthodontics. It emphasizes its role in assessing pulp vitality, detecting mucosal lesions, monitoring wound healing, and evaluating bone quality and implant osseointegration. Evidence from clinical studies and case reports demonstrates its diagnostic accuracy and monitoring potential. Future directions, including integration with AI, wearable devices, and personalized treatment planning, are highlighted to showcase its evolving role in precision dentistry. This work serves as an essential academic resource for researchers, clinicians, and students seeking innovative diagnostic approaches in oral healthcare.

"Recent Advances in Sustainable Dental Practice" provides an in-depth analysis of emerging approaches aimed at reducing the ecological impact of dentistry. The book systematically reviews advances in sustainable materials, digital dentistry, energy-efficient infrastructure, and eco-conscious waste management. It highlights the importance of policy frameworks, professional responsibility, and patient awareness in achieving environmentally responsible dental care. Evidence from global research and practice models is integrated to offer a balanced perspective on challenges and opportunities. The text also underscores the role of innovation and interdisciplinary collaboration in shaping future-ready dental systems. Overall, it serves as a valuable academic resource for researchers, educators, and practitioners committed to sustainable healthcare.