Section I: Biomaterials and bioinformatics
Chapter 1: Impact of wearable sensors in the field of biomedical engineering
Chapter 2: Use of biomaterials in the field of biomedical engineering: current trends, challenges and opportunities in implementation
Chapter 3: Applications of biomaterials in the advanced drug delivery systems
Chapter 4: Advances in orthotic prosthetics design: Challenges and applications
Chapter 5: Isolation of phytochemicals from plant sources and antioxidant activities and bioinformatics analysis for possible drug properties
Chapter 6: Extraction of phenolic compounds from plant leaves and bioinformatics approach for its antibacterial and antiviral activities
Chapter 7: Phytochemical screening and bioinformatics approaches for anticancer activity from potential plants
Section II: Biomedical engineering and AI
Chapter 8: AI and machine learning in the treatment of cardiovascular diseases: in view of medical imaging
Chapter 9: An efficient structure prediction: A case study in determination of protein structure using genetic algorithms
Chapter 10: Use of AI and machine learning for analysis of cellular images in breast cancer
Chapter11: Medical imaging: clinical Challenges and future prospective in the application
Chapter12: Role of big data, AI and machine learning in decision for diseases diagnosis and treatment
Chapter13: Role of medical robots in surgery: A case study
Chapter14: Genetic diagnosis, classification and risk prediction in cancer using next-generation sequencing in oncology
Chapter15: Intelligent algorithms and complex dataset for detection and treatment of lung cancer