Description
Advances in Bioelectromagnetism: Innovations and Applications in Healthcare offers a comprehensive exploration of bio-waves—natural electromagnetic signals generated by living cells, tissues, and organisms. Delving into core principles, such as the natural frequency of human bio-waves, the book examines how these waves interact with external electromagnetic fields. It presents groundbreaking research and applications, emphasizing technologies like brain-computer interfaces, electroencephalography, and bioresonance therapy that leverage bio-wave modifications for the diagnosis and treatment of various health conditions. The book also highlights future directions in the field, including real-time bio-wave monitoring powered by advanced digital signal processing and AI-driven machine learning algorithms.It serves as a vital resource for academic researchers, biomedical professionals, and entrepreneurs in biomedical engineering, biophysics, biotechnology, and smart healthcare. By addressing gaps in existing literature, this work fosters innovation and sets new directions for bio-wave research and healthcare applications.- Provides the fundamental concepts of bio-waves- Explores how advanced technologies can be used for detection of bio-waves- Examines bio-wave applications, emphasizing future, real-time monitoring with AI-enhanced processing
Table of Contents
Section 1: FUNDAMENTALS1. Introduction to brain waves Contributors: Abdeljalil EL HADIRI2. Brain Computer Interface : A Survey Contributors: Ayesha Noshin, Yagna Boyapati, arshia Khan, Sifat Wahid3. Introduction to SQUID (superconducting quantum interference device) Contributors: YOVAN SNANAGAN PONSELVAN D4. Bio-waves and Schumann resonances Contributors: Nuria Novas Castellano5. Schumann resonances and related biological effects Contributors: A.P. Nickolaenko, Masashi Hayakawa, Masashi Hayakawa6. Human body's bioelectromagnetism (bio-waves) and Schumann resonances Contributors: Rollin McCraty, Minvydas Ragulskis, Alfonsas Vainoras, Ganna Nevoit, Ganna Nevoit, Gediminas Jarusevicius, Rollin McCraty7. Effect of vortex magnetic field on biological systems Contributors: Teodoro CORDOVA8. Biophotons, methods of their registration and clinical significance Contributors: Gediminas Jarusevicius, Ganna Nevoit, Alfonsas Vainoras, Kristina Poderiene, Maksim Potiazhenko, Ganna Nevoit, Ozar Mintser9. Fundamental mechanisms of bioresonance therapy Contributors: Ganna Nevoit, Alfonsas Vainoras, Maksim Potiazhenko, Ganna Nevoit, Ozar MintserSection 2: APPLICATIONS10. Brain-Computer Interface Applications in Healthcare Contributors: Koo Lee, JONG HEON KIM, Janggil Oh, J. Kim11. Advances in Electroencephalography Contributors: Jinwon Chang12. Current Advances in Electroencephalography Contributors: arshia Khan13. Recent Developments in Electroencephalography with Deep Learning Models Contributors: George Papakostas14. Application of electroencephalography for audio perception Contributors: Aditi Jha, KP miyapuram15. Advances in Magnetomyogram Contributors: Xiangyan KONG16. Introduction to Magnetogastrography Contributors: Teodoro CORDOVA17. Magnetogastrography and Methods to Evaluate Gastrointestinal Motility and Transit Contributors: José Miranda, Guilherme Soares18. Advances in Sensing Stomach Function with Biomagnetism Contributors: Recep Avci19. Advances in Magnetogastrography (MGG), Magnetoenterography (MENG) and Magnetoneurography (MNG) Contributors: Hua Li, Hua Li20. Recent Advances in Magnetocardiography Contributors: Xiangyan KONG21. Magnetoelectochemical Theory of Metabolism and Life Contributors: Ozar Mintser, Gediminas Jarusevicius, Maksim Potiazhenko, Ganna Nevoit, Alfonsas Vainoras, Ganna Nevoit22. Advances in Bioresonance Therapy Contributors: Piero Galasso, Giovanni Barassi23. Advances in Electroacupuncture Contributors: Xuelei Ma24. Biowaves-based biometric systems Contributors: Raj Kumar
