No More Pandemics: Toward a World Free from Infectious DiseasesThis book proposes a concrete path to bring an end to pandemics and achieve a world without infectious diseases, suggesting an escape from the long history of infectious diseases that have brought misery and confusion to humanity. The book presents an Mikawa-Kase-AQIP model to illuminate the generation of infection units originating from the lungs, where viral proliferation occurs. It further elucidates the theoretical distribution of viruses entrapped within aerosol particles. It is entirely possible to avoid infection using today’s science and technology, if we all understand, share, and implement an air ventilation approach which will stop viruses from entering the body. The challenge to eradicate future pandemics must be confronted now. The aim in this book is to present the answer. |
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NO MORE PANDEMICS: Toward a World Free from Infectious Diseases HIROSHI. KASE No preview available - 2024 |
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achieve aerosol particles aerosols aerosols containing airborne infection airborne transmission airflow rate antigenic buildings caused cholera cluster infections CO2 concentration CO2 level CO2 monitors Coronavirus Coronavirus pandemic countries COVID-19 pandemic cytokine storm decrease distribution droplet infection drugs effective ensure Figure fresh air function global healthcare human HVAC immune improve increase indoor air quality indoor CO2 concentration indoor environment indoor spaces infected individuals infected person infection probability infection rate infection risk infectious diseases influenza virus inhaled Japan living mask-wearing measles measures mechanical ventilation memory B cells million MK model mRNA number of infected number of occupants Omicron pathogens poverty prevent infection rebreathing respiratory infections respiratory tract lining risk of airborne risk of infection Spanish flu spread strategies susceptible temperature tract lining fluid tuberculosis vaccines ventilation rate ventilation system viral virus titre virus-laden aerosol viruses wear a mask World Health Organisation worldwide