Radioactive Nanoparticle - Advancing Targeted Therapies and Environmental Solutions
Fouad Sabry
Maison d'édition: One Billion Knowledgeable
Synopsis
Radioactive nanoparticle-This chapter introduces the concept of radioactive nanoparticles, exploring their structure, types, and significance in modern science Nanomaterials-A thorough look into the variety of nanomaterials and their properties, paving the way for their use in different industries, especially in radiation and medicine Health and safety hazards of nanomaterials-This chapter addresses the potential risks associated with nanomaterials, focusing on the health and safety implications for both individuals and communities Background radiation-A foundational chapter on background radiation, discussing its sources and its relevance to understanding the behavior of radioactive nanoparticles Toxicology of carbon nanomaterials-Detailed insights into the toxicological aspects of carbonbased nanoparticles, which are central to the advancement of nanotechnology applications Characterization of nanoparticles-The chapter covers various methods of characterizing nanoparticles, from their size and shape to their chemical properties, which are essential for their practical use Ventilation/perfusion scan-Focuses on the use of nanoparticles in medical imaging, particularly in ventilation/perfusion scans, an essential diagnostic tool in pulmonary medicine Engineering controls for nanomaterials-Discusses the engineering controls necessary to handle nanomaterials safely, particularly in industrial and laboratory settings Impact of nanotechnology-This chapter evaluates the broader impact of nanotechnology on society, including ethical considerations, innovation, and its role in scientific progress Radiation dose reconstruction-A critical look at radiation dose reconstruction and how it relates to understanding the biological effects of radioactive nanoparticles Hazard substitution-Explores strategies for substituting hazardous materials in nanotechnology applications, prioritizing safety while maintaining efficacy Titanium dioxide nanoparticle-Focuses on titanium dioxide nanoparticles, their properties, and their applications, particularly in environmental and medical fields Nuclear medicine-This chapter discusses the role of radioactive nanoparticles in nuclear medicine, including their use in diagnostics and treatment Regulation of nanotechnology-An essential chapter on the regulatory frameworks governing the use of nanotechnology and radioactive nanoparticles, ensuring safety and compliance Radionuclide-A comprehensive overview of radionuclides, their types, properties, and how they are utilized in both research and medical practices involving nanoparticles Nuclear pharmacy-Examines the role of nuclear pharmacy in the preparation and distribution of radioactive nanoparticles for medical use Radioactive contamination-A crucial chapter that investigates radioactive contamination, its sources, and its prevention, especially in environments utilizing nanotechnology Radiation protection-Focuses on radiation protection methods and how they are applied in the handling of radioactive nanoparticles Nanotoxicology-The study of nanotoxicology, focusing on the potential toxic effects of nanoparticles, especially radioactive ones, on humans and the environment Medical physics-This chapter introduces the intersection of medical physics and radioactive nanoparticles, particularly their application in diagnostic imaging and therapy Ionizing radiation-A detailed exploration of ionizing radiation, its properties, and its critical role in the effectiveness and safety of radioactive nanoparticle applications
Disponible depuis: 04/04/2025.
Longueur d'impression: 283 pages.
