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  Modern restorative dentistry would not be possible without the continuous advancement of dental biomaterials . These materials form the foundation of clinical practice, enabling dentists to repair, restore, and regenerate oral structures with precision. As the demand for durable, aesthetic, and biocompatible solutions grows, research becomes increasingly vital. Athenaeum Scientific Publishers supports this progress by publishing peer-reviewed articles that highlight the latest discoveries in dental biomaterials, bridging scientific innovation with clinical application. Evolution of Restorative Materials The progression from amalgam to composite resins and ceramics reflects dentistry’s shift toward materials that are not only functional but also visually appealing. Early solutions prioritized durability, while current trends emphasize natural aesthetics and patient comfort. With each breakthrough, scholars rely on publishers like Athenaeum Scientific Publishers to share valida...

  Introduction to Thermal Imaging in Medicine In recent years, thermal imaging has emerged as a revolutionary technology in healthcare, bridging engineering, clinical sciences, and modern diagnostics. This non-invasive imaging technique captures heat patterns from the body’s surface, providing insights into physiological functions and detecting abnormalities at early stages. With its growing applications in oncology, orthopedics, neurology, and infectious diseases, Athenaeum Scientific Publishers has dedicated significant attention to research and scholarly dissemination on this evolving technology. By publishing cutting-edge findings, Athenaeum strengthens the role of thermal imaging in global medical practice. How Thermal Imaging Works Thermal imaging relies on infrared cameras that measure radiation emitted from the skin. Since body temperature variations often indicate underlying medical conditions, this technique allows physicians to detect inflammation, circulatory issue...