Medical specialists spotlight how breakthroughs in AI, genomics, and biomaterials are reworking illness detection and therapy.
At the seminar “Advances in Disease Detection, Diagnosis, and Treatment” on December 3, Dr. Nguyen Ngo Quang, Director of the Administration of Science Technology and Training underneath the Ministry of Health, affirmed that science and know-how are the important thing driving forces for enhancing healthcare high quality and strengthening the capability of the nationwide well being system.
Director Nguyen Ngo Quang emphasised that 2025 shall be a pivotal yr for international healthcare, marked by rising complexity and speedy change. Humanity continues to face mounting challenges from non-communicable illnesses similar to most cancers, diabetes, and cardiovascular situations, alongside the resurgence and emergence of infectious illnesses. These points place monumental stress on well being techniques, particularly as local weather change heightens the chance of epidemics.
Widening disparities in healthcare entry throughout nations have created an pressing want for innovation to ship extra correct, efficient, and sustainable medical options. Yet, amid these challenges, unprecedented alternatives are rising from breakthroughs in digital know-how, synthetic intelligence (AI), genomics, and biomaterials, all reshaping diagnostics and therapy.
At the occasion, main scientists from around the globe shared pioneering analysis that’s redefining how humanity detects and treats illness. From bacteriophage remedy combating antibiotic resistance and new approaches in mobile microbiology to 3D printing in surgical procedure and advances in auditory science, these breakthroughs are paving the best way for extra exact, much less invasive, and extremely efficient therapies.
Professor Pascale Cossart, a pioneer in mobile microbiology, offered analysis decoding how micro organism invade and cover inside human cells which is a basis for focused therapies towards infectious illnesses. Meanwhile, Professor Ana Belen Elgoyhen of the University of Buenos Aires (Argentina) launched elementary discoveries in auditory physiology, shedding gentle on noise sensitivity and potential therapies for tinnitus and listening to loss.
Collectively, these research spotlight how know-how is turning into the cornerstone of medication’s future driving progress throughout three important pillars similar to detection, analysis, and therapy.
By Vinh Xuan – Translated by Anh Quan