Home » SRM Medical College Hospital and Research Centre: Celebrating Innovation in Medical Imaging | World Radiography Day

SRM Medical College Hospital and Research Centre: Celebrating Innovation in Medical Imaging | World Radiography Day

World Radiography Day is observed on 8th November every year, this day commemorates the discovery of X-ray by Wilhelm Conrad Roentgen in 1895. SRM Medical College Hospital and Research Centre takes a moment to rewind the development of technology and the advancement that has made the imaging system revolution for patient care.

Overview of SRM Medical College Hosptial and Research Centre

Evolution of Radiography Machines: A Journey from X-rays to Digital Imaging

The development of radiography technology started with the discovery and invention of X-rays which gave physicians the capacity to examine the internal frameworks of the human body. The early units used in taking x-rays were primitive, patients had to be immobilized for long periods because of low radiation emission. Developments in radiography have seen significant enhancement both in the quality of the visualized images and in the protection of the responder. The use of CT scans in the 70s enabled cross-sectional imaging, which gave a doctor an almost touch-and-feel view of the human body. This was then followed by magnetic resonance imaging (MRI) which was discovered in the 1980s using very strong magnetic fields and radio waves to generate even more detailed images with emphasis on soft tissues such as the brain and muscles.

Digital radiography has emerged as the most common technique over the traditional film-based systems in the recent past. Also, through the use of technology, display access to images is highly enhanced making the work of diagnostic departments in hospitals such as SRM Medical College Hospital and Research Centre easier.

Advancements in Radiography: From Traditional to Cutting-Edge Techniques

The radiography industry has faced blossoms in the aspects of both, the equipment it uses and the technology that forms the underlying structure of this industry, making imaging even more precise, effective, and safe. Among the latest developments, low-dose computed tomography is the one that does not compromise on image quality but at the same time increases the radiation dose within acceptable levels. It is even more relevant when patients are children. 

AI in Radiography: A New Era of Precision and Efficiency

Radiography, an area that hasn’t been left behind by the advances in Artificial Intelligence (AI). It improves diagnosis time and accuracy. Even today, hundreds, even thousands, of imaging data samples can be analyzed using specific AI algorithms, which can detect tumors, possible bone fractures, or early signs of diseases such as pneumonia, etc. Moreover, it is seen that by pointing out important areas for concern AI can help radiologists to reduce errors.

Looking to the Future

As we celebrate world radiography day is important to note the progressive advancement in radiographic technological advancement. Advanced from the times of X-ray to the incorporation of AI, the medical diagnostic space has indeed evolved. Advanced technology is evident in today’s health facilities; SRM Medical College Hospital and Research Centre have not forgotten to embrace these issues to make sure that patients get the best of it.

Students gain hands-on experience in a dynamic learning environment.

The Radiology Department at SRM Medical College Hospital & Research Centre, one of the best medical colleges, is fully developed with the latest technologies and consists of qualified radiologists and technologists. We offer diagnostics 24/7 to the hospital, and the students are engaged in the imaging process as well. The qualified and enthusiastic staff of our institution is striving to equip the young generation of radiologists with relevant up-to-date information and necessary practical skills. The department plays a leading role in the sharing of cross-disciplinary research and education and is always pioneering in the discipline of radiology.

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