Yes, there are many myths but also more innovation in imaging, ie where we go for an MRI or a CT.
You already know that I want to live to be 100 years old. I’d rather live them healthy. That’s why today we go to a clinic specialized (also) in imaging. We go to those from CardioRec. I find it a fascinating field because we simply want to know what is going on in our bodies without a scalpel and without pain.
In a world where medicine is advancing by leaps and bounds, medical imaging is not lagging behind. From the first X-rays to stunningly clear three-dimensional images, MRI (Nuclear Magnetic Resonance) and CT (Computed Tomography) technology has opened new horizons in the diagnosis and treatment of ailments. At the heart of this progress are the innovative minds of doctors and researchers who work tirelessly to push the limits of what is possible and longevity.
One of these pioneers is Dr. Virgil Ionescu, a reference name in the field of medical imaging. With a career dedicated to improving and innovating imaging techniques, Dr. Ionescu stands at the frontier between current medicine and the future. In this interview, he opens the door to the fascinating world of the latest advances in MRI and CT, giving us insight into how these technologies are transforming the medical landscape.
This video invites you to explore the complexity and beauty of modern medical imaging, to understand how innovations in MRI and CT not only improve diagnosis, but also make procedures safer and more comfortable for patients. Together with Dr. Ionescu, we will travel through the complexity of these technologies, their impact on contemporary medicine and their promise for the future. So get ready to step into a world where science meets innovation and where every image has the power to save lives.
A summary of innovations in imaging, MRI and CT
Nuclear magnetic resonance (MRI) is a non-invasive imaging technique that uses a strong magnetic field and radio waves to create images of body tissues. MRI is a highly accurate method that can be used to diagnose a wide range of conditions, including tumors, soft tissue injuries, diseases of the brain and central nervous system, diseases of the heart and blood vessels, diseases of the musculoskeletal system -skeletal and more.
One of the most recent innovations in MRI is the use of high intensity magnetic field machines (7T and 10T). These machines allow obtaining images with a higher resolution, which leads to a more accurate diagnosis of some conditions. For example, high-intensity magnetic field MRI can be used to detect early-stage breast cancer with greater accuracy than lower-intensity magnetic field MRI.
Another innovation in MRI is the use of new image post-processing techniques that allow finer details of body tissues to be visualized. For example, the post-processing technique called diffusion tensor imaging can be used to assess the condition of brain tissue, which can be useful in diagnosing conditions such as Alzheimer’s disease or multiple sclerosis.
Computed tomography (CT) is a non-invasive imaging technique that uses X-rays to create images of the body. CT is a fast and accurate method that can be used to diagnose a wide range of conditions, including fractures, injuries to internal organs, tumors, cardiovascular disease and more.
One of the most recent innovations in CT is the use of high-speed X-ray tube machines. These devices allow obtaining images with a higher resolution and with a shorter exposure time, which reduces the radiation dose received by the patient.
Another innovation in CT is the use of new image post-processing techniques that allow finer details of body tissues to be visualized. For example, the post-processing technique called single-photon emission computed tomography (SPECT) imaging can be used to assess blood flow in internal organs, which can be useful in diagnosing conditions such as heart attack or stroke.
Innovations in medical imaging continue to develop rapidly. In the future, new technologies are expected to be developed that will enable imaging with even greater resolution and accuracy, with less radiation exposure. These innovations will have a significant impact on the diagnosis and treatment of diseases, improving the quality of life of patients.
Some of the innovations that are expected to be developed in the future include:
MRI and CT machines with a high intensity magnetic field (15T and more), which will allow obtaining images with even higher resolution.
Fluorescent MRI and CT machines, which will allow finer details of body tissues, including healthy tissue, to be viewed.
MRI and CT machines that use acoustic waves, which will allow obtaining images with even higher resolution, without using radiation.
These innovations will open new possibilities in the diagnosis and treatment of diseases, giving doctors a more powerful tool to assess the health status of patients.
The interview you watched is sponsored by CardioRec and I want to thank them for that. However, the interview is 100% unscripted and took place without any restrictions. Its purpose is to bring information from the source and promote the services of the clinic that you can choose to access if you wish.
2023-11-07 18:13:09
#MYTHS #INNOVATION #MRI #INTERVIEW #VIRGIL #IONESCU #George #Buhnici
