Meta: The application of 4.0 technology in medicine not only brings about many benefits. For the medical team that the people benefit from these technologies.
The technology revolution 4.0 is changing many fields. Health is a very important industry today, it helps ensure human life. With the core content of artificial intelligence, connecting things and big data. Medicine is also not out of this revolution. The application of modern technology in medicine is even more necessary to help build smart hospitals, to support doctors in treatment. More and more inventions, successful research thanks to modern technology. Join me to explore those breakthroughs.
Artificial intelligence in healthcare
Once considered a future threat to mankind, artificial intelligence (AI) is now a part of everyday life. In healthcare, AI aids decision-making, image analysis, and patient classification. Today, artificial intelligence is helping doctors to make smarter decisions about when to care for patients and reducing doctors’ risk of burnout syndrome.
In healthcare, AI aids decision-making, image analysis, and patient classification/Ph.Forbes
Machine learning algorithms highlight problem areas on images, aid in the screening process, and quickly understand mountains of data in the doctor’s electronic medical record (EMR) system. Once AI is continuously integrated into healthcare, patient care has become smarter.
Prolongs time frame in acute stroke intervention
When it comes to stroke intervention, a timely response within a certain time frame is crucial, as persistent lack of blood flow after stroke can cause irreversible damage to brain tissue. But so far, stroke treatment has been only recommended for a limited time. Recently, there has been a new guideline that proposes an extended time window for treatment. This extended time frame will reduce the risk of disability and increase the chances of recovery for patients with stroke.
New advantages in immunotherapy for cancer treatment
Cancer therapy, or biological therapy, is a technique that uses the body’s own immune system to fight cancer cells. While cancer immunotherapy has been around for some time, next work is to highlight new immunotherapy targets. Scientists are creating new cancer treatments, with the concepts of “joint therapy” and the engineered T-cells (T-cells). With the daily discovery of new biomarkers and biomarkers, it is hoped that effective therapies will soon exist for all tumor configurations.
Use “Visor” tool to diagnose stroke caused by brain hemorrhage
Although less common than ischemic stroke, hemorrhagic stroke is the main cause of nearly 40% of all stroke deaths. A quick diagnosis is needed for effective treatment, as uncontrolled bleeding can lead to brain edema and brain damage. To speed up diagnostics, healthcare professionals are using new, innovative technologies – using a hemorrhagic mask mounted around the patient’s head called “Visor”, which can be quickly detected. bleeding in the brain. An effective diagnostic tool will speed up diagnosis and critical time for therapeutic intervention.
Innovation in robot surgery
The robot provides surgeons with instructions on extreme precision in surgery/Ph.TTP
Most surgeries performed today aim for the shortest and least invasive possible time. The robot provides surgeons with instructions on extreme precision in surgery. Today, the surgical platform is very advanced and is being used anywhere from spine to intravascular procedures. Shortening recovery time and limiting pain after surgery are just a few of the patient benefits seen with minimally invasive robotic surgery. Continuous advancement in this area has resulted in more accurate and efficient surgery with improved surgical outcomes.
Treatment is based on RNA interference
RNA-based therapy is the latest innovation in laboratories across the United States and holds great potential. Interfering with genetic data at the level of ribonucleic acid (RNA) gives scientists the ability to stop a patient’s genetic abnormality before it is converted into an active protein. Today, the most common and successful mechanisms of RNA therapy include antisense nucleotides and RNA interference.
These new therapies are being explored in a variety of rare genetic diseases such as Huntington’s disease, as well as cancers and nerves, with the hope of treating them by replacing genetic data.
Replacing and repairing mitral and tricuspid valves
Cardiac surgery today is less invasive and more effective than its historical development. With transdermal procedures, many cardiac procedures no longer require open-heart surgery, including the replacement and repair of both the mitral and tricuspid valves.
Transcutaneous aortic valve, mitral and tricuspid valve intervention have recently yielded very positive results. The discovery of this technology, with its promising post-operative results, and innovation in heart surgery technology has important implications for the future of cardiovascular care.
Health is an important industry to help take care of people’s health. Modern technology developed and applied in medicine will bring about much higher efficiency. Above are some of the technological achievements brought to the world health that I want to share with you.