This decade can get marked as the era of technological advancement. The news revolved around healthcare developments in terms of medicines, vaccines, the job market, and whatnot. Health sciences, amidst all, remained the most invested sector.
The health sciences research uncovers vital information about risk factors and disease trends, public health interventions, outcomes, patterns of care, functional abilities, and healthcare costs. You must be wondering where all this information goes? What’s the output? The research output influences the development and incorporation of new medical treatments, technologies, and therapies, leading to improved public health and healthcare services worldwide.
Big data and technological innovations have swept the industries, but their most significant impact occurred in healthcare. Based on health sciences findings, startups and hospitals find unique ways to develop technology-driven products for treating patients. Wondering what the most exemplary recent developments in the health sciences are? Here is a quick look:
EXERCISE SCIENCE – A NEW HORIZON
When it comes to the health sciences, the amount of revolution seen in exercise science is incredible. As people are increasingly pursuing active lifestyles, the fitness and health industry is growing each year. As interest in fitness, human performance, and health grows, exercise professionals’ need for guidance increases. With an , you can be a professional exercise and fitness expert. Streaming video, fitness-related technology, innovative regimens such as obstacle races and high-intensity interval training, and increased access to fitness programs contribute to the increasing trend of a healthier life.
INTRODUCTION OF AI IN HEALTHCARE
Artificial Intelligence has been a significant game-changer in the health sciences. Health systems are using it to improve patient triage, decision support, and image analysis. Artificial Intelligence is significantly helping physicians to make better decisions related to patient interventions. AI plays a central role in improving , allowing them to make accurate and quick decisions. It wouldn’t be wrong to say that incorporation of in health has reduced physician burnout.
It wouldn’t be wrong to say that it is not the surgery but the post-surgery recovery that is increasingly painful and difficult. The, but it has significantly reduced pain during recovery. Besides, robotized surgery has also reduced the recovery time for patients. Currently, robotized surgery is getting used for minimally invasive procedures. But as the technology takes on with its never-ending innovation, robotic surgery will get authorized for more complicated processes.
ADVANCES IN CANCER TREATMENT
Cancer has been a center of research in the past few years. Researchers have made significant advances in the treatment of cancer. Currently, researchers have been able to make advances in immunotherapy. Immunotherapy triggers the immune system of a person to attack cancerous tumors. Further advancement in this method with future discoveries, immunotherapy will help develop more effective treatments for more types of cancer.
CUSTOMIZED PRODUCTS FOR PATIENTS THROUGH 3D PRINTING
Now patients can get customized medical devices through designed in patients’ specific dimensions and anatomy. The 3D printed customized tools have improved performance outcomes. They are more comfortable and are usually accepted readily by the patients. Scientists expect technology to play a more significant role in developing solutions for health sciences.. These devices include cranial implants, airway stents, and external prosthetics
A pocket ultrasound that you can carry around sounds unbelievable, no? As per the research, more than 4 billion people worldwide have no access to medical imaging. The pocket ultrasound, called Butterfly iQ, a handheld device to do ultrasound, has revolutionized healthcare. Instead of investing in a $100,000 ultrasound machine for a hospital, you can now connect the $2,000with an iPhone app. The device isn’t as good as the proper ultrasound machine, but it can increase the scanning and make it a routine task.
DIAGNOSING CANCER WITH ARTIFICIAL INTELLIGENCE
Patients with lung cancer don’t show the symptoms until later stages when treatment becomes useless. CT scans tend to carry out early detection, but the false-positive cases have been on a high. Many patients received unnecessary invasive treatments, as the radiologists detected false results. Howence, human radiologists have been outperforwith artificial intelligence med as Google’s algorithm reported 11% fewer false positives, and 5% more accurate cancer cases got detected.
Increased research in health sciences blended with technological innovation presents a promising future for healthcare around the globe. Not only is longevity increasing, but the quality of life has improved for patients. Better solutions are emerging every day to meet the new requirements. Healthcare organizations can meet the growing demand and efficiently deliver patient care by investing in health sciences research and technology.