Top 10 Best Technology Inventions In Health Sectors
The healthcare industry is one of the most important, and its development aids in the cure of many, if not all, diseases.
primarily as a result of technological advancements in the medical field, which made it possible to gain a deeper comprehension of humanity.
Because it provides more insights into the human body, technology plays a significant role. However, progress cannot occur unless other obstacles are considered to be standing in the way of a better and healthier future. Climate change, expanding inequality, and rising healthcare costs are just a few examples.
Patients and medical professionals now have new opportunities to live in a more sustainable environment and fight even previously incurable illnesses thanks to the inclusion of technology in medical applications. Virtual care, the Internet of Medical Things, it's of no news that some countries are so much advanced in technology that they get so advanced even in health.
Artificial Intelligence (AI), machine learning, and 5G are just a few examples of technologies that enhance medical facilities. How? Read to learn more.
Top 10 Best Technology Trends In Health Sectors in 2023
- Artificial Intelligence (AI) in Healthcare
- Integrating Data and Predictive Analysis
- Technology in Mental Health
- Remote Patient Monitoring & Virtual Care
- Digital Therapeutics
- Wearables in Healthcare
- Organ Care Technology & Bioprinting
- Cancer Immunotherapy
- Augmented & Virtual Reality Healthcare
- Sustainability and decarbonisation
1. Healthcare and Artificial Intelligence (AI)
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Artificial intelligence is gaining traction in a variety of sectors, including healthcare.
AI is one of the most important healthcare technologies because of its numerous applications, including the ability to develop new medications and enhance the efficacy of diagnostic procedures. Other applications include analyzing data and patient information.
The healthcare industry is significantly impacted by machine learning, which is an AI type. Recent applications of this technology include the analysis of CT scans to treat coronavirus-related effects. However, artificial intelligence can be used for more than just pandemic management.
AI, for instance, enhances cancer diagnosis. Biopsies were the most common method for diagnosing cancer for decades, but they did not provide a complete picture of the organ tissue.
Modern methods of histopathology now include digital scans of a specific region that may be affected by cell mutations. Using WSI (whole-slide imaging), pathologists can simultaneously examine significantly larger portions of the body.
The application of artificial intelligence in medicine holds the promise of providing a unified, encompassing view of a patient's medical data; to make better decisions; to stay away from blunders, for example, misdiagnosis and superfluous techniques; to aid in the placement of the appropriate tests and their interpretation; furthermore, to suggest treatment.
2. Integrating Data and Predictive Analysis
In conjunction with AI and other technologies, data integration and predictive analysis aid in the extraction of pertinent information regarding the conditions of patients. Medical professionals now have access to insights into the patient's medical record, as well as the ability to generate more precise diagnoses and select the most effective course of treatment, thanks to AI-enabled devices like robots that enable integrated data and predictive analysis.
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Predicting what a patient will need is something that robots do, sometimes ahead of doctors. However, it raises questions about the presence of robots, such as whether or not they can truly replace people in their jobs.
These kinds of visions are already prevalent in science fiction films; For instance, the robot Baymax, which you may be familiar with from the movie Big Hero 6, is able to determine the severity of a patient's pain, notify the patient of an imminent threat, and indicate the kind of medication that is required.
But the real world is not exactly the same as the movies. Based on a patient's specific medical records, history, and current symptoms, AI may not replace doctors but rather assist them in receiving suggested diagnoses, medications, and treatment plans.
The outcomes of this comprehensive analysis of healthcare data will be utilized by healthcare staff to enhance patient outcomes, reduce costs, and boost employee job satisfaction.
3. Technology and Mental Health
The World Health Organization says that mental health problems are getting worse all over the world. Mental health conditions and substance use disorders have increased by 13% over the past ten years, primarily as a result of demographic shifts One in five people today have a disability as a result of mental health issues. The COVID-19 pandemic and the use of social media have had the greatest impact recently.
A number of new technologies that can help patients meet their ongoing mental health needs have been developed over the past year. As numerous things went on the web, a great deal of clinicians and psychotherapeutics give their assistance through video communicators.
Digital therapeutics (DTx) are also available, and some applications are starting to be able to complete patient intakes and provide an initial diagnosis. In this way, clinical work force are attempting to track down answers for help whatever number individuals as could be allowed.
AI in mental health is not just common in apps; it can also be used to find diseases with symptoms, like dementia and other mental illnesses caused by chemical changes in our brains.
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There are many different kinds of dementia, but one of the most common is Alzheimer's disease, which is characterized by problems with reasoning, memory, and communication. One of the most outstanding systems to treat dementia is early distinguishing proof.
4. Internet of Things (IoT)
The term Internet of Things (IoT) refers to both the overall network of connected devices and the technology that makes it possible for devices and clouds to communicate with one another.
Wearable sensors, 5G-enabled devices, and remote patient monitoring are examples of cutting-edge medical technology in the medical industry, which is sometimes referred to as the Internet of Medical Things. Some of such gadgets can be bought from Moxa, view.
A smart pill, known as the Internet of Bodies, provides information from inside a patient's body to medical professionals and caregivers. Gartner says that smart pills are sensors that can be taken in and may record a variety of physiological measurements.
Additionally, they can be used to measure the effects of the medication and ensure that the patient has taken it as directed. In 2017, the FDA approved the first smart pill.
Security, location services, teleconferencing, appointment management, secure messaging, evaluations by healthcare providers, visit history, and wearable connectivity are additional features of virtual care.
Additionally, primary care clinics and facilities can now function as remote hospitals, allowing for remote data sharing and basic ultrasound examinations of pregnant women.
5. Digital Therapeutics
The aforementioned digital therapeutics are solutions for patients who have chronic illnesses and require ongoing care.
Monitoring of symptoms, changing medications, and changing behavior can all be part of the care. A doctor can give a patient a prescription for these digital therapies, giving them access through a computer or smartphone app.
Serial-based bedside monitoring devices that enable medical professionals to electronically monitor their patients' conditions are another example of remote care. Here, we talk about a few of these devices.
6. Wearables in Healthcare
The term wearables or wearable technology refers to a group of electronic devices that can be incorporated into clothing, worn as an accessory, implanted in the user's body, or even tattooed on the skin.
However, we will not discuss wearables as a device but rather as an important innovation in the healthcare sector.
By providing information about a patient's heart rate, oxygen saturation, and blood vitals, smartwatches, for instance, make it possible to monitor a patient's condition from a distance. Patients' physical health can also be measured by various sensors and wearables like pedometers.
Biopatch technology and smart hearing aids, on the other hand, are other wearables that can help doctors diagnose a patient's condition.
Smartwatches are just one example. A person's vitals can be better understood through biopsies. Artificial intelligence can also improve hearing aid noise isolation.
7. Bioprinting and Organ Care Technology
3D printing is the technology behind bioprinting, which we discussed in the article Learn about Industrial Applications of 3D Printing. Through the production of external prostheses, cranial or orthopaedic implants, and individualized airway stents, 3D printing is utilized in the healthcare sector.
However, it has also demonstrated value in surgical planning and has been utilized in difficult open-heart procedures, including the Cleveland Clinic's complete face transplant.
The Wexner Medical Center at Ohio State University is working on a system that, according to them, would enable robotic surgery equipment to print living cells, bones, and eventually even organs within patients' bodies. something that has the potential to save the lives of cancer patients.
We have arrived at something that is related to bioprinting, specifically 3D-printed organs. The concept has already entered clinical trials, despite the fact that it may appear unbelievable. Ears, corneas, bones, and skin are among the 3D bioprinting-tested organs in clinical settings.
8. Cancer Immunotherapy
Although we previously mentioned cancer in this article, we did not mention immunotherapy—also known as immuno-oncology—a type of cancer treatment that has also advanced and can now significantly extend a patient's life.
The idea that cancer can be treated by genetically altering a patient's cells so that they cooperate with their immune system is the foundation of immunotherapy. It helps get rid of cancer by increasing the activity of the immune system. Contrary to chemotherapy, immunotherapy does not cause collateral damage to healthy cells.
It utilizes the body's own safe framework to distinguish and take out specific disease cells while easing back the development of cancers.
9. Healthcare Using Augmented and Virtual Reality (AR and VR)
There are a number of applications for these technologies. These advances consider interfacing the computerized and actual conditions in a complex manner.
The development of augmented reality is primarily dependent on AI. Image recognition can be used to detect cancer, as previously stated.
Virtual reality (VR) can be used in physical therapy to treat mental trauma and phobias. Using AR glasses, doctors can overlay CAT scan and 3D scan data to see inside patients' bodies.
Microsoft created the HoloLens, a pair of glasses that provide mixed reality experiences.
As technology improves and combines augmented and virtual reality, its application may expand beyond simple virtual checkups to include a variety of remote medical treatments, such as robotic-assisted, full-fledged surgical procedures.
In Japan, for instance, elderly-friendly healthcare robots are in use. How well do they do? Learn more about Honda's Hoko Assist, a device that supports a portion of the body and replaces sticks or wheelchairs for disabled people, in the Telegraph document.
10. Sustainability and decarbonization
In the same way that the world is working toward a future that is more sustainable, healthcare is also trying to make a better environment by doing things like providing ecolabelling.
Worldwide ecolabeling is a method of voluntary environmental performance certification and labeling.
An ecolabel highlights products or services that have been demonstrated to be more environmentally friendly within a particular category.
As a result, businesses invest in eco-friendly label printer systems for medical facilities like labs, hospitals, and clinics.
Additionally, these printers are advantageous to medical professionals, who can print expert pressure-sensitive labels that can be used to label medication, account/patient information, medical alerts, cage cards, and other items.
Decarbonization is another approach that the healthcare industry focuses on. With the European Union's increasingly ambitious decarbonization goals, it is necessary to track and reduce carbon footprints across all industries. Healthcare is one, accounting for 5% of total emissions.
The key to improving the medical environment is concluding, measuring the social impact, and implementing green solutions like green hospitals, new care models, improving patients' diets, and selecting environmentally friendly medical equipment. Learn about our top ten cutting-edge technologies for the sustainable energy sector
