New Medical Technologies :
Continuous advances in medicine and medicine have saved millions of lives and improved many others.
Inhalers are the main option for the treatment of asthma, and if taken correctly, they will be effective in 90% of patients. In practice, however, studies show that only about 50% of patients have their own condition under control, and up to 94% do not use inhalers properly.
Tracks and controls his condition. Clinical trials have shown that smart inhaler devices use fewer relief drugs and safer days.
During robotic surgery, the surgeon can perform very complex procedures, otherwise highly difficult or impossible. It allows surgeons to see important additional information about patients in real-time while they continue to work.
And this invention raises fears that it will eventually replace human surgeons.
Wireless Brain Sensors
Thanks to plastic, medical advances allow scientists and doctors to organize themselves and create absorbable bioelectronics that can be placed in the brain and dissolved when no longer needed, according to plasticstoday.com.com
oThe medical device will help the doctor measure the temperature and pressure. In the brain. Thanks to the sensor’s ability to dissolve, they reduce the need for additional surgery.
If you have not heard of it, 3D printers have quickly become one of the hottest technologies on the market. These printers can be used to make implants or even joints during surgery.
3D printed prostheses are becoming more popular as they are fully customized, and digital capabilities allow them to adapt to individual measurements for extreme comfort and mobility.
Using a printer you can create durable and soluble items. This is a real example of how technology and drugs work together.
Take another gap in 3D printing, biometric printing is also an emerging medical technology. Although initially innovative, able to regenerate skin cells and provide skin clothing to burn victims, this has slowly given way to more exciting possibilities.
Scientists have been able to create blood vessels, synthetic ovaries, and even pancreas. Each year depends on vital transplants for patients.
Portable health devices
The demand for portable devices has been growing since the launch of Bluetooth in 2000. Nowadays people use mobile phones to track everything from their steps, physical condition and heartbeat to their sleep patterns, combined with chronic diseases such as diabetes mellitus and cardiovascular diseases, and to fight them by helping patients monitor and improve their health.
At the end of 2018, Apple started with its innovative Apple 4 series, which features an integrated ECG to control the user’s heart rate.
Within days of its launch, customers were interested in life-saving technology, which was able to identify a potentially dangerous heart disease that the portable device market is expected to reach $67 billion by 2024.
With advances in medical technology, it is becoming more personal for individual patients. Precision medicine, for example, allows doctors to choose medications and treatments for diseases such as cancer-based on the genetic composition of the individual.
Other types of treatment, as it attacks tumors according to the patient’s specific genes and proteins, causing genetic mutations and making it more vulnerable to anticancer drugs.
It uses a similar mechanism that attacks the fragile gene of the disease, weakens it, reduces symptoms and joint damage.
Recently, however, with advances in medicine and technology, medical students have been able to address real-life experiences using technology. Advanced tools help them get the experience they need by testing programs and providing vision.
Virtual reality devices will also provide great help to patients, help diagnose, plan treatment, and help them prepare the programs they face. It was also very useful in the rehabilitation and rehabilitation of patients.
In a technology-driven world, up to 60% of customers prefer digitally oriented services. Telehealth describes a rapidly evolving technology that allows patients to receive medical care through their digital devices, rather than waiting for a face-to-face appointment with a doctor.
Telemedicine provides consistent, convenient and cost-effective care for patients, with different access points for health care, anytime, anywhere. By 2025, worth 113.1 billion dollars.
Periodic Aggregation Interval Short Pore Repetition (CRISPR) is the most advanced genetic editing technology. It works by exploiting the natural mechanism of invading the immune system of viral bacterial cells, and then being able to “cut” the chain of DNA infection.
Power can change the way we treat diseases. With genetic modification, some of the biggest threats to our health, such as cancer and HIV, could be overcome in a few years.
Medicine and medicine technology will continue to improve over the years. The demand for jobs in the pharmaceutical industry is now higher than ever. Who knows what medical progress will bring next year!
Since doctors have a busy schedule and limited free time, it is important to be able to communicate with them through electronic devices.
New technological developments focus on this and are aimed at improving contacts between patients and doctors (and vice versa). A new social network is trying to better connect doctors by providing a safe place for interaction.