Anyone who works in healthcare knows that technology is changing all the time. It does not seem like that long ago that doctors and nurses using tablets instead of paper charts seemed like a radical shift. While so much stood still over the last couple of years, the hardware and software that we use to provide better healthcare continued to advance at an incredible speed. Here are just a few of the big leaps forward that are continuing to revolutionize the way we diagnose, treat, and support patients.
Remote Healthcare Support
In 2020 and 2021, a lot of in-person healthcare was forced to take a backseat or a long pause. Thankfully, the technology that patients can use to monitor their own health, and which professionals can use to support them, has come on in leaps and bounds. Some of these pieces of equipment are as simple as fitness trackers, and we all know more people who use a Fitbit or something similar than don’t. But there are also trackers for more serious health issues which allow the user’s doctor to be updated remotely. One of the biggest recent developments is the tricorder, which has a booming market forecast. While it may have its roots in science fiction, we have finally seen the first real-life tricorder which can be used by anyone, anywhere, even if they have no medical expertise themselves.
Protein Expression Technology
When it comes to recombinant protein expression technology, it feels like we are still scratching the surface of its full potential. With that being said, the ability to produce a protein at such an enhanced yield, or producing it with enhanced characteristics, is already having a game-changing impact on the healthcare industry and beyond. Take pichia pastoris, for example. It is used in more than 500 types of biotherapeutics, including diabetes medication. To learn more about pichia pastoris expression, visit Bio-Tech Resources. They have over 57 years of experience developing new strains, products and process technologies, and their expertise could help you with your R&D program.
In addition, AI technology allows older people and people with disabilities to control their environments at home, at school, and in the workplace. With automation and AI, healthcare facilities and publicly accessed amenities can comply with accessibility guidelines to safeguard people with special mobility and other medical needs.
In the future, AI technology will be used for surgery through surgical robots. Hence, AI can help more patients receive better surgical treatments with less pain, invasiveness, complications, and recovery timeframe because of less human error and malfunctioning surgical tools and equipment.
The impact of AI on healthcare is being seen more and more every day. While it goes without saying that human expertise and judgement is always going to be integral to quality healthcare, AI and machine learning are making things much faster and more efficient. These programs can go through mountains of data at incredible speed and can do so with much greater accuracy. With all this time saved and with this more reliable data, healthcare professionals are able to see more patients in a day and they are able to set out their plan with greater confidence.
This is yet another area where we are only seeing the very beginnings of what is possible. The use of nanotechnology in medicine has tremendous potential, allowing professionals to work on a minute scale to target cells. It has also been a crucial part of rapid COVID-19 testing. Whether it’s cancer, viruses or bacteria, this technology could allow for a much more targeted and effective treatment against a wide range of serious issues.
Contract research organizations (CROs) and sponsors have promising plans for exploring nanomedicine. CROs are research companies that conduct clinical trials, including nanomedicine clinical research studies.
Pharmaceutical companies and healthcare agencies rely on contract research services to provide excellent quality healthcare treatments for the general public. With nanomedicine, cancer patients and other patients with debilitating and life-threatening medical conditions find hope.
Big technological leaps truly change healthcare in so many ways. Newly discovered technologies can benefit the healthcare industry and the general masses. AI, remote support, and related technologies can bring convenience, cost-effectiveness, and long-term healthcare solutions to the most common challenges patients and medical workers face. Most importantly, more people can receive holistic and effective treatment with innovative healthcare solutions, improving their quality of life.