We have witnessed the several ways in which technological developments affect everything from our education to our courtrooms, and the health care sector is no exception. The enhanced skills will surprise medical professionals who practiced a century ago. The technology continues to evolve, lead us forward and streamline our approach to medical treatment through the innovation of biotherapeutics, telemedicine, and gene therapy, to the creation of antibiotics and surgical equipment. Technology automates and improves tasks that previously required human involvement, allowing medical providers to focus their time and energy elsewhere while effectively lowering overall healthcare costs.
The Healthcare industry will continue to exist for as long as there are human beings, yet it has transformed substantially over time. There have been significant breakthroughs throughout history, from the introduction of Penicillin in 1928 to the Germ Theory in 1961, to name a few. New and innovative technology has recently paved the road for even improved healthcare quality. From how doctors save data to how they monitor patients, here’s how technology has changed the healthcare industry.
Education is one of the most major areas in which technology has advanced, and those who guide or practice medicine have undoubtedly benefited from it. The presence of online courses has changed education as a whole. Students can take lessons from the comfort of their own homes because of technological advancements in software. Many healthcare degrees are available online. This gives individuals the opportunity to improve their education while continuing to work in the healthcare profession. If you see yourself as an agent of change dedicated to supporting innovation and quality improvement within the current healthcare industry, you’ll be a good fit for a healthcare leadership degree. This comprehensive master’s degree focuses on teaching you to become a transformational leader, researcher, and integrated systems specialist in healthcare.
Furthermore, technology has assisted people in the field of healthcare education by improving research tools. Many reliable publications and papers are available on the internet, which can be accessed via phones and laptops. It implies that students do not need to buy every expensive textbook or wait weeks until the book is returned to the library. They can begin researching from the comfort of their own home the moment they exhibit an interest in working in the healthcare profession.
Telehealth is the delivery of healthcare services through digital communication technologies such as smartphones, laptops, and tablets. Video conferencing and other telehealth techniques are becoming more cost-effective methods to substitute local health services. It’s especially useful for people who live in rural, urban, or remote places which require daily access to medical experts who live few kilometers away. More physicians, health systems, and medical specialties are providing these services. As more organizations offer telehealth reimbursements, the benefits will become more obvious.
Healthcare providers had to shift rapidly when social distancing limited in-person visits. According to the telehealth market statistics, the global telehealth industry is expected to increase at a CAGR of 16.9%, from $25.4 billion in 2020 to $55.6 billion in 2025. The pressure on facilities is reduced, and so is the need for personal protective equipment (PPE), as medical practitioners communicate with their patients through telecommunication.
In the healthcare industry, 3D printing is picking up steam for a variety of applications, including producing lightweight prosthetics, bionics, and fracture healing casts. The utilization of low-cost, ultralight biomaterials and smart technologies ensures improved patient care and production time while lowering expenses. Using the patient’s medical imaging, 3D printing technologies are helping to produce patient-specific organ models and surgical instruments.
Furthermore, 3D printing technologies, particularly the most recent advances in sensitive direct cell printing, enable their application in medical research for the development of medicines and treatments, thereby speeding up the research process. One example is to use 3D printing to create organs and tissues to analyze how cancer and other diseases impact them. Now that tangible things can be transmitted via the internet as 3D printing guidelines, this technology also helps to improve communication between researchers and healthcare professionals.
Genes are the basic building elements of life, but they can also go wrong, resulting in a variety of disorders and illnesses. Fixing or replacing these genes with the “correct” ones, on the other hand, might solve or at the very least treat the condition, and this is what the new gene therapy technique is all about. Gene therapy is an advanced process in medical science that uses genes to prevent or treat diseases. The goal of this technology is to create a future in which doctors treat specific problems by injecting genes into a patient’s cells rather than using surgery or other health improvement methods.
One approach to studying gene therapy includes replacing a defective gene with a healthy one. A defective gene may be inactive, which means it’s not working properly. Doctors could also inject new genetic material into a patient’s body to aid in the treatment of a disease. Many serious conditions, such as cancer, genetic problems, infectious infections, and eyesight impairment can benefit from gene therapy. With around 3,000 clinical gene therapy trials underway around the world, the number of available therapies is estimated to jump from $3.18 billion in 2020 to $3.97 billion in 2021.
While technology has facilitated plenty of improvements in our healthcare system, thanks to the plethora of benefits made possible by technology, it is evident that this is merely the beginning of what’s to come. From improving the patient care process and lowering costs to establishing innovative medical skills and novel treatment options, the digital age provides a plethora of opportunities in the medical world.