4 Healthcare Technologies Your Hospital Should Be Using — and Probably Will in the Future

healthcare technologies

The health industry is full of gadgets and tech platforms that enhance patient care and ease the typical burdens felt by professionals who treat people in hospitals and similar settings. Below, you can get a rundown of some of the healthcare technologies you should already be implementing in day-to-day operations at your facility. They’ll almost certainly become part of your workplace in the future.

1. Improved Ways to Determine a Person’s Body Temperature

An elevated temperature can be one of the first signs of illness in a person, and hospital workers have to periodically monitor the temperatures of patients to gauge whether they’re getting worse or better and know if treatments are working.

With those things in mind, companies have developed temperature-taking technologies that are much different from the traditional thermometers people hold under their tongues or insert under their armpits.

For example, the TempTraq is a 24-hour thermometer worn on the skin as a disposable patch. Each patch is safe for all ages and lasts for 72 hours of use. In addition to audio and visual alerts that warn of rising temperatures, the wearables offer remote monitoring for health professionals.

Also, the Nokia Thermo is a temporal thermometer with 16 infrared sensors for better temperature accuracy. It connects to compatible smartphones and allows users to create ongoing patient records that track how a person’s temperature changes, as well as the medications administered and the results they caused.

2. Wireless Heart Monitors

Recommending that patients wear heart monitors on a prolonged basis outside of hospitals is a common practice, especially since it’s not always possible to identify heart arrhythmias during exams. However, until not long ago, most of the available models were cumbersome to wear because they contained wires.

Like the patch thermometer above, the Zio is designed in the same format, except it works as an electrocardiogram (ECG). People can wear the patch as they go about daily activities, including showering and sleeping, and a study reported that physicians could use data captured by the Zio to make diagnoses 90 percent of the time.

There’s also the Quardiocore, a wearable ECG device that distributes information to patients to help them stay informed and update their doctors. Wearers view complete heart health information on their smartphones — including medically accurate ECG traces — then automatically transfer them to physicians.

Made from two curved pieces people wear near their breastbones, the Quardiocore records more than 20 million data points every day. In addition to improving patient compliance and potentially reducing readmissions, this device is marketed as a handy tool for people tracking heart health during athletic training sessions.

3. Improved Medical Imaging Technologies

Workers in the health sector know medical imaging techniques aid physicians in more thoroughly understanding patients’ symptoms and making diagnoses. New research from the University of York suggests hospitals could soon use next-generation, low-grade MRI that’s substantially more efficient and cost-effective than current options. Although several countries are using improved machinery on a trial basis, they cost millions of dollars and are not possible investments for many health facilities.

However, scientists discovered how to make molecules more magnetic. Furthermore, they could inject safe, magnetized substances into the body that could aid in improved visualization. In addition to bringing about increased visibility during MRI scans, the perfected technology could also be more reasonably priced, making it more accessible for providers and their patients.

4. Lighter, Faster Medical Transport Helicopters

For the most critically ill or injured patients who require emergency intervention, medical helicopters are often lifesaving vehicles. Some hospitals around the United States are using high-tech flyers with night-vision abilities, twin engines and tinted windows that keep the temperature inside from getting too hot.

The dual-engine design helps these airborne vehicles get to hospitals faster than previous models, but they’re also surprisingly lightweight. Due to the heaviness associated with older helicopters that are not as advanced, it is often not possible for family members to ride along with their loved ones. However, the new offerings are impressively sleek, which increases the chances of family members taking part in the flights.

Perhaps you’ve heard about a few of the things on this list before but haven’t gotten to the point of having discussions with the appropriate person or department in your facility about using the technologies. It should be obvious, though, why these health-related updates and others like them will likely soon be part of hospitals everywhere.

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Nathan P. Sykes

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