Amazon Clinic is a virtual healthcare service over text chat

Amazon has launched a new virtual health service that gives you a way to consult healthcare professionals for common conditions and get prescriptions for them without heaving to make a video call. This new product is called Amazon Clinic, and it offers…

Peloton, Oura and other fitness apps roll out support for Google’s Health Connect platform

Back at I/O in May, Google announced Health Connect, a platform it worked on with Samsung to enable health and fitness apps to share data more easily with each other while maintaining privacy measures. That initiative is taking another step forward tod…

Zipline drones will deliver medicine to communities in Utah

Zipline has teamed up with a healthcare provider servicing the Intermountain Region in the US to deliver medicine to customers using its drones. The company has started doing drone deliveries to select Intermountain Healthcare patients in the Salt Lake Valley area. For now, it can only do drops for local communities within several miles of its distribution center. Zipline intends to add more centers over the next five years, though, so it can eventually expand beyond Salt Lake Valley and deliver medicine throughout Utah. 

As TechCrunch notes, Zipline has long been deploying drones for delivery in Africa, and it wasn’t until the pandemic that it started doing drops in the US. In 2020, it teamed up with Novant Health to ferry personal protective gear and other types of medical equipment to frontline healthcare workers tending to COVID-19 patients in North Carolina. Later that year, it signed a deal with Walmart to deliver health and wellness supplies to customers near the retailer’s headquarters in northwest Arkansas.

In June this year, the FAA authorized Zipline to conduct long range on-demand commercial drone deliveries in the US. The company said that the certification it received from the agency allows it to significantly expand its services in the country. That means we’ll see it expand its covered areas with current partners and perhaps see it sign agreements with more partner companies in the future. 

Intermountain Healthcare patients in the Salt Lake Valley area can now sign up for Zipline deliveries. The company will then evaluate their eligibility based on their location, their yard size — its target delivery area must be at least two parking spaces big — and their surrounding airspace. Zipline’s drones are six-foot gliders with a wingspan that’s 10 feet long. These drones fly 300 to 400 feet above the ground, though they drop down to an altitude of around 60 to 80 feet to deliver packages outfitted with a parachute.

Bijal Mehta, head of global fulfillment operations at Zipline, said in a statement:

“Think back to the last time you had a doctor’s visit and then had to trek to the pharmacy for your prescription, making what can already be a time-consuming experience that much more draining, or the last time your child was ill and you had to pack the family in the car just to get cold medicine. Zipline and Intermountain Healthcare are working together to eliminate the burdens that make it harder to get the care you need when you need it. We believe instant delivery is a key element to the future of healthcare and we are excited to bring our service to the Salt Lake City area to make people’s lives better, easier, and healthier.”

Study finds surgery patients wearing VR headsets needed less anesthetic

More evidence is mounting that virtual reality might relieve pain during surgery. MIT Newsreports that Beth Israel Deaconess Medical Center researchers in Boston have published a study indicating that patients wearing VR headsets required less anesthetic during hand surgery. While the average conventional patient needed 750.6 milligrams per hour of the sedative propofol, people looking at relaxing VR content (such as meditation, nature scenes and videos) only required 125.3 milligrams. They also recovered earlier, leaving the post-anesthesia unit after 63 minutes on average versus 75 minutes.

The scientists claim VR distracted the patients from pain that would otherwise command their full attention. However, the researchers also admitted that the headset wearers may have gone into the operating room expecting VR to help, potentially skewing the results.

Beth Israel Deaconess’ team is planning trials that could rule out this placebo effect, though. One follow-up trial will also gauge the effect of VR on patients receiving hip and knee surgery. Past experiments, such as at St. Jospeph’s Hospital in France, have indicated that the technology can help assuage patients.

The allure for healthcare providers is clear. Patients might suffer less and return home sooner. Hospitals, meanwhile, could make the most of their anesthetic supplies, free recovery beds and reduce wait times. What a provider spends on VR headsets could pay for itself if it allows for more patients and higher-quality treatment.