Nick Howe catches up with planetary science reporter, Alex Witze. They discuss the latest US plans to land people on the moon by 2024, the history of the Apollo missions, and what’s next for the lunar exploration.
Davidson’s (Sonder’s) vision starts with offering apartment-style units that provide the consistent service of a hotel—with tweaks such as smartphone-only check-in. Its properties are listed on Airbnb (as well as Booking and Expedia), so families, friends or business travelers can book. Only one third of guests are business travelers, Davidson says.The extra cash will help him achieve this vision of becoming the dominant brand and also keep it the largest in the space, where it competes with Airbnb-backed Lyric, plus Domio and StayAlfred, among others.
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“Virtual care has great potential for the routine treatment of chronic conditions, as well as minor acute illnesses like rashes and ear infections. Digital sensors already make it possible to monitor blood glucose, heart rhythm, blood pressure, temperature, and sleep.”
From time immemorial, an invariable feature of doctor–patient interaction has been that it takes place in person. But the status quo is changing. A large portion of patient care might eventually be delivered via telemedicine by virtualists, physicians who treat patients they may never meet.
The burden of disease has changed dramatically in the past century, shifting from acute infectious illnesses to chronic diseases. Clinic visits are poorly suited for the treatment of chronic diseases, yielding only single-point measurements of labile, continuous variables like blood pressure. Within the time constraints of an office visit, it can be difficult for the physician to make an accurate diagnosis, much less educate the patient about treatment and self-care. And after the patient leaves the doctor’s office, only limited monitoring of the condition is usually possible, without a return visit.
“The development of these battery-free technologies will revolutionize implantable devices,” says Ramses Martinez, a researcher in industrial and biomedical engineering at Purdue University, who was not involved in either study. “Soon traditional rigid implants will evolve into conformable systems capable of harvesting the energy they need to function from the patient.”
Current pacemakers have batteries that last less than 10 year and require expensive surgery to replace them. Harini Barath (Scientific American, May 28, 2019) reports that the pig’s heart generated ample energy to power a human pacemaker. Read more below: