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Diabetes and the Arab Nations

There is a crisis that is impacting health care in the Arab nations of the Middle East and in north and west Africa: six countries in this region are on the top-ten list worldwide in terms of diabetes prevalence. Comprising 22 countries with a total population of 350 million people, these nations constitute only about 5% of the total world population. Yet, nearly 20% of the people in Kuwait, Lebanon, Qatar, Saudi Arabia, and the United Arab Emirates (UAE) are diabetic

Telemedicine in Diabetes Care

In developing countries, noncommunicable diseases such as diabetes have already replaced communicable diseases as the major cause of death. According to the recent Indian Council of Medical Research’s India Diabetes study, an estimated 62.4 million people in India have diabetes. With increasing urbanization and

The Sugar Spectre

Three hundred eighty-two million people in the world have diabetes today. Of those, roughly 343.8 million have type 2 diabetes, 3.8 million have type 1, and 175 million don’t even know they have diabetes at all. On top of that, 316 million more people are at high risk for diabetes. Combined, that makes for just shy of 10% of the global population with or at risk for the disease right now

Leveraging the Exit of Diabesity

Because hyperendemic obesity and epidemic diabetes have proved intractable thus far, there is a prevailing notion that they constitute a complex problem. Depending on the magnitude and direction of forces applied, a heavy rock may prove quite intractable to lifting. This does not make rock lifting complicated; it just makes it hard.

One Step at a Time

One of the biggest health problems in the world is also one of the most solvable. Yet, millions of people continue to be afflicted every year, spend time in hospitals for costly treatment, and, in many cases, become permanently disabled when one of their limbs has to be amputated. Some motivated medical, engineering, and other professionals, however, envision a better future where new collaboration-inspired technologies address this devastating problem: foot ulcers among people who have diabetes.

Decoding Dance

Laurent and Larry Bourgeois look more like cyborgs than humans when they dance. Their movements are impossible—their upper bodies gyrating independently of their lower extremities. Their moves are sporadic, easily mistaken as a video editing trick of starting, freezing, speeding up, and slowing down footage