New molecular target identified for treating cerebral malaria

A drug already approved for treating other diseases may be useful as a treatment for cerebral malaria, according to researchers at Harvard T. H. Chan School of Public Health. They discovered a novel link between food intake during the early stages of infection and the outcome of the disease, identifying two molecular pathways that could serve as new targets for treatment. —> Read More Here

A Revolutionary Entrepreneur On Happiness, Money, And Raising A Supermodel

A lucky few can say their work helped spur a fundamental shift in the economic model of modern societies.

If all goes well, Robin Chase may get to do it twice.

A decade before Airbnb and Uber, Chase helped kickstart the “collaborative economy” by co-founding Zipcar, which became the world’s largest car-sharing service. The big idea was to replace the enable convenient access to a valuable good (in this case, a vehicle) without requiring ownership.

Now Chase and others have founded Veniam. Their technology powers mesh networks, which provide a new way for people and things (devices, cars, appliances, etc.) to connect to each other and to the internet. The holy grail: ubiquitous no-cost wireless internet access that isn’t controlled by the telecom giants.

Fred Wilson, one of the most influential and successful technology venture capitalists of the last decade, announced last month that his firm has invested in Veniam. “We are consciously trying to see the future and seed the future,” he wrote.

Chase’s story is colorful. She was raised in the Arab world, the daughter of an American diplomat. She is the mother of three children, including one world-famous supermodel. And —> Read More Here

Complex environments push ‘brain’ evolution

Little animations trying to master a computer game are teaching neuroscience researchers how the brain evolves when faced with difficult tasks. Neuroscientists have programmed animated critters that they call ‘animats.’ The critters have a rudimentary neural system made of eight nodes: two sensors, two motors, and four internal computers that coordinate sensation, movement and memory. —> Read More Here

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