We’re going to the finals! Tuesday night, the U.S. women’s soccer team defeated top-ranked Germany to score a place in the Women’s World Cup finals. But national pride and enthusiasm aside, this summer’s tournament has reignited talk about the dangers of concussions and chronic traumatic encephalothopy (CTE) in soccer. Just 28 minutes into Tuesday night’s game, American player Morgan Brian and German player Alexandra Popp’s heads collided on a free kick near the U.S. goal. Both players spent a few minutes writhing on the ground afterwards (Popp with a noticeably bloody head wound), and after a few minutes on the sideline, both were examined by team physicians and returned to the game. FIFA was criticized for not having an independent neurologist on the sideline to evaluate the extent of the head trauma, and the incident prompted a number of articles about player safety.
Every year, on the third Sunday of June, we dedicate the day to showing appreciation for the male figures who have made countless contributions and sacrifices on our behalves. Whether it’s work in an office, at home, in a lab, or elsewhere, it’s important to acknowledge their diligence and commitment to serving others. In most academic disciplines, there are also significant individuals who have dedicated their lives to pursuing particular ideas that eventually led to major breakthroughs in that field.
“The brain has as many neurons as there are stars in the Milky Way.” –Nancy C. Andreasen M.D., Ph.D., Dana Alliance for Brain Initiatives member
This summer, as you go on vacation, relax, and ponder the mystery of the cosmos, take a good book with you that will have you contemplating the vastness of your own brain. The following summer reading list suggestions are all by Dana Alliance members or prominent neuroscientists and range from intellectual discovery to children’s poetry. Pick one up, and enjoy!
More than 16 years ago, Cerebrum published an essay by Leon Cooper, Nobel prize-winning physicist and a member of the executive committee of the Dana Alliance for Brain Initiatives, on the monetary state of the field then, called “Scientific Research: Who Benefits? Who Pays?” Has anything changed?
In 1998, the annual direct and indirect costs of brain-related illnesses in the U.S. was estimated at $600 billion, writes Cooper. The figure now is $760 billion; worldwide, the WHO has estimated costs at $3 trillion and increasing. Continue reading
guest post by Kayt Sukel
With today’s headlines awash with tales of measles and the Ebola virus, it can be easy to forget that malaria, an infectious disease caused by the protozoan parasite Plasmodium falciparum, remains one of the most deadly diseases on the planet. According to the World Health Organization, more than 600,000 people died of malaria in 2012—the majority attributed to the most severe form of the disease, cerebral malaria. One of malaria’s biggest mysteries is why some people develop the cerebral form of the disease, in which the malarial parasites invade the blood vessels around the brain, and then recover, while others with this form, many of them young children, will die of the infection.
In 2008, I spoke with Terrie Taylor, DO, about her clinical work with cerebral malaria patients in Malawi. She explained how cerebral malaria is a “tricky disease,” but was optimistic that researchers would have a clearer picture of how Plasmodium falciparum occupy the brain’s blood vessels in five to ten years. One of her most important goals was to understand what might be different in the brains of those who died of the disease from those who survived. Now, eight years after my Cerebrum story “Cerebral Malaria: A Wily Foe” was published, Taylor and colleagues have published a groundbreaking neuroimaging study in the New England Journal of Medicine highlighting one of those key differences.