Combating NTDs through early education, detection and prevention: An interactive activity for sixth-grade children

Educating children about neglected tropical diseases (NTDs) through interactive role-play activities is an effective way to raise awareness about NTDs, encourage early detection and treatment for these diseases, and decrease transmission. NTDs are a group of diseases that severely affect the world’s “bottom billion.” Approximately one billion people are currently infected with one or more NTDs, while another billion are at direct risk of becoming infected.
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Student blog: Using visual media to raise awareness of NTDs

I was telling a friend about the Africans affected by neglected tropical diseases (NTDs) and how these diseases perpetuate poverty. She was convinced of their global importance. But apparently, my speech did not stir her until I told her the scabies she just recovered from was one of the NTDs. This is a clear example showing that the collective term “NTDs” might be confusing. The term might seem even more removed from Americans who do not live in the poorest neighborhoods and have never contracted any of the NTDs; such people are mostly unaware of the pain and suffering caused by NTDs, despite their far-reaching socioeconomic significance for the affected population and America as a whole.
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Science research in America: Avoiding doomsday

December 21, 2012. This quickly-approaching date in our modern Gregorian calendar is notorious for allegedly having been ordained as a global doomsday in an ancient calendar created by the Maya. But after repeatedly being discredited by scientists at NASA and prominent Mayanists among others, the popular end-of-days prediction has lost some of its cache (not before being milked for its commercial value by Hollywood, of course). Continue Reading

Stem cell researchers win Nobel Prize, regenerative medicine gets a boost

This morning, two researchers — British scientist John Gurdon and Shinya Yamanaka of Japan — received the highest honor that scientists can achieve: the Nobel Prize. While Gurdon’s research stemmed from work in the 1960s, Yamanaka emerged as a world-class scientist only in the past six years. Regardless of when the research was accomplished, both have contributed immensely to how we understand human development and stem cell research. Continue Reading