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Lottie Peppers

East Meets West - National Center for Case Study Teaching in Science - 0 views

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    Another case is ready for you: "East Meets West: An Infectious Disease Case" by Harry M. Zollars, Catherine D. Santanello, and Marcelo J. Nieto, Department of Pharmaceutical Sciences, Southern IL University Edwardsville.   Ying is sick and is progressively getting worse. His parents' clashing views on Eastern and Western medicine prevent them from agreeing on a course of treatment. As the case unfolds, students follow the progression of their son's illness. After a physician is finally seen and the results of tests are evident, students should be able to narrow the list of possible etiological agents and suggest a potential treatment. In addition, the students should integrate the different health beliefs into the final treatment as well as the aspects of patient counseling. The case works well as an interrupted case that can be assigned to individual students or student teams. This case is appropriate for graduate courses with a component in health care, therapeutics, medicinal chemistry, medicinal plants, microbiology, epidemiology, or cultural competency. Instructors can choose to focus only on the medical components of the case or incorporate the cultural and ethical aspects, depending on course goals and subject area.
Lottie Peppers

2015 Nobel Prize in Medicine - Periodic Table of Videos - YouTube - 0 views

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    8:19 video The Nobel Prize in Physiology or Medicine 2015 goes to William Campbell & Satoshi Ōmura "for their discoveries concerning a novel therapy against infections caused by roundworm parasites" and Youyou Tu "for her discoveries concerning a novel therapy against Malaria".
Lottie Peppers

Lost Colonies | The Scientist Magazine® - 0 views

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    Dubilier is hardly alone in her plight. A heaping teaspoon of soil or a shot of ocean water may contain as many as one million bacterial species. Many of them are potential gold mines of chemicals and metabolites with medicinal, engineering, and energy applications. But when researchers have tried to culture these microbes in the lab, only a minority of cells form colonies. Clearly, nutrients, a carbon source, and time are usually not enough to coax bacteria isolated from the wild to grow in a laboratory setting. So what's the missing ingredient?
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