Posts

Goop-ing Up Medical Media

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The Goop brand is synonymous with horrible health advice, packing bogus treatments and misinformation as credible medical intervention.  Now the originator of the brand, Gwenyth Paltrow (self-described as knowing nothing about science) has a new streaming video series coming on Netflix, permitting a pipeline of misinformation to penetrate even more deeply.  Netflix gives its grand stage to Paltrow, providing a larger audience to mislead and even harm.   Paltrow and her brand have loosely targeted women's health issues offering a series of claims, advice and products that have been highly criticized by legitimate physicians like Jen Gunter.  Like Gwenyth's hinterparts the Goop brand has only picked up steam.   What's the harm?  Paltrow's celebrity status affords her immediate cache as an expert in everything.  The scientific evidence clearly shows that celebrity advice influences vaccination rates, cancer screening and cancer treatment.  On the other en

Talking Biotech 220 - Biotech Cotton Comes to Kenya

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This outstanding educational series continues in my absence with the first of many guest hosts. Your continued interest and support are more important than ever.  Kenya is an emerging economy and has significant investment in advanced technologies.  However, a 2013 ban on biotech crops has limited farmer access to the most needed technologies for the field.  That moratorium is finally being lifted, as biotech cotton has been approved and will be available to farmers in 2020.  Farmers recognize the potential for Bt cotton to reduce or eliminate dependence on the insecticides currently required for production.  Today's guest is Daniel Magondu, Chairman of the Society of Biotech Farmers of Kenya.  The episode is hosted by Modesta Abugu, a graduate student studying tomato improvement. Follow Modesta Abugu on Twitter: @modestannedi About the Socienty of Biotech Farmers in Kenya (SOBIFAK ) Listen to the Episode Here. 

Sickle Cell Disease- Therapy Success, Anti-GE Failure

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While the internet's 'experts' and celebrity doctors proclaim genetic engineering to be a dangerous and unnecessary foray into 'playing God", a young woman's life has changed forever because of a revolutionary therapy.  The story appeared on the CBS News magazine 20/20 on December 29, 2019.  At this point, Jeannelle Stephenson appears to be cured of Sickle Cell Disease, a debilitating genetic disorder that caused her immense pain and suffering.  Ms. Stephenson suffered from "bone crushing pain" and a sedentary lifestyle because of the disease. She considered herself "middle age" in her 20's because the disease kills its victims early. She was not alone, as Sickle Cell Disease affects about 100,000 Americans.  I covered the story and modern therapies on the Talking Biotech Podcast .  First her bone marrow was destroyed using chemotherapy.  At that point she could produce no more blood cells.  Then scientists introduced st

Jeffery Smith's Confession

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I thought he was going to apologize.  Instead he asked for more money to keep the crazy boat afloat, as his non-profit is as bankrupt as his scientific messages. It was only a matter of time.  Jeffrey Smith is the author of books and producer of documentaries, the origin of hundreds of talks, articles and websites, all extolling the dangers of genetic engineering. He once was one of the prominent figures in that arena, and maybe still is. However that that arena has transformed into a tiny handful of science-free experts continuing to convince the credulous that their food world is about to collapse at any second, and that Monsanto is around every corner with a frosty stein of cancer-causing glyphosate with their name on it.     Nobody is buying it anymore.  Two decades of fear-based messaging have influenced a culture by condemning failed agriculture, a corrupt regulatory system, and poison food supply.  But people keep eating. Sure there are boxes with butterflies

Learning to Live with Losing a Passion

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I'm grieving a change in my life, and while some may consider this over-dramatic, I'm wrestling with my new reality and ultimately what this will be. For 17 years my central roles as a professor have always been research and teaching.  I took on 5.5 years of wonderfully burdensome departmental administration and didn't miss a beat in publication, finding funding or mentoring students.  In May of 2018 I was asked to step down as Department Chair. It was a tremendous shock to me, and grieving process unfolded as I learned to refocus my concern away from the management of a large group, big budgets, endless need, and the hiring and mentoring of junior faculty. It took me almost a year to find hard joy in intense work again, despite being surrounded by great faculty and wonderful scientists and students in my lab.  It still was a very productive year that I look back on with a great sense of accomplishment.   While my expertise is in genomics, molecular biology and b

Talking Biotech 217 - Precision Medicine

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Can genetic sequence data be used to guide diagnosis and therapy?  Scientists are finding that analysis of genetic information can reveal important information about drug sensitivity, probability of disease development, and other health risks and benefits.  Dr. Julie Johnson describes the use of genomics in the next wave of precision medicine, describing how the future of health care will benefit from understanding patients at the molecular level.  Listen to this episode here . 

Talking Biotech 216 - Nitrogen Fixing Bacteria in Plants

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Plants need nitrogen to live, so farmers provide this nutrient through fertilization.  However, nitrogen is a gas that makes up the majority of air, but plants can't use it in this gaseous form. A conversion needs to take place to "fix" nitrogen, binding into a plant-usable form. This has been done using the Haber-Bosch process, an industrial form of nitrogen fixation that greatly expanded agriculture.  This process requires energy in production and transportation, and runoff can pollute water resources. Azotic Technologies has identified a bacterial species that inhabits the plant, and fixes atmospheric nitrogen. This could represent at least a partial way to supplement the need for exogenous nitrogen application.   Listen to this episode here.