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  • Women are being failed by medical research—here's how policy can help

    Medical research studies have failed to address the impact of gender, and some studies even exclude females in “later stage clinical trials.” This discrepancy results from women being underrepresented in the medical science. The Office of Research on Women’s Health has piloted a Policy on Sex as a Biological variable to fund research that is addresses gender differences; the National Institute of Health has initiated a Working Group on Women in Biomedical Careers.

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  • Kakapo Comeback

    New Zealand has an ambitious initiative in place to eradicate millions of evasive species by 2050, but that doesn't mean researchers have halted short-term actions to stabilized species and avoid extinction. The kakapo, a parrot-type of bird, is a prime example. While efforts have been taken for over a century to save the bird, most recently researchers have succeeded in not only moving the kakapos to three predator-free islands around the country, but also in aiding breeding efforts by monitoring the growth of chicks.

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  • Renegades Join Forces for Affordable Insulin

    Even though millions of people around the world rely on drugs like insulin to live, the big pharmaceutical companies often seem to value profit over people, and the costs of critical medications can be prohibitive. A small group of dedicated experts is working to change that, combining their expertise in science, law, and business to manufacture small-scale, generic versions of drugs like insulin that are accessible and affordable to all that need them.

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  • Code for Cancer

    Launched in September 2017, Cognoma is a database of information regarding the genetic makeup of cancerous tumors developed in collaboration between University of Pennsylvania researchers and Philadelphia’s tech community. Looking for a way to help their community and convinced of the value of the project, people donated their time and coding talents and built the database piece by piece. The database—as well as the programming behind it—are publicly available for researchers to utilize and adapt to other ends.

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  • Why This Cardiologist Is Betting That His Lab-Grown Meat Startup Can Solve the Global Food Crisis

    "If I continued as a cardiologist, maybe I would save 2,000 or 3,000 lives over the next 30 years, But if I focus on this, I have the potential to save billions of human lives and trillions of animal lives," explains Uma Valeti a cardiologist turned clean meat founder and engineer. Valeti, along with a team of similarly minded colleagues are looking to market the first ever meat that doesn't come from killing animals.

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  • The Impossible Burger: Inside the Strange Science of the Fake Meat That 'Bleeds'

    A genetically engineered fake meat that smells, tastes and has the same texture as a regular beef burger? Sounds impossible, but it's not for the Impossible Burger. Made from ingredients such as wheat and potato protein and coconut, it's the tactic of extracting heme (the ingredient found in the hemoglobin of cows) from leghemoglobin (a the plant alternative) that really helps the Impossible Burger succeed. This success is also a success for the environment by using less land, a quarter of the water and emitting an eighth of the greenhouse gases than is reported for livestock rearing.

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  • The Seri adapt to climate change in the desert

    A group who is being affected the most by climate change in the Sonoran Desert is also working to fight climate change using both tradition and new technology. The Seri are a small tribe whose ecological knowledge has helped them survive in harsh conditions for 2,000 years. This knowledge is being harnessed and combined with new education to help them weather the rapid climate change that is rapidly changing the delicate ecology they have lived in. Hopefully this work can help other groups in similar situations.

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  • The Sex Life Of Coral: Why Scientists Think It Could Save Us All

    Climate change is destroying coral reefs at a startling rate - threatening the livelihoods of millions of people, increasing the damage caused by storm surges, and affecting the amount of CO2 in the atmosphere. Scientists are now exploring revolutionary - and sometimes controversial - methods to learn more about and preserve coral reefs, including selective breeding of those species proven to survive conditions such as high toxicity and heat, and cultivating the regrowth of colonies one centimeter at a time.

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  • How Startups and Nonprofits Are Collaborating to Build the “Clean Meat” Industry

    When scientists, startups and non-profits team up, everyone benefits - or so it seems in the case of creating clean meat. While there has been a push to focus on reinventing meat due to animal farming's impact on the environment as well as questionable ethical practices, funding such research isn't always the most practical. New York City-based non-profit, New Harvest, however, is changing that practice by "funding open-source university research that for-profit ventures and other scientists can build on."

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  • Race to Decode Coral DNA to Save World's Reefs From Extinction

    After nearly back-to-back coral bleaching events made headlines internationally, there's been an increased awareness around the need to save what's left of the species. The newest strategy being implemented has to do with genetic technology that helps scientists determine via DNA markers which types of coral may be the most weak and the most resilient. “Scientists’ goal right now should be to take the steps necessary to optimize coral species so that each successive generation is more resilient,” explains marine biologist Ruth Gates. Although still early in its debut, this is the goal of genetic technology.

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