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A biotech company say it's about time we reconsider gene modification's role in the country's scientific pursuits. National has promised to ease genetic modification regulations to help with solutions to environmental, agricultural, and health issues. BioTechNZ Executive Director Zahra Champion told Mike Hosking that past anti-GMO conversations caused industry to steer clear of the topic, out of fear of what consumers will say. But she says many people are buying GMO products in the supermarket and believes we have moved on from avoiding the discussion. LISTEN ABOVESee omnystudio.com/listener for privacy information.
Truth For Health with DrLee4America – Puzzled by reports of “alien” sightings on the rise lately? Concerned about the major push to “change genders” with men dressed up as women being given women's awards, playing women's sports, and sharing bathrooms with women? Worried about all the changes to our human genes with the mRNA shots?
Join Dr. Sean Graham, Dr. Anirban Bhattacharjee and Dr. Thomas Shiller with host Conley Rasor as the Knights talk about Gene Modification, Editing and CRISPR!
Thank you for turning on and tuning into this episode of Musings from a Small Island with your host, Sol Luckman. Musings from a Small Island is my new podcast inspired by my forthcoming memoir of the same name. In both podcast and book, my goal is to provide an “artistic” take on the world and the situations that affect us all while serving it up with equal parts irreverent humor and wide-ranging philosophy of a generally optimistic nature. If you'd like to learn more about MUSINGS FROM A SMALL ISLAND as well as my other books, I invite you to subscribe to my irregular newsletter at www.CrowRising.com. By doing so you'll also gain access to a treasure trove of free content, including complimentary online versions of at least two of my books. I also encourage you to follow my blog, Snooze 2 Awaken: Resources for Lucidity, at www.Snooze2Awaken.com. There can you stay in the loop daily of what's really going on on this insane, awakening planet we call home. Speaking of waking up, my award-winning novel, SNOOZE: A STORY OF AWAKENING, is serialized as an audiobook on my blog. So … sweet dreams! Finally, on whatever venue you find yourself listening to this podcast, please take a moment to hit the follow button and give it a like if you like it.
HAVE YOU EVER THOUGHT THAT YOUR HEALTH COULD BE BETTER… OR WONDERED WHY YOU HAVE CERTAIN HEALTH CONDITIONS THAT YOUR FAMILY DOES NOT HAVE? If that's the case, then this episode is for you. In today's In-The-Zone segment, I'll be discussing the genetic health consequences of stress & how you can turn that around for NOT JUST stress survival… BUT better yet, what I call, Stress Sur-Thrival(tm)… #StressSurthrival07:01 Did you know stress can actually alter your genes?08:54 Can ADHD be a result of a genetic disorder and not a psychiatric disorder09:51 Is there a root cause of Alzheimer's and Parkinson's?10:20 Take the ACEs quiz ~ https://americanspcc.org/take-the-aces-quiz/16:20 Manage your stress now, or you could pass it on for 7 generations!Dr Brian referred to the ACEs quiz: You can take this short quiz here-https://americanspcc.org/take-the-Aces-quizGet registered for the upcoming Gene Hack BootcampTake back control of your health, emotional health, energy and reach optimum performance...https://drbriangbrown.com/genehack
The guys start this week's episode by FINALLY trying their hand at an ad read, which goes predictably terrible (but carries a message surprisingly great for everyone else). With that out of the way, the conversation focuses on Noah's recent experience with BBB's first virtual collaboration, done with none other than podcast A+++lister Scott Janish's brewery Sapwood Cellars. Matt pokes and prods to get all the juicy details on the Riwaka/Callista heavy recipe, some interesting process tweaks, and fermentation using a new, genetically-modified yeast from Omega Lab called "Sundew". The guys discuss their feelings on gene editing in and apart from beer making, lament opportunities lost capitalizing on it in the stock market, and end with a fantastically abstract Three Bay that Matty slyly whips out his very best Noam Chomsky for. .............. ........................ .......................................... Music: "Mountain Climb" by Jake Hill
In this week's episode, Elena and I discuss neuroscience, yoga, psychedelics, gene editing and her journey from Russia to Alaska for university and then to Miami to earn her PhD. PhD in what Rafi? Watch the episode! --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app --- Send in a voice message: https://anchor.fm/rafael-pinsky/message
This episode is about how we modified potatoes and why.
Cotton Candy Grapes.
Genetic information is complex; there's the gene sequence, the regulation of gene expression, and there are even mechanisms to modify genes, allowing a single gene to produce multiple different proteins.
Trent & Anthony Talk about Gene Modification.
Links TThe Genetics (and ethics) of Making Humans Fit For Mars The Super Hero Conundrum God-Kings Caste System New Species Sponsor This episode of Liberty Buzzard is brought to you by Tom Umstattd, CPA. Tom has over 35 years of experience helping people like you pay only their fair share in taxes. Don’t let […] The post 028 Space Travel, Gene Modification, and the Super Hero Conundrum appeared first on Liberty Buzzard.
In this podcast we discuss gene editing and how living in a world with GM people would affect us. Clones, Andriods and people built not born are all discussed.
Kim Cooper, Assistant Professor in the Cell and Developmental Biology Section of the UC San Diego Division of Biological Sciences, discusses the advantages and the potential risks of CRISPR/Cas9-based active genetic systems and ways to maximize benefits to society. How do we decide when not to do the things that we can? In the last couple of years, a new “active genetic” technology has been shown to promote efficient inheritance of desired gene modifications in insects. We have now shown that we can do this in rodents. This allows the assembly of complex genotypes that were once unthinkable due to cost, time, and more. Such applications could improve drug testing and mouse models of complex human genetic diseases. These same approaches could also be used to control invasive wild rodent populations and vectors of disease. Despite these benefits, many have raised concerns about unintended consequences of the release of transgenic organisms. Series: "Exploring Ethics" [Health and Medicine] [Science] [Show ID: 33672]
Kim Cooper, Assistant Professor in the Cell and Developmental Biology Section of the UC San Diego Division of Biological Sciences, discusses the advantages and the potential risks of CRISPR/Cas9-based active genetic systems and ways to maximize benefits to society. How do we decide when not to do the things that we can? In the last couple of years, a new “active genetic” technology has been shown to promote efficient inheritance of desired gene modifications in insects. We have now shown that we can do this in rodents. This allows the assembly of complex genotypes that were once unthinkable due to cost, time, and more. Such applications could improve drug testing and mouse models of complex human genetic diseases. These same approaches could also be used to control invasive wild rodent populations and vectors of disease. Despite these benefits, many have raised concerns about unintended consequences of the release of transgenic organisms. Series: "Exploring Ethics" [Health and Medicine] [Science] [Show ID: 33672]
Kim Cooper, Assistant Professor in the Cell and Developmental Biology Section of the UC San Diego Division of Biological Sciences, discusses the advantages and the potential risks of CRISPR/Cas9-based active genetic systems and ways to maximize benefits to society. How do we decide when not to do the things that we can? In the last couple of years, a new “active genetic” technology has been shown to promote efficient inheritance of desired gene modifications in insects. We have now shown that we can do this in rodents. This allows the assembly of complex genotypes that were once unthinkable due to cost, time, and more. Such applications could improve drug testing and mouse models of complex human genetic diseases. These same approaches could also be used to control invasive wild rodent populations and vectors of disease. Despite these benefits, many have raised concerns about unintended consequences of the release of transgenic organisms. Series: "Exploring Ethics" [Health and Medicine] [Science] [Show ID: 33672]
Kim Cooper, Assistant Professor in the Cell and Developmental Biology Section of the UC San Diego Division of Biological Sciences, discusses the advantages and the potential risks of CRISPR/Cas9-based active genetic systems and ways to maximize benefits to society. How do we decide when not to do the things that we can? In the last couple of years, a new “active genetic” technology has been shown to promote efficient inheritance of desired gene modifications in insects. We have now shown that we can do this in rodents. This allows the assembly of complex genotypes that were once unthinkable due to cost, time, and more. Such applications could improve drug testing and mouse models of complex human genetic diseases. These same approaches could also be used to control invasive wild rodent populations and vectors of disease. Despite these benefits, many have raised concerns about unintended consequences of the release of transgenic organisms. Series: "Exploring Ethics" [Health and Medicine] [Science] [Show ID: 33672]
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