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Podcast interviews with Genius-level (top .1%) practitioners, scientists, researchers, clinicians, and professionals in Cancer, 3D Bio Printing, CRISPR-CAS9, Ketogenic Diets, the Microbiome, Extracellular Vesicles, and more. Subscribe today for the...
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Podcast interviews with Genius-level (top .1%) practitioners, scientists, researchers, clinicians, and professionals in Cancer, 3D Bio Printing, CRISPR-CAS9, Ketogenic Diets, the Microbiome, Extracellular Vesicles, and more.
Subscribe today for the latest medical, health and bioscience insights from geniuses in their field(s).
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Subscribe today for the latest medical, health and bioscience insights from geniuses in their field(s).
Episodes & Posts
Episodes
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30 AUG 2021 · In 1966, a random genetic mutation led to the birth of Prune, a hairless kitten that would ultimately lead to birth of many, many more of its kind. Tune in for a unique episode on Sphynx cats, and discover: What to know about the fatal heart disease called HCM, why Sphynx cats are particularly prone to developing it, and how to screen and/or test for it Why a higher metabolism can actually be connected to higher rates of obesity in Sphynx cats Whether a Sphynx cat is actually a hypoallergenic solution for those with a cat allergy Common and quirky behaviors of Sphynx cats Many would say that the certified veterinary technician (CVT) is the veterinary equivalent of the registered nurse (RN); both are tasked with the majority of hands-on patient care, both need good bedside manner, and both can offer insights that a doctor might not. Since 2013, Kelsey Nightingale, CVT has fulfilled just that role in small animal general practice. She’s also an excellent source on all things Sphynx—the breed of cat that’s perhaps best known for its hairlessness. But there are so many other things that owners should know about them, at least one of which is a matter of life and death. Tune in to learn about the prevalence, detection, and treatment of hypertrophic cardiomyopathy (HCM), hygiene tips, common personality traits, and more. Visit https://tica.org/ and https://cfa.org/ to learn more, and find information about a new genetic test for HCM in Sphynx cats at https://cvm.ncsu.edu/nc-state-vet-hospital/small-animal/genetics/submit-dna-testing/. Episode also available on Apple Podcasts: apple.co/30PvU9C
29 AUG 2021 · Diyar Talbayev, Ph.D. is an associate professor at the Tulane School of Science and Engineering and an experienced condensed matter physicist. His current research involves the optical and electronic properties of complex materials. He has a keen interest in high-speed spectroscopy as well as solid state physics. Click on play to learn: How an electron is probed for research purposes. What role laser pulses play in the study of electrons. How the uncertainty principle affects current research on light interaction with matter. Research in the Femtosecond & Terahertz Spectroscopy Laboratory focuses on observing and identifying activities inside electrons. The studies encompass magnetism, electricity, insulators, and super conductivity, and possible uses in semi-conductor chips and magnet materials for the purpose of data storage. Researchers are gathering data on laser-pulse experiments to determine effects of electron behaviors. As light interacts with matter, it changes in a specific manner in which some colors are absorbed. By shining a stream of laser pulses on the surface of a material the changes can in colorization can be observed. Some colors are absorbed; some wavelengths are scattered. Dr. Talbayev is presently working on a research project titled “Optical super oscillations in time domain; ‘seeing’ through opaque matter and wavelength conversion without nonlinearity. He is investigating the physics behind magnetism and how the interactions between electrons in a material establish its magnetic and electronic properties. To learn more visit: Website: https://sites.google.com/site/femtothz
28 AUG 2021 · Why has the spectrum of bipolar disorder symptoms been separated for so long? With a new understanding of the reciprocity of manic and depressive episodes, treatments can be honed to better help patients. Listen in to learn: When the medical world realized manic depression was not one-sided Which drugs can benefit bipolar mood disorders How whole grains and olive oil may be beneficial Chris Aiken, M.D., the Director at the Mood Treatment Center, shares his work helping advance the world of bipolar disorder research to help patients find a state of normality. Bipolar disorder has long been misunderstood by researchers and physicians, leading to ineffective treatment and a misunderstanding between patients and therapists. However, through a combination of refined therapy and a more comprehensive understanding, patients can find a method of treatment that works for them. While there are plenty of pharmaceutical solutions for mood disorders, there are many holistic alternatives as well. For example, by changing the microbiome in the body, there have been promising results for patients who choose to change their diet. To learn more, visit https://psycheducation.org. Episode also available on Apple Podcast: http://apple.co/30PvU9C
27 AUG 2021 · What causes inflammation in the brain, and how can this affect us as we age? Astrocytes found in the brain may be the key to unlock a better understanding. Press play to learn: Where astrocytes are located in the body How inflammation can cause issues in human bodies as we age The smallest cells astrocytes can be found in Soraya Vallés Marti, a Physiology Professor in the Faculty of Medicine at the University of Valencia, Spain, shares her research surrounding astrocytes and the negative impact of inflammation in the body. It has been known that inflammation is a damaging and potentially dangerous state of the tissue in the body. However, it has recently been thought to cause much more damage than initially thought by researchers. While some inflammation in the body can be a sign of healing, chronic and widespread inflammation has been thought to cause neurodegenerative diseases and other complications as sufferers age. While many aspects remain a mystery, studying astrocytes has let researchers gain a greater understanding. To learn more, search for Soraya L. Vallés on Google Scholar. Episode also available on Apple Podcasts: apple.co/30PvU9C
26 AUG 2021 · Seth Dillon had no idea that inquiring about becoming an investor in The Babylon Bee would result in his becoming CEO of the organization that is considered a conservative news satire website. After three years in that role, Dillion shares his thoughts about the ongoing success of The Babylon Bee and future endeavors. Click on play to learn: How satire works. What misconceptions are associated with the Babylon Bee. What impact the Babylon Bee has had in the past year. The Babylon Bee has the look and feel of a traditional news publication. Some media outlets recognize that content on The Babylon Bee is satire. However, the satire is so good, it is sometimes mistaken for fact and passed along as such by unsuspecting readers. According to Dillon, the plausibility of the satire means there is some truth there. In spite of being targeted by social media platforms like Facebook, Twitter, and other social media, popularity of The Babylon Bee continues to grow. New services include an app in IOS and Android and a headline forum that will allow people to suggest headlines. Looking ahead, projects are in the works for expansion in distribution, developing content for a YouTube channel, and creating videos which is a new media for The Babylon Bee. According to Dillon, levity is important in dark times. People seeking some respite from the daily dose of dismal news reports have discovered The Babylon Bee and Not the Bee, a humor-based social network for news, commentary, and entertainment. In effect, The Babylon Bee has become a mental refuge and its popularity continues to grow. To learn more visit: Website: babylonbee.com Twitter: @SethDillon Instagram: @thebabylonbee Episode also available on Apple Podcasts: apple.co/30PvU9C
25 AUG 2021 · Dr. Steven Hayes, a Foundation Professor in the Department of Psychology at the University of Nevada, has researched language and cognition and is best known for his theories on acceptance, mindfulness, and values. His life’s work has focused on behavioral analysis, the nature of human language, and how these apply to the understanding and lessening of human suffering. Dr. Hayes has developed multiple tools that address psychological problems and solutions. Click on play to learn: How mindfulness, acceptance, and values can improve mental health. How acceptance and commitment therapy support being cognitively and emotionally flexible. What six skills lead to psychological flexibility in dealing with painful thoughts. As someone who has suffered from a panic disorder, Dr. Hayes understands how disabling the condition can become. It took a 40-year journey to learn how to carry the pain of his past. He was able to find a way forward and learned from his experience to become a respected psychology professor and author who is renowned for his work in the treatment of psychological disorders. Dr. Hayes uses the concepts of being open, aware, and actively engaged in the processing of negative feelings. He teaches people how to be open cognitively and emotionally, allowing emotions to come and go. His clients learn how to allocate attention in a flexible, fluid, and voluntary way, in his words; “How to shift, stick, broaden, or narrow” various emotions. Being actively engaged is the third tool for handling problematic feelings. After more than 5,000 studies and eight hundred randomized trials, Dr. Hayes learned what is important in achieving mental health. He reviewed the data and evidence and distilled them down to a small manageable set of skills to help those hindered by negative emotional feelings learn how to control them. These are the tools that develop mindfulness, acceptance, and values and lead to learning how to live life in the best way. To learn more visit: Website: stevenchayes.com Twitter: @StevenCHayes Episode also available on Apple Podcasts: apple.co/30PvU9C
24 AUG 2021 · How can the body be better prepared to fight cancer? By combining immune checkpoint inhibitors with other therapeutic techniques, various beneficial effects can be found. Listen up to learn: Why early cancer cells are more challenging for the body to detect What therapies can kill cancer cells with the fewest mutations How the mutational burden affects treatment efficacy Dr. Joanne Lysaght, an Associate Professor, and the Immunotherapy Group Lead at Trinity College, shares her most recent work with cancer immunology and immunotherapy. Internal factors broadly impact the body's response to tumors determined by where in the body they are and how the tumor micro-environment presents. Therefore, in combination with other regimented treatments, immunotherapies have been found to be especially effective. Since the tumor microenvironment is critical to treatment, more research is needed to find a broader method. However, with a concentrated effort on new techniques, the percentage of lasting effective treatment will rise as time goes on. To learn more, vist stjames.ie/cancer/. Episode also available on Apple Podcasts: apple.co/30PvU9C
25 FEB 2021 · Timothy Saunders, Associate Professor at the National University of Singapore’s Mechanobiology Institute, shares his insights on the science of morphogenesis developmental biology, the study of tissue formation and organization in plant and animal species. Listen to learn more about: How organs are formed The morphological features of plants versus animals How organs change during pregnancy How vital organs develop, particularly in human embryos, is considered a long standing mystery by much of humanity. How do our cells know how to organize and replicate in order to form correctly structured and functional organs? How do they know when to stop replicating and not to continue growing past the ideal size? Timothy and his team aim to increase the understanding of developmental biology in both the medical community and the general public. Much of the research done in this area has centered around plants and fish, which can repair injury and regrow after amputation. What can be learned from these types of organisms? What can be gained from the study of human tissue generation in utero? Large-scale, high-resolution imaging technology is enabling the study of precisely how tissues interact during organ formation in humans. This in combination with the use of organoids grown from organ tissue and stem cells could break open the case of how to apply morphogenesis embryology to possible heal damaged organs in the future. For more information visit https://www.mbi.nus.edu.sg/timothy-saunders/saunders-lab/ Available on Apple Podcasts: apple.co/2Os0myK
22 FEB 2021 · Scott Young, former Finding Genius guest and author of Ultralearning: Master Hard Skills, Outsmart the Competition, and Accelerate Your Career, shares tips of how to use a more focused mind to live a more productive life. Listen to discover: How to be more productive in life The difference between general focus and focusing in one direction How to stay focused on tasks and goals Technology detoxes, sheer willpower, unyielding impulse control; these traditional approaches to increased productivity simply cannot be relied upon. A new system for focusing is required for the new age. Scott has created a series of courses, including Rapid Learner, Life of Focus, Top Performer, and Make It Happen, that offer people the opportunity to learn how to increase focus using unique concentration exercises. Deep work is the concept of achieving a level of cognitive depth through periods of continuous distraction-free, interruption-free concentration. Scott’s books and courses provide guidance on how to enter the state necessary in order for deep work to occur, troubleshooting for when you get stuck on a task, and how you can track your productivity progress. The effects of guided consistency on your ability to focus can be staggering. Is mental focus like physical exercise? Can the ability to enter a deep work or flow state become a matter of muscle memory for your brain? Is everyone even capable of blocking out environmental distractions? Scott explains the differences in approach to his productivity system that can become necessary based on age, working memory capacity, and other factors, and how it can be adjusted to work for anyone. For more information or to grab a free copy of Scott’s e-book, 7 Must-know Strategies to Learn Anything faster! visit https://www.scotthyoung.com/ Available on Apple Podcasts: apple.co/2Os0myK
15 FEB 2021 · “There may not be a cure for cancer, but there may be a strategy, a set of principles that can lead to the eradication of cancer,” says Dr. Robert A Gatenby of the Moffitt Cancer Center. He is working on a novel approach to the treatment of metastatic prostate cancer that could one day prove effective for many other types of cancers as well. Press play to discover: What the evolutionary dynamics of Anthropocene extinction can tell us about the potential eradication of cancer How mathematical models can be used to better understand cancer as a complex, nonlinear system, and predict the success of certain therapies How to avoid selecting for chemo-resistant cancer cells with the use of chemotherapy Dr. Gatenby’s background in physics led him to a key insight: cancer is a complex dynamic system with nonlinear interactions, and to understand such systems, mathematical models are necessary. This insight underlies his most recent work, which involves a novel approach to the treatment of metastatic prostate cancer. Unintuitively, this approach requires that chemotherapy be used to knock down the number of cancer cells a bit, but not with the goal of wiping all of them out completely. The tumor is then allowed to grow back within certain biomarker parameters before another cycle of therapy is delivered. This is continued indefinitely, driving the cancer system into a near steady state that is oscillating. In other words, the tumor is still there, but it doesn’t change significantly over the course of months or even years. Why not just try to kill all of the cancer cells using massive doses of chemotherapy? Dr. Gatenby explains that this approach is only recommended when chemotherapy has a high likelihood of being curative, which is rarely the case when it comes to metastatic cancer. When treating metastatic cancer, the “try to kill as many cancer cells as possible” approach only leads to greater toxicity, higher costs, and lower quality of life for the patient. Perhaps even more importantly, this approach actually selects for chemo-resistant cells, allowing them to proliferate rapidly with no constraints, leading to a worsening state of metastasis. Among many compelling topics, Dr. Gatenby explains the use of mathematical models and principles of evolutionary biology in taking this approach to the treatment of metastatic prostate cancer, extinction therapy, induction therapy for pediatric leukemia, how and when to integrate immunotherapy in the treatment of cancer, and more. Available on Apple Podcasts: apple.co/2Os0myK
Podcast interviews with Genius-level (top .1%) practitioners, scientists, researchers, clinicians, and professionals in Cancer, 3D Bio Printing, CRISPR-CAS9, Ketogenic Diets, the Microbiome, Extracellular Vesicles, and more. Subscribe today for the...
show more
Podcast interviews with Genius-level (top .1%) practitioners, scientists, researchers, clinicians, and professionals in Cancer, 3D Bio Printing, CRISPR-CAS9, Ketogenic Diets, the Microbiome, Extracellular Vesicles, and more.
Subscribe today for the latest medical, health and bioscience insights from geniuses in their field(s).
show less
Subscribe today for the latest medical, health and bioscience insights from geniuses in their field(s).
Information
| Author | Richard Jacobs |
| Organization | Richard Jacobs |
| Categories | Technology |
| Website | www.findinggeniuspodcast.com |
| - |
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