Finding Genius Podcast (Richard Jacobs)

Nicholas P. Money is a professor, author, and expert on mycology and microbes. He joins the podcast today to discuss a number of fascinating topics.

Tune in to learn about them all, including the following:

• How fungi move so successfully without musculature
• In what ways the reproductive lives of fungi are so unique
• What role serious fungal infections play in human health each year, and the search for new forms of antifungal medications
• How genetically modified fungi is used to develop some of the most common drugs in medicine, as well as industrially useful chemicals

As a first-year undergraduate attending the University of Bristol in the UK, Nicholas P. Money was captivated by descriptions of a vast group of organisms he’d hardly even heard of: fungi. Since then, he’s passionately pursued a knowledge and understanding of how these organisms work, and has authored a number of books on microbes in general.

His area of expertise is in the biomechanics of fungi, which deal with the ways in which fungi move, grow, and reproduce. He dives into the details of his expertise on fungi and shares insights he’s gained from a variety of research he’s carried out in the field.

This includes the distance and hydrostatic pressure with which spores are released by fungi, how microscopic filaments on fungi manage to penetrate some of the toughest material that exists, and so much more.

Learn more at https://www.themycologist.com/.

Bees can generate five pounds of honey a day under prime nectar-gathering conditions. Numerous factors make that possible and researchers like William Meikle work on modeling honey bee populations, keeping track of how different stressors might affect honey bee colony health.

Listen and learn

• What measures are important for beehive modeling and why,
• How bees are able to keep their brood area at a constant warm temperature, and
• What bee health productivity stressors are being analyzed and why, such as neonicotinoid exposure. 

Willliam G. Meikle is a research entomologist with the United States Department of Agriculture. He studies the colony-level behavior of bees through placing sensors on colonies and monitoring them over long periods of time. This can gather evidence for how they might respond to sub lethal pesticides and other stressors. He's therefore constantly measuring things like hive weight, temperature, CO2, and internal humidity. These measures are akin to numbers from a monitor your doctor might have used to check your health. Various measures might indicate your activity, from sleeping to eating to drinking a cup of coffee. 

No, bees don't drink coffee, but they do get exposed to neonicotinoids, which are a common type of agriculture insecticide affecting bees. Even at low amounts, he says he can see some sort of impact. Higher levels seem to cause bees to stop foraging, for example. Temperature is another abiotic factor he monitors. Bees have an amazing ability to keep the center area, the brood area, quite warm and constant.

Bee social behavior is more than just an inclination. Rather, they work as a superorganism, teaming up and taking turns to use their thoracic muscle movement to warm the center of the hive one by one. A healthy brood is dependent on this constant warmth, and bee population increase can only happen with successful brood rearing.

Listen in for more indications of bee colony health. 

For more about his work, see the USDA Honey Bee web page.

Available on Apple Podcasts: apple.co/2Os0myK

In this episode, we connect with Dr. Nicholas Young, a leading figure in the field of immunology and the founder of More than Moore’s Precision Medicine Solutions (MtM). Dr. Young and his team at MtM are at the forefront of developing targeted approaches for preventing and treating various diseases – with a particular focus on Lupus and other autoimmune conditions.

Using data from clinically approved testing, Dr. Young and his team help inform therapeutic decision-making in an effort to improve patient outcomes. Want to learn more about how MtM helps manage routine and preventative care using a cutting-edge integrated approach? Listen in now…

In this conversation, we cover:

• What Lupus is, and how it impacts the body.
• How autoimmune diseases operate and function. 
• How complementary alternative strategies and exercise can suppress Lupus.
• Factors that contribute to the development of Lupus. 

Join us as we uncover the latest innovations in autoimmune care and precision medicine – offering new hope for those affected by Lupus and other chronic conditions!

You can follow along with MtM and their important work here.

Episode also available on Apple Podcasts: http://apple.co/30PvU9

The Behavioral Diabetes Institute brings clinicians, researchers, and resources together to address diabetes. President William Polonsky drops the listener in the midst of this informative team, providing a helpful image of what it means to manage type 2 diabetes.

Listen and learn

• How preconceptions of type 2 diabetes causes, like the diabetes and obesity relationship, can make seeking help more difficult,
• What are best practices for type 2 diabetes management, including the type of support, and
• What "big three" data points should type 2 diabetics seek on a regular basis.

William Polonsky is the president of the Behavioral Diabetes Institute and an associate clinical professor at the University of California, San Diego. While the institute offers resources educating patients on the mechanisms of type 1 & 2 diabetes, considerations for insulin pumps versus injections for type 1 diabetics, and nutrition intervention for obesity, their primary focus is emotional and behavioral care for diabetic patients and family.

He and Richard discuss type 2 management in this conversation, from the challenges to the numerous reasons to have hope. He reminds listeners that what makes managing it so difficult, and what those of us without it don’t realize, is that having it is like working another job without vacation. Furthermore, there's a lot of misunderstanding about the causes and, while obesity intervention strategies may sometimes be a component of care, there are variety of reasons for developing the disease, including genetic.

He tells listeners of many opportunities for high-quality management of type 2, from new medications to supportive techniques. But he also discusses the mix of information out there. On the one hand, the general public is much more aware of the meaning of terms like A1C, and diet and prevention of type 2 diabetes advice columns are prevalent. On the other hand, a lot of diagnosed people never get formal education about how to care for themselves and "wing it."

He reminds listeners that numerous professionals, from endocrinologists to institutes like his, are out there and eager to guide and support type 2 diabetics. "It’s really important to have hope and know it's not by any means a death sentence: your efforts can make a difference," he says. Listen in for more encouraging words and ways to take care of diabetes.

For more see behavioraldiabetes.org.

Available on Apple Podcasts: apple.co/2Os0myK

Energy and food production is constantly evolving, and as resources seem to dwindle, experts are looking at alternative approaches to a multitude of ecological issues. Joining us today to discuss his perspective on this matter is Rob Avis, an expert in renewable energy and regenerative design.

Rob is the Owner, Lead Instructor, and Engineer at Verge Permaculture – an internationally-recognized and award-winning regenerative design, consulting, and education center. With a background in the oil and gas industry, Rob saw the need for a global mindset shift. Now he is focused on creating cultivated ecosystems that provide food and other crucial resources…

Jump in now to explore:

• What inspired Rob to pursue permaculture.
• The importance of using energy more efficiently. 
• The reality of our society’s energy consumption.

Want to find out more about Rob and his work? Click here now!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Gordon Krass, CEO of IntelliGuard, discusses how the late-stage startup company is making the medication supply chain within U.S. hospitals safer and more efficient.

You will learn the following:

• How inadequate tracking and tracing systems for medications and weak medical inventory control within U.S. hospitals is allowing for the clinical use of counterfeit, recalled, or expired drugs, as well as theft of controlled substances
• How the automation of tracking and inventory offered by IntelliGuard will be providing a huge relief to pharmacists and anesthesiologists, and improving patient experiences
• What a full rollout of this technology will look like, and what kind of feedback IntelliGuard is receiving from the 500 hospitals they already serve

With the use of  radio-frequency identification (RFID) technology and data analytics, IntelliGuard has one ultimate goal in mind: maximizing positive healthcare outcomes for patients.

Krass explains that while hospitals in the U.S. today are on the cutting-edge of the clinical side of the business with the use of AI in surgeries, new procedures, and advanced imaging technology, the infrastructure that’s responsible for running hospitals is outdated, relying far too heavily on paper-based documentation and human interaction.

“People think the supply chain of medications is secure, the truth is it’s not,” says Krass, citing a 60 percent accuracy rate for inventory of critical medications used in surgeries and other complex procedures. This inadequacy is a dangerous one, leading to the administration of expired, recalled, incorrect, or counterfeit drugs.

Aside from labor, drugs and supplies are the highest cost items in hospitals, but despite this, hospitals don’t know where medications are or how much they have on hand at any given time. “Most businesses would not be in business if they operated in this way,” says Krass.

He continues by explaining the details of how IntelliGuard is working to address these issues, where some of the greatest weaknesses lie in the current system, and how IntelliGuard technologies will transform hospital infrastructure in the U.S. for the better.

Press play for all the details. For more info, visit https://ig.solutions/.

Rickettsia characteristics include parasitic behaviors but they are not worms or protozoa. Rather, they are bacteria and are therefore prokaryotes. The rickettsia family consists of obligatory intracellular bacteria that are transmitted by arthropod vectors. In other words, they need to be inside living cells to stay alive. 

Dr. Walker explains to listeners

• How rickettsia diseases interact with the immune system in a variety of ways,
• Why their lack of motility outside of living cells makes rickettsia treatment challenging, and
• How the typhus group of rickettsia has affected history and how Dr. Walker hopes to develop a vaccine.

David H. Walker, MD, is a professor in the Department of Pathology and is the Carmage and Martha Walls Distinguished University Chair in Tropical Diseases and Executive Director of the University of Texas MB Center for Biodefense and Emerging Infectious Disease. 

He describes various rickettsia causes and symptoms, from the Orientia tsutsugamushi bacteria transmitted by chiggers to others transmitted by lice and ticks.  He explains the means by which scientists determined their inability to live outside of cells and how they are able to observe their invasion and infection with light microscopy. 

Their pathogenic effect is widespread, and Dr. Walker describes their effects on World War II and the Vietnam War through the lice vector and typhus spread. Rickettsia symptoms and attacks on the immune system vary greatly and he describes several examples in the two main groups of typhus and spotted fever rickettsia. For example, Rocky Mountain spotted fever bacteria are secreted from the saliva of the tick when it bites.

The bacteria is then taken into the skin through phagocytic cells, spreads to the lymphatic cells, and drains into the blood stream and infects the endothelium cells all over the body.  Dr. Walker has worked with rickettsia for 47 years and his particular focus now is on vaccine research and effective rickettsia treatment.

For more, see his web page at the University of Texas Medical Branch, utmb.edu/pathology/faculty-directory/david-h-walker-md, and search his name in research systems for publications.

Available on Apple Podcasts: apple.co/2Os0myK

How can cancer metastasis be better understood through the study of the microbiome? By understanding how the microenvironment reaches its most beneficial state, researchers can better understand and treat metastasis.

Press play to learn: 

• How can cells metastasize into various parts of the body
• Which factors play a role in metastasis
• Why cancers have tropisms

Sendurai A. Mani, a Professor, Department of Translational Molecular Pathology, shares his work to better understand metastasis in cancerous tumors.

Since one of the most dangerous aspects of cancer is its ability to travel throughout the body, it is in researchers' and patients' best interest to discover why. This can be difficult, though, since cancer cells break the norm of normal cells.

It can be challenging to distinguish single cancer cells from normal cells since they excrete the same protein. However, by explicitly studying the microenvironment, it may be easier to differentiate the cells for studies.

Want to learn more? Visit https://www.mdanderson.org/research/departments-labs-institutes/labs/mani-laboratory.html.

Episode also available on Apple Podcasts: apple.co/30PvU9C

How many podcasters does it take to evaluate the modern science field? Well, this conversation presents an intriguing attempt by two to do just that. Richard and Dr. Kat Arney touch on everything from the tangle of the publication field to the ecology of the cell. Listen and learn

• How she approaches the history of genetics in her Genetics Unzipped podcast and what are some of her favorite stories from the year,
• What dangers in today's publication system exist, including "predatory journals" and preprints, and
• How her new book, Rebel Cell, explores the latest on cancer and how an evolutionary lens might help treatment.

Dr. Kat Arney is an award-winning science writer, public speaker, and broadcaster. Her PhD in developmental genetics informs her latest podcast, Genetics Unzipped, and she's just published a new book called Rebel Cell: Cancer, Evolution and the Science of Life. She offers listeners a plethora of interesting biomedical science tidbits, from the story behind the myth of the invention of PCR testing to why Rosalyn Franklin was left behind in the accolades for the discovery of DNA's double helix. She also describes the challenges in biomedical science in understanding COVID and our genes, and describes a study involving twins to see if the differing COVID responses stem from genetics or environment. 

She and Richard also discuss their concerns with how science is tested once if hits the airwaves and internet, from the best and worst of peer review processes to the difficulty of wading through preprints. "Anyone can publish a PDF," she remarks, which ultimately is all a preprint website offers. Ultimately, the physical and natural sciences' publish-or-perish pressure has led to predatory journals, which have caused even more problems. Finally, she describes the impetus behind her latest book on cancer as a culmination of years of interest and research on the genetics and evolution of cancer. Because of advances in genomics and DNA testing, she says that we are closer to understanding cancer and she shares her hope for better treatment. 

To learn more about her podcast, see geneticsunzipped.com. For information on her new book, see rebelcellbook.com. 

Available on Apple Podcasts: apple.co/2Os0myK

Is graphene oxide the real killer we face in recent times? Due to its high toxicity and unique structure, it may not be the miracle solution we think.

Listen up to learn:

• What graphene oxide is meant to be used for
• How graphene oxide relates to GMOs
• The impact on fertility caused by graphene oxide

Dr. Bill McGraw, the author of Mercury: The Ultimate Truth and Chronic Disease, shares a warning about a prevalent and toxic chemical widely found in increasingly increased amounts. 

While initially touted for its myriad revolutionary uses, graphene oxide may be much more dangerous than its benefits warrant. Yet, despite the hesitations of professionals globally, the use and spread of graphene oxide continue to proliferate.

In these turbulent times we face today, graphene oxide has become more used than ever, leading to increased and more direct toxicity. However, the more each of us learns, the more protected we can be against inaccurate information.

Visit newaquatechpanama.com to learn more.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

In this episode, we are joined by Matthew M. Kurtz, an associate professor of Psychology and Neuroscience and Behavior at Wesleyan University in Middletown, CT, where he is also Chair of the Neuroscience and Behavior Program. 

Publishing over 50 academic papers and chapters on topics related to cognition and rehabilitation in schizophrenia, Matthew is at the forefront of cutting-edge treatment for the severely mentally ill. He is also the author of Schizophrenia and Its Treatment: Where Is the Progress?, a book that analyzes how diagnostic classifications and core pathology views limit schizophrenia treatment – advocating for individually tailored, multimodal treatments for distinct disorder features…

Dive in to learn about:

• Facts about schizophrenia that aren’t commonly known. 
• The persistent problems that schizophrenia patients face. 
• How schizophrenia can impact problem-solving and language skills. 
• The ways that schizophrenia can be passed down between family members.

How has Matthew’s research impacted the conventional treatment of neuropsychological deficits in schizophrenia? Click play to see for yourself!

You can find out more about Matthew’s work with the Schizophrenia Cognition Lab here. 

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

pisode also available on Apple Podcasts: http://apple.co/30PvU9C

The connection between alcohol and gut health is established in scientific literature: alcohol is an inflammatory agent. But as researchers like Vincent Maffei work to improve the quality of life for HIV patients, every bit of information of how that inflammation develops makes a difference, especially in how alcohol and bowel problems connect.

Listeners will learn

• The difference between chronological and biological health and how HIV patients experience increased biological aging,
• The connection between alcohol and G.I. issues, particularly less diverse microbiota, and
• The significance of their findings, specifically the abundance of Prevotella spp., a bacteria that may be a mediator between alcohol and cell senescence.

Vincent J. Maffei is with the Department of Microbiology, Immunology, and Parasitology at LSU. As a graduate student, he became involved in LSU's Comprehensive Alcohol Research Center (CARC) and studied how dysbiosis accompanies biological aging. He combined this with studying how alcohol affects the intestines, and now studies this specifically with HIV patients. More specifically, he works to find associations between alcohol use and advancing aging in HIV patients and their guts.

He explains to listeners about several players in this complex mix of cause and effect: alcohol and gut health as well as alcohol and HIV patients. He establishes that any amount of alcohol can be harmful to someone suffering from HIV. Combine that with an already-established connection with alcohol and dysbiosis in the gut, and researchers are faced with a very real problem to solve for these patients.

He does a careful job explaining the background to listeners, bringing in other studies more general to alcohol use and explaining its effect on T-cell senescence, which basically means they lack the ability to copy themselves—limiting their ability to fight infection.

Senescence is also a characteristic of biological aging. He explains that the administration of alcohol breaks down the gut barrier, allowing microbes to migrate from the lumen of gut into tissue, which causes inflammation.

He also explains their worthy end goal: to identify some sort of microbiota intervention to relieve this component of inflammation in HIV patients, improving their life span and quality of life. Hopefully their findings will lead to more precise mechanisms that can be leveraged in therapeutic modality.

For more, see the CARC website: medschool.lsuhsc.edu/alcoholresearch.

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: apple.co/30PvU9C

How can bacteria that have become resistant to treatment be overcome? Using genome engineering may be the technique that allows treatment to overcome the infection once again.

Press play to learn:

• How bacteria become resistant
• How the virome reacts to gaining resistance
• How bacteria avoid the immune system

Gaetan Burgio, a group leader of the Burgio Group as a part of Australia National University, shares his experience working with AMR bacteria.

Some bacteria may build resistance to any treatments or antibiotics over time through mutation or other genomic changes. However, CRISPR techniques have allowed researchers to pinpoint how a bacterium is resistant and alter it at a genomic level.

By evaluating how these bacteria have become resistant and how the microbiome changes, we can determine how various phages affect virulence. Evading the immune system is the primary mode of resistance, and by lowering virulence, it will remain undetected within the body, avoiding an immune reaction.

Search for @GaetanBurgio on Twitter for more information.

Episode also available on Apple Podcasts: apple.co/30PvU9C

Dr. Rechavi's lab studies C elegans nematodes to explore the heritability of memories-- how reactions to encounter could be passed down through multiple generations.

In this podcast, you'll hear him explain:

• New revelations about heritable capabilities for response behaviors.
• Why researchers believe a small RNA molecule is a foundation for this heritable behavior and how they've tested heritability of responses to starvation, temperature stress, bacteria pathogenic stress, and more.
• Where this small RNA message must travels to make it into the gametes' coding and how they've traced the inheritance of such traits for three to five generations.

University of Tel Aviv professor Oded Rechavi details his research with C elegans worms to discover more regarding epigenetic inheritance in humans. He clarifies that generally we think of memories as encodings that stay in our brain rather than being passed along.

It had been thought that parental responses to some environmental stresses such as starvation wouldn't mark their offspring's reaction. But studies show this notion was incorrect and these responses do travel and make their mark in the germline, being passed down for at least three more generations.

He discusses why they believe small RNAs are responsible for this heritable process. He also explains generally the different types of small RNAs and how this involves a particular type with this specialized behavior.

What they don't understand but are attempting to further research is the process by which the environment changes the small RNAs. These studies may change the way we understand epigenetic inheritance in humans. 

For more, including links to papers they've written, see his lab's web site at http://www.odedrechavilab.com/#about .

According to a meta-analysis study in 2015 that considered 226 studies, the practice of oral and breathing exercises lowered subjects' apnea–hypopnea index (an index of the severity of apnea based on how many times and for how long breathing ceases per hour of sleep) by 50%. So, what exactly are oral exercises? It may sound a little odd at first, but Sarah Hornsby is a myofunctional therapist who teaches people how to strengthen their tongue, throat, breathe through their nose, and keep their tongue resting at the roof rather than the bottom of their mouth through a series of exercises she leads via Skype-based appointments, video programs, and YouTube videos. Her goal is to make this knowledge and resource globally accessible to the many people who are unnecessarily suffering or unaware that there is an actual fixable problem underlying their daily fatigue.

“It really is something that actually addresses root causes, and I appreciate that so much because I feel like a lot of what we do in modern medicine and dentistry is just about treating symptoms,” says Hornsby. In addition to sleep apnea, headaches, jaw pain, neck pain, teeth grinding, and chronic sinus issues are just a few of the symptoms associated with oral myofunctional and breathing problems. Ultimately, a person’s overall health and well-being can be severely compromised by something that's treatable without the use of pills or bothersome devices.

Hornsby makes for an insightful and eye-opening conversation that covers everything from craniofacial development and growth in children (and how it can be altered by the position of the tongue in the mouth), why snoring shouldn’t be brushed off as simply a nuisance, the importance of the respiratory disturbance index in evaluating the seriousness of a person’s sleep apnea, and what an initial consultation with her would look like.

Press play to hear the full conversation, find her videos on YouTube, and visit https://myomentor.com/ to learn more.

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

Dr. Daniel Geschwind Bio:

Dr. Geschwind is the Gordon and Virginia MacDonald Distinguished Professor of Human Genetics, Neurology and Psychiatry at UCLA. In his capacity as Senior Associate Dean and Associate Vice Chancellor of Precision Health, he leads the Institute for Precision Health (IPH) at UCLA, where he oversees campus precision health initiatives. In his laboratory, his group has pioneered the application of systems biology methods in neurologic and psychiatric disease, with a focus on autism spectrum disorders (ASD) and neurodegenerative conditions. Dr. Geschwind is a pioneer in the transcriptomic and functional genomic analyses of the nervous system.

His laboratory showed that gene co-expression has a reproducible network structure that can be used to understand neurobiological mechanisms in health and disease. He led the first studies to define the molecular pathology of autism and several other major psychiatric disorders, and has made major contributions to defining the genetic basis of autism. He demonstrated the utility of using gene network approaches to discover new pathways involved in neurodegeneration and new approaches to facilitate neural regeneration. 

More recently, his laboratory demonstrated how knowledge of 3-dimensional chromatin structure can be used to understand the functional impact of human genetic variation. Dr. Geschwind has trained over 70 graduate students and post-doctoral research fellows, and is among the highest cited scientists in neurology, neuroscience and genetics (H index > 140). In addition to serving on several scientific advisory boards, including the Faculty of 1000 Medicine, the Scientific Advisory Board for the Allen Institute for Brain Science, the NIMH Advisory Council and the NIH Council of Councils, he currently serves on the editorial boards of the journals Cell, Neuron and Science. He has received several awards for his laboratory’s work is an elected Member of the American Association of Physicians and the National Academy of Medicine.  

What can big data and genomics offer the individual regarding medical treatment? Dr. Daniel Geschwind is here to explain exome sequencing data analysis as well as how this field might expand and progress.

Listen and learn

• What makes up our genome, how to understand the terms for each part, like exon, intron, and exome, and what parts are effected epigenetically;
• Why genomics testing still focuses on that 2 to 3 percent of the genome called the exome that codes for proteins; and
• How sequencing will broaden and change, making preventative care that much more effective for certain patients and more.

Dr. Daniel Geschwind is the Gordon and Virginia MacDonald Distinguished Professor in Neurology, Psychiatry, and Human Genetics; the Senior Associate Dean and Associate Vice Chancellor for Precision Health at UCLA; and the director of the Center for Autism Research and Treatment at the Semel Institute at UCLA David Geffen School of Medicine.

He opens up the world of genomics for listeners, explaining why an exome sequencing test is the center of precision medicine currently. He explains how the exome is composed of the 3% of your genome that actually codes for protein sequences. What's the rest of the genome up to? Well, scientists believe that remainder of your genome is busy regulating those sequences, determining levels and turning gene expressions on and off. 

He explains how scientists use the exome sequencing process. In fact, the majority of people who say they've been sequenced mean, in fact, that their exome has been sequenced. Whole genome sequencing costs about three times as much but offers scientists the same information at this point.

However, he thinks this will soon change. As the exome sequencing project continues and our knowledge accumulates, the benefits will increase from whole genome sequencing. The costs are likely to drop as well.  Once it gets inexpensive enough and we have sequenced hundreds of millions of patients with a variety of disorders, we will have much better predictive power. 

For more information, he suggests UCLA's Precision Health website.

Available on Apple Podcasts: apple.co/2Os0myK

What will the next generation of medicine production look like?

Dr. Govind Rao joins us today to discuss the importance of constructing safe and effective medications – standards that are harder to reach than one may think…

Dr. Rao is a Professor of Chemical and Biochemical Engineering, and the Director of the Center for Advanced Sensor Technology at the University of Maryland, Baltimore County. His research interests are primarily focused on how to enhance the production of protein-based therapeutics from the traditional fermentation and cell culture approach – something biopharmaceuticals have been doing for over 30 years.

In this episode, we discuss:

• Experimentation that Dr. Rao’s lab is doing.
• New technology that is enabling scientists to create proteins.
• The paradigm shift that may be on the horizon for therapeutic production.
• Drugs that are most likely to improve in the near future.

Wondering how Dr. Rao is contributing to the future of medicine and wellness? Join in now to see for yourself!

Want to find out more about Dr.

Rao and his research? Click here now!

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

“You’ve got to teach what you’ve learned,” says Bianca Rodriguez, and that’s exactly what she does. Only, it took her decades to truly learn what she’d been through, and how she could use her experience to help others.

Tune in to discover:

• The definition of trauma and the many different ways it can occur
• Which side of the brain stores unprocessed traumatic memories
• How bilateral stimulation and EMDR can help people process painful and traumatic memories
• The importance of having some level of emotional stability before trying to process traumatic memories

In addition to emotional, physical, and sexual trauma, Rodriguez knows firsthand that there’s also something called medical trauma, which is when a physical condition or disease causes a person to feel like their wellbeing or life is threatened.

When Rodriguez was just three years old, she developed severe asthma and was hospitalized numerous times. And every time she would have an asthma attack, she truly felt as though she was going to die. But it wasn’t until much later in life that she understood it for what it really was.

She’s since become a licensed holistic psychotherapist and founder of You Are Complete, through which she helps people uncover their true selves, access and work through suppressed memories of past trauma, and integrate their mind, body, and spirit for complete wellness.

She discusses the details of her work as a therapist, including the use of EMDR (eye movement desensitization and reprocessing), CBT, and holotropic breathwork.

Press play to hear the full conversation and visit https://youarecomplete.com/ to learn more.

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

Those who suffer from hypermobility disorders are often at a loss of what to do to relieve the discomfort and tension that they experience. It takes a particular type of professional to recognize the nature of these conditions and make every effort to help individuals alleviate the symptoms they are facing daily. 

Corinne Zeiderman is one of these professionals with a deep commitment to the treatment of patients with hypermobility conditions. Corinne is a skillful personal trainer and soft tissue therapist who works with clients that suffer from Ehlers-Danlos syndrome (EDS) and Hypermobility spectrum disorder (HSD). Both of these conditions affect connective tissues such as joints and ligaments, and Corinne uses specialized therapeutic approaches to relieve the pain and tightness associated with EDS and HSD.

Join the discussion as Corinne addresses:

• How medical professionals can diagnose hypermobility disorders.
• What exercise therapies she employs to help patients stabilize joints and strengthen muscles.  
• The importance of finding a baseline of comfort and balance in exercise for individuals with hypermobility conditions.

Listen now to learn more about how dedicated physical therapists are offering a newfound level of relief to their patients. 

To discover more about Corinne Zeiderman and her practice, visit fitnesswithcorinneuk.com or www.haleclinic.com.

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

How does fasting impact gut microbiome? Can gut health contribute to overall wellness? Scott Anderson, an accomplished science journalist specializing in health and technology, rejoins the podcast to explain this and much more…

Scott is the author of several educational books, including Human Embryonic Stem Cells and The Psychobiotic Revolution – and is the editor and primary author of Science for People. With more than 20 years of experience writing science and technology material, Scott is on a mission to explain complicated research to the average individual in plain English. 

In this conversation, we discuss:

• How certain bacteria can enhance or diminish your mood. 
• Diseases that can start in the gut. 
• Why gut conditions are typically hard to diagnose. 
• The effects of fasting on gut microbiome.

To learn more about Scott’s approach to gut health and other scientific topics, click here now!

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9

Imagine being given two options: lose your license to practice medicine, or keep quiet about a substance that you know has revolutionary therapeutic applications.

You might think no doctor would ever find themselves in such a position. Think again.   

And press play to learn:

• How chlorine dioxide is able to kill pathogens, but not biological tissues
• How chlorine dioxide and its use as a therapy for some illnesses was discovered
• Why you won’t find the information in this podcast anywhere else, unless you dig really deep

Ken McCarthy, a pioneer in the movement to commercialize the internet, a wealth of knowledge on internet advertising and marketing, and former student of neuroscience at Princeton University, presents a compelling argument for the safe and effective use of chlorine dioxide as a therapeutic for a range of illnesses.

If he’s right, why don’t you know about it? Or maybe what you do know about it is that it's a dangerous toxin, not to be touched.

McCarthy begins with some indisputable facts:

1)      Chlorine dioxide is an FDA-approved Class II food additive

2)      The EPA has approved the use of chlorine dioxide as a water purifier

3)      Chlorine dioxide was used during the 2001 anthrax attacks to clear the Capitol Building of any anthrax remnants

4)      Chlorine dioxide is used as a sterilization substance in the treatment of Ebola

5)      The administration of trace amounts of chlorine dioxide is part of some protocols for the treatment of children with autism

6)      Chlorine dioxide can kill coronaviruses

McCarthy also offers an impressive and surprising amount of anecdotal evidence in support of the argument that chlorine dioxide is an effective therapy.

He names specific people who have written articles or news stories that contain misinformation or flat-out lies about chlorine dioxide, and explains what motivates the powers that be to conceal the truth from the public.  

Could it have something to do with the fact that one therapeutic dose of chlorine dioxide costs less than a penny? And that, given its true potential as a treatment for a range of common ailments, Big Pharma might not like this?

McCarthy seems to think so, and by the end of the podcast, you probably will too.

Press play to learn more.

Episode also available on Apple Podcasts: apple.co/30PvU9C

In today’s episode, we are joined by Dr. Andrew L. Hipp, the Director of the Herbarium and Senior Scientist in Plant Systematics at The Morton Arboretum. With a Ph.D. in Botany from the University of Wisconsin-Madison, Dr. Hipp got into plant work as a way to work outdoors. Now, more than 20 years later, he has a lab that focuses on various aspects of plant biodiversity – with a strong focus on phylogenetics.

Using molecular systematics, genomics, community ecology, and herbarium study, the Arboretum’s Hipp Lab’s current research, which includes oaks, sedges, and the use of phylogenetic and trait diversity, is not just theoretical. It is informing practical questions in ecological restoration and community ecology, making a tangible impact on the world we live in…

Listen in to find out: 

• The history of oak tree development and diversity. 
• How oaks are most typically used. 
• Where evolutionary history and ecology intersect. 
• A common misconception about tree roots. 

To follow along with Dr. Hipp’s work at the Arboretum’s Hipp Lab, click here now. And keep an eye out for his upcoming book, Oak Origins: From Acorns to Species and the Tree of Life, set to be published in December!

Episode also available on Apple Podcasts: http://apple.co/30PvU9

How do Vitamin D and genomic ancestry impact cancer cells? Dr. Moray J. Campbell, a research scientist at Cedars-Sinai Cancer, joins the podcast to explain…

Dr. Campbell is a cancer biologist who studies the genomic and epigenomic drivers of hormone-dependent cancers. By utilizing high-dimensional data approaches and bioinformatic analyses, Dr. Campbell is on a mission to uncover the scientific mysteries of cancer.

Jump into the conversation now to find out:

• How Vitamin D and genomic ancestry influences prostate cancer. 
• How prostate cancer cells bind to patients depending on their genetic makeup.
• How gene expression in prostate cancer works.
• Where people get most of their Vitamin D from. 

Want to learn more about Dr. Campbell and his research? Click here now!

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

How can identifying pathogens make a difference in evidence-based treatment? By examining the genome, researchers may be able to identify and fight the current threat more effectively by diagnosing first.

Listen in to learn:

• What MiQLab Accomplishes
• How to convince clinicians to prescribe only what is necessary
• How many tests are currently available

Dr. Jack Regan, CEO of LexaGene, shares his work identifying the future biothreats the human and veterinary population may face. 

While biothreats may seem like a pending threat for the developing world, there may be a broader goal. By examining the genome, MiQLab can assist point-of-need genetic testing for contaminants without an infected individual present.

It can also be incredibly challenging for clinicians to diagnose individuals facing health issues and complications properly. However, by assisting with evidence-based medical care, adequate care can be recognized for patients with as little invasiveness as possible.

Visit lexagene.com/miqlab/ for additional info.

Episode also available on Apple Podcasts: apple.co/30PvU9C

How does the aging process lead to neurodegenerative diseases? Research shows that neuroinflammation may play a key role. Press play to learn:

• What a Tau protein is and how it plays a role in Alzheimer's disease
• How Alzheimer's disease is diagnosed
• How amyloid plaques alter your brain

Professor of neuroscience and anatomy Goran Šimić joins the conversation to discuss Alzheimer's disease and Dementia.

Research shows that amyloid present in the brain for a short time can be beneficial, but if present for too long, can cause neurodegeneration. This has been discovered through a shift in the understanding of Dementia and has re-worked the criteria for diagnosis.

Since Alzheimer's disease cannot be solved by evolution or natural selection, lifestyle can play a role until a certain age. However, past a certain point, genetic factors are the key in determining the onset of neurodegenerative diseases.

To learn more, visit http://dementia.hiim.hr.

How can ancient remains reveal what the world was like from when they were dated. DNA sequencing can give insight into how the environment and ecosystem looked and was shaped by the animals of the period.

Press play to learn:

• How mammoths gave a peek into the genetic past
• What the closest relative to a mammoth is in the present day
• How mammoths looked when they still roamed the Earth

Research assistant in computational and RNA biology at the University of Copenhagen, Patrícia Chrzanová Pecnerová, shares her research on wooly mammoth molars and discusses what it reveals about the past.

Genetic sequencing of different ancient mammoths is instrumental in piecing together how the ecosystem and world looked when they were still alive. The mammoths were known as "keystone species" because of their significant impact on their environment and lasting influence on the world.

Mammals have always had a drastic impact on the world, and even more so regarding human ancestors and modern-day humans. Pecnerová plans to continue her research by expanding the view of these ancient animals' genomes to gain more insight into how they lived and what the world looked like.

To learn more about her work, find @PatriciaChrzan on Twitter.

Episode also available on Apple Podcasts: apple.co/30PvU9C

Tune in to our fascinating chat about biblical history with Marc Brettler! 

Marc is a member of the American Academy for Jewish Research and the Council of the Society of Biblical Literature. In addition to this, Marc is the Bernice and Morton Lerner Professor in Judaic Studies at Duke University, where he researches subjects such as the Hebrew Bible, biblical historical texts, the Bible and gender, the book of Psalms, and more… 

The complexities of biblical history continues to astound scholars to this day. Whether you are newly exploring spirituality or a theological aficionado, this podcast is sure to pique your interest!

Join us now to hear Marc talk about:

• The various forms of the Hebrew language that have existed throughout history.
• What happened to Judaism when there was very little Hebrew being spoken.
• What biblical poetry is, and its historical significance. 
• How many authors may have contributed to the book of Psalms. 

By clicking here, you can find out more about Marc Brettler and his research!

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9

We think about heart disease prevention, but what about bone health? Margie Bissinger brings listeners numerous bone health boosters and facts, keeping listeners flexible and stronger.

Listen and learn

• What two components designate porous bones as well as the mechanics of bone structure,
• How to keep your bones healthy, from good bone health vitamins to ways to seek bone density testing, and
• Why it's important to identify the root cause of osteoporosis as you seek treatment.

Margie Bissinger is the host of the Happy Bones, Happy Life podcast. She's a physical therapist, author, nutritionist, and health coach with an expertise in orthopedic physical therapy. Years ago, a group of doctors asked her to focus on struggling osteoporosis patients and the experience opened her eyes to how patients didn't even know where to start.

She started working on a state level in New Jersey with osteoporosis outreach programs and wrote a book to reach a nationwide audience. As she continued researching, adding more knowledge about bone health nutrition, she realized the degree to which our actions can have an impact.

Bone health actually starts in childhood, she says, by exercising, jumping, and getting forces through our bones with any type of resistance. This extends to exercise at all ages, especially moves that "load the bones." When we're older, it's important to seek bone health exercise guidance, however, as some studies show difference in flexion versus extension of the spine and fracture correlations.

Margie also provides very helpful information about the kinds of testing and tools available to determine bone density and what questions to ask your doctor. She emphasizes finding out any root cause to bone loss and osteoporosis and describes how functional medicine can address such causes.

For more, see margiebissinger.com.

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Available on Apple Podcasts: apple.co/2Os0myK

In this episode, we sit down once again with Omar Mo, the Founder and CEO of Nomads Cast. Omar is an expert in digital marketing, podcasting, and content generation. Using his knowledge in this field, he helps businesses enhance their brand by facilitating the production of lead-generating podcasts and content.

Joining Omar is ChatGPT, an AI chatbot launched in November 2022 that is known for its detailed responses and articulate answers. Today, we analyze what ChatGPT is capable of, its strengths and weaknesses, and its implications for different agencies.

Tune in now to discover:

• What ChatGPT can be used for, and the importance of using specific prompts. 
• The most fascinating features of ChatGPT.
• How ChatGPT can be used to facilitate productive conversations. 

Could AI tools like ChatGPT be the future of communication and information? Click play to find out now!

You can find out more about Omar and Nomads Cast here, and try ChatGPT for yourself here!

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

In this conversation, we connect with William Varner, a professor of biblical languages and Bible exposition at The Master’s University and former director of the IBEX program. With three master’s degrees, a doctorate, and seven years of pastoral experience in Pennsylvania, William’s academic and spiritual journey took a transformative turn during his first trip to Israel — a journey that reshaped his entire approach to ministry.

William has authored a rich array of works, including The Chariot of Israel: Exploits of the Prophet Elijah, The Way of the Didache, and Handbook for Praying Scripture. With over 100 articles published in both academic journals and popular magazines, his expertise is widely recognized in academic and Biblical communities alike. His 17 years of experience in Jewish ministry in Israel have endowed him with profound insights into the geography and history of the region, which he shares with students from across the world to this day….

Jump in now to find out: 

• What attracted William to Biblical studies. 
• An inside look at William’s faith journey.
• How Christians are perceived and treated in secular environments. 
• The eye-opening experience of witnessing Biblical monuments in person. 

Want to learn more about William and his work? Click here now!

Episode also available on Apple Podcasts: https://apple.co/30PvU9C

Today, we learn about the creative writing process straight from an Award-winning historical fantasy novelist. Helene Wecker is the author of The Golem and the Jinni and its sequel, The Hidden Palace – two books that have captured the imagination of readers around the globe…

Helene comes from a Jewish background, and she uses her life experiences to inspire her work. With a passion for writing that has been present from a young age, Helene has developed her creative approach over the years, leading to the engaging telling of fascinating stories. 

Join the discussion to discover:

• How Helene found her groove in the creative process.
• Why her past is so integral to her overall work approach.
• What it took to write The Golem and the Jinni and The Hidden Palace.

Want to get inside the mind of a visionary writer? Tune into this episode now!

Visit www.helenewecker.com to connect with Helene’s work for yourself!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Connel Fullenkamp is a professor of economics at Duke University who conducts research on financial markets, including their development, failure, and the regulations put on them. 

Tune in to discover:

• In what ways the impacts of COVID-19 could change the dynamic of the US as a whole
• Which countries might serve as bellwethers for financial recovery and the handling of the COVID-19 crisis
• Why it is important to distinguish between bankruptcy and liquidation, especially given the current economic climate

How and why do financial markets around the world develop or fail to develop? How are financial markets impacted by regulations, and are there ways to design better regulations that will foster financial market growth and overall economic development? These are a few of the questions at the center of Fullenkamp’s research. 

He shares his insight on these topics and more, including what governments around the world can do to develop stock and bond markets, problems with investing in bonds, and under what circumstances stock markets fail to actually improve economies by failing to fund new companies.

Fullenkamp also discusses what has happened to money markets around the world as an indirect consequence of COVID-19, what sort of financial crisis may be triggered by the recent tremendous loss of small businesses, the equity market in Japan and the US, how the commercial real estate market has been impacted by COVID-19, the recent stock splits at Apple and Tesla, and so much more.

Check out https://econ.duke.edu/people/connel-fullenkamp to learn more.

Available on Apple Podcasts: apple.co/2Os0myK

Bees are socially sensitive, says researcher Clare Rittschof, and she's not referring to their pining away from rejection. Rather, honey bee social behavior includes an ability for a colony to band together in a sophisticated enough effort to fight off a hungry bear. Listen and learn

• How honey bee characteristics are formed by neurogenomics, or experiences that regulate aggressive behavior in addition to genetic propensity,
• How she's found that aggressive behavior in honey bees is paired with better health traits for those same bees as well,
• What roles different bees in the colony play, including guards that sniff entering bees, and how these behaviors may have developed, and
• What aspects of bee anatomy determine behavior, from how a Queen is made to which colony members can produce males.

Clare Rittschof is an assistant professor of entomology at the University of Kentucky with an emphasis in behavioral ecology. She's fascinated by how animal behavior evolves: why animals behave in certain ways; how those behaviors developed as a function of their brain interfacing with their environment and DNA; and how those behaviors continue to evolve.

In other words, she studies the connection between behaviors and increased survivability and reproduction. But not just any animal: her early work focused on spider behavior and now she's fully focused on honey bees.

She takes listeners inside the colony and even the abdomens of bees, describing how a Queen's identify is determined by her developmental nutrition and what distinguishes her abdomen's morphology from worker bees. But she also explains the behavior and the level of "learning" bees internalize and how scientists can study and understand their sophisticated behaviors.

She describes "where learning or experience can modulate that 'instinct.'" For example, they are able to modulate their level of defensiveness around a flower they're feeding from as opposed to a nest. There's a complicated and fascinating evolution of such behavior, and Clare Rittschof has made studying that her life's work.

Joining us today is Patricia Stott, who is part of Elevation Wellness, a treatment center centered around a holistic approach to health and wellness. In this episode, Patricia will be discussing her research and treatment of conditions such as Ehler’s-Danlos Syndromes (EDS), autoimmune disorders, and Hypermobility Spectrum Disorders. As a person that suffers from EDS herself, Patricia is dedicated to the restorative therapy practices surrounding EDS and disorders like it using her background in physical therapy and athletic training. 

In this episode, you will learn about:

• How Elevation Wellness is treating chronic and acute injuries.
• The importance of educating general practitioners about these conditions.
• The systemic issues that occur with hypermobility disorders.

What are the intricacies surrounding these unique conditions? Find out now by tuning in to this enlightening conversation with Patricia Stott and her distinct insight into this topic.

To learn more about Patricia Stott and her work with Elevation Wellness, visit www.elevationwellness.co Additionally, be the first to purchase her upcoming book at tamingthezebra.org!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Mitch Hunter joins the podcast today to discuss plant diversity, sustainability, and more. As the Associate Director of Forever Green Initiative and Adjunct Assistant Professor at The University of Minnesota, Mitch is interested in developing cropping systems that promote greater diversity, resilience, and sustainability.

Mitch is a Minnesota native, and his work at U of M greatly centers around his expertise in the science of soil management and crop production. Using his deep knowledge of this topic, Mitch is on a mission to diversify agricultural landscapes with new crops – thus improving the environment and creating new economic opportunities for farmers and businesses alike …

Click play to uncover:

• How Mitch is working with Forever Green Initiative to improve soil health and increase crop diversity. 
• What cover crops are, and what can be done to improve them. 
• The factors that drive farmers’ selection of cover crops.
• The benefits of planting early, and the challenges that arise when trying to do so. 

To learn more about Mitch and his work, visit Forevergreen.umn.edu!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Scientists all over the world are working on the same question facing Paul Titchenell's lab: what are the pathways that lead to metabolic diseases? This podcast explores what happens between the liver, pancreas, and blood stream during the metabolism process of the human body.

Listen and learn

• How the Titchenell Lab works to map the signal transduction pathways that insulin uses to coordinate metabolism,
• Why the liver is the primary focus in these pathway studies, and
• How the mechanism or action of insulin to maintain lipid synthesis while not controlling blood sugar stands as the biggest mystery.

Paul M. Titchenell is an assistant professor of physiology at the University of Pennsylvania. His lab is trying to understand the basic mechanism of insulin action. He describes their process as a diverse approach through studying cells through the mechanism of insulin action in vivo and in animal models.

Their goal is to understand the pathogenesis of metabolic diseases associated with aberrant insulin action, like insulin resistance, type 2 diabetes, and obesity. Like many disease mysteries, he explains that to understand what goes wrong, scientists need to understand what goes right in normal physiology by mapping the signal transduction pathways that insulin uses to coordinate metabolism. 

They are focused on the liver in particular because the liver makes glucose to provide our bodies with energy while we are fasting and/or sleeping. Hormones involved in metabolism include insulin, which tells the liver to stop that glucose production. However, insulin "resistance" can trigger the body to try make even more insulin to maintain that part of the pathway.

At this point, the overproduction of insulin causes problems scientists are trying to understand. The mystery includes the varying levels of metabolic capability at this point. The Titchenell Lab, as well as many other scientists, are trying to understand why insulin continues to promote lipid synthesis in the liver during conditions of insulin resistance while failing to control blood sugar. 

For more, see his lab's webpage, www.med.upenn.edu/titchenelllab, and find him on Twitter.

Available on Apple Podcasts: apple.co/2Os0myK

Cancer cells disrupt the body's circadian clock. Researcher Brian Altman works to understand why and how this happens and what therapeutic findings may result.

He tells listeners 

• How our 24-hour cycle works and how cancer cells create a type of circadian rhythm disorder,
• Why cancer cells gain an advantage over other cells under this circadian rhythm disorder, and
• Why this information could prove useful in fighting cancer with circadian rhythm cancer treatments.

Brian Altman is an assistant professor in the Department of Biomedical Genetics at the University of Rochester Medical Center. He's always been interested in the metabolism of cancer and did a post-doc that involved the circadian clock and rhythms.

He describes his lab's basic interest as centered on this disruption of normal circadian rhythms by cancer, which gives the tumor cells an advantage over normal cells by allowing them to outcompete the normal cells. This, they hope, is something that can be taken advantage of and manipulated.

He makes the connection for listeners between our circadian clock and metabolism and explains that cancer wants to engage in maximal metabolism all the time; therefore, this trend may break the circadian clock. Studies on mice allowed them to ask which genes are mutated in cancer that might impact the clock and they've focused on a cancer gene called MYC. This gene cranks up the biosynthesis of some cancers.

He explains that the two main focuses of the lab's work includes identifying which tumors disrupt the circadian clock and how they can use this to inform therapeutic choices. Finally, he adds that they're getting close to showing that slowing the circadian clock can slow the growth of tumor cells. They are investigating the best way to restart the circadian clock in patients who've been disrupted by cancer to slow this cell growth.

See his lab's website to find out more: urmc.rochester.edu/labs/altman.aspx.

Available on Apple Podcasts: apple.co/2Os0myK

Have you ever wondered what it takes to produce your favorite beer? Well, it turns out that it requires a fair amount of scientific research to create a decent brew. In this episode, we chat with John Sheppard about exactly what this looks like for both craft and major breweries alike… 

John is a Professor in the Department of Food, Bioprocessing and Nutrition Sciences at NC State where he teaches in the Bioprocessing Science major with particular interests in upstream processes and validation. With his many years of experience as a research scientist in this subject, John has cultivated an in-depth understanding of the biological processes associated with beer fermentation.

Join the conversation to uncover:

• John’s past “Eureka moments” of research discovery. 
• How major brewing companies approach scientific research and refinement.
• The metrics and components that contribute to aroma and flavor in beer. 
• How consumers interact with breweries’ products.

Click here to learn more about John and his work!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Does the ketogenic diet have hidden benefits beyond healthy living? Thanks to new exploration, the popular diet may show promise in treatment areas from oncology to holistic living. Press play to learn:

• How ketosis is beneficial to more than just your weight
• Why the "keto flu" afflicts some patients
• Where keto may be the most beneficial

Denise Potter, of Potter Dietitian Consulting, LLC, stops by to share how ketogenic therapy may benefit many more people than initially thought.

While the ketogenic diet has been lauded for its efficacy as a diet, it has shown promise in treating individuals far beyond their weight. Due to its ability to regulate many of the levels and systems in your body, it may be a promising therapeutic technique for cancer and beyond. 

However, without proper medical advice, the true therapeutic benefits seen by those in sustained ketosis may not be seen. Without appropriate medical training, there are many sources of misinformation surrounding the keto diet, and finding a proven source of information when attempting keto therapy is essential.

For more information, visit https://potterketogenic.diet/?from=@.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

How can gene therapy be used to help prevent and treat disease? With immunotherapies and cell therapy techniques, sicknesses previously thought difficult to treat can be more effectively treated.Listen up to learn:

• How proteins are expressed and degraded
• What happens to untreated vs. treated cells
• How the microenvironment affects treatment

Jan ter Meulen, M.D., Ph.D., the CSO of Obsidian Therapeutics, shares his work building a company producing advances in gene and cell therapeutics.

Gene therapies have been effectively used to safely treat stubborn illnesses and diseases for generations. However, using these protocols against cancer has become increasingly effective, and companies like Obsidian Therapeutics are making great leaps.

While some patients may have experienced problems with less safe treatment versions, new techniques make more frail patients able to seek treatment. However, using mice as models provides particular challenges, so treatments like these require a significant level of testing.

Visit https://obsidiantx.com to learn more.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Today we connect with Kathleen Tlush, the CEO and Founder of Tlush Family Farm. On a small patch of land near Philadelphia, Kathleen and her family cultivate everything from microgreens and mushrooms to edible flowers.

Kathleen is a full-time mom and a full-time farmer – and she loves every minute of it. She has an indoor garden that takes up half of her living space, which allows her to grow crops 365 days a year… 

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In this episode, you will discover:

• How Kathleen balances her passion for farming with her family life.
• Why the type of mushroom you are growing matters so much.
• How microgreens influence mushroom growth.
• Kathleen’s long-term farming goals.

Whether you are a farmer or a consumer, this podcast is sure to provide you with useful gardening tips!

You can learn more about Kathleen Tlush and her work with Tlush Family Farm by clicking here.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

What makes microplastics so dangerous? Their ability to spread so quickly can make them near impossible to prevent. Listen in to learn:

• How microplastics spread
• Why microplastics may be aerosolized
• How modeling the air and water exchange phenomena can produce new insight

Moritz Lehmann, a Ph.D. candidate in physics at the University of Bayreuth, shares his work modeling the spread of microplastics throughout the environment.

Microplastics have presented themselves as one of the most significant dangers to the environment in recent history. However, much is still unknown surrounding their spread and long-term effects. 

Using computer modeling, a better understanding of their origin and spread can be gained, and new solutions to stop it can be produced. Hopefully, if the spread can be controlled, an effort to curb their effects will soon follow. 

Visit https://www.sfb-mikroplastik.uni-bayreuth.de/en/participating-scientists/phd-candidates/Moritz-Lehmann/index.php to learn more!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Beverly and Dereck Joubert are National Geographic explorers-at-large. They are featured in National Geographic's Earth Day commemorative special, Born Wild: the Next Generation.

They share with listeners

• Some stories of the special animals featured in the Earth Day show,
• Their own concerns about wildlife conservation in the face of coronavirus stresses, and 
• Elemental changes and policy shifts that must happen to take care of our planet.

In addition to their National Geographic work, Derek and Beverly Joubert are conservationists and wildlife filmmakers. Derek is also an author and founder and director of Great Plains Conservation, which manages several wildlife reserves in Botswana, Kenya, and Zimbabwe. They've been involved in conversation for close to four decades. 

They discuss how in Born Wild, their adventure with a lioness and her new cubs is featured and share some of the extraordinary wildlife moments. They also talk about what it is like to be an explorer with National Geographic, how a typical day may start at 4:00 a.m. and end 14 hours later. They remark that National Geographic has encouraged the best in them for both storytelling and integrity. 

They end with ruminations about Earth Day, wildlife conservation, and climate change against the backdrop of the coronavirus lockdowns and crisis. They express that there's a tremendous opportunity to reassess and change our approach and demand policy shifts from governments toward conservation. They assert that we should be celebrating every day as earth day and give back to our planet host. 

For more about the special, see https://www.nationalgeographic.com/tv/shows/born-wild-the-next-generation. 

In this episode, we sit down with Tom Paladino, a scientist, humanitarian, and pioneer in quantum health research. As a nationally recognized leader in sustainability, Tom is the founder and CEO of the award-winning green building consulting firm, Paladino and Company.

Tom has worked with countless real estate owners, operators, and developers as they aim to develop business results that are backed by sustainable strategies. With over 25 years of experience, Tom is an innovator that is focused on market transformation, carbon strategies, climate action, wellness, resilience, and the next generation of sustainable real estate…

Tune in now to discover:

• What scalar energy is, and what Tom is doing to research it.
• Where scalar energy comes from, and what it is responsible for.
• How Tom uses scalar energy instruments to promote human health.
• Why it is called “scalar energy”.

What does it look like to cultivate sustainable wellness and business practices in today’s age? Join the conversation now to find out!

To learn more about Tom Paladino and his work visit www.paladinoandco.com now!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

In this episode, we sit down with clinical nutritionist Dr. Michael Biamonte, the founder of the Biamonte Center for Clinical Nutrition and co-creator of BioCybernetics. Additionally, he is the author of The Candida Chronicles: A Manual for Candida Yeast Infections, a book that outlines candida and how to properly deal with it. 

With over 30 years of experience as a practitioner, Dr. Biamonte is dedicated to enhancing the lives of his patients – and helping them get back to living life to its fullest. Coming from a nutritional standpoint, Dr. Biamonte helps patients make sustainable changes to their lives by improving their gut health… 

Listen now to discover:

• What Candida is, and which symptoms typically accompany it. 
• What a blood test can tell you about your overall health. 
• The byproduct of gut health improvement. 
• Things that can kill the friendly bacteria in your gut. 

To find out more about Dr. Biamonte and his work with Biamonte Center for Clinical Nutrition, click here now!

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9

Is goal setting one of the critical components of happiness? By sticking to goals and plans, you can cultivate happiness and satisfaction without constraint. Listen up to learn:

• How the goal-setting process starts
• The meaning of "dream words"
• How to determine what change is necessary

Payal Kadakia, the Founder of ClassPass and the Author of LIFEPASS: Drop Your Limits, shares her experience with happiness and cultivating a fulfilling life.

There may be realistic and abstract constraints that appear to be holding you back, but with the right strategy for success, they may not be as impactful as you think. Even the loftier goals may soon be in reach by setting goals and sticking to them with a dedicated purpose.

Taking stock of your current position is the first step in moving forward. By tailoring your immediate goals to the fundamental next steps of your success plan, incremental progress can ultimately lead to greater freedom.

For more information, visit http://www.lifepassbook.com.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Rudi Appels has worked with genome sequencing in agriculture for forty years and specializes in the genomics of wheat.

He shares his knowledge with listeners, explaining

• The makeup of the wheat genome and why its complexity allows for its flexibility,
• Some of the history of wheat's progression, including the strong tie between human and wheat existence, and 
• The biggest challenges for wheat today such as gluten sensitivity and disease resistance and how researchers are addressing these challenges.

Rudi Appels is an honorary professor at the University of Melbourne and a Research Fellow at AgriBio out of La Trobe University.

He begins by explaining how his interest developed, namely after an opportunity to work on tracking the rye chromosomes in wheat while working on genome sequencing in agriculture. He was entranced by the ability to look at something as specific as chromosomes.

He tells listeners about the variety of wheat across the globe—how some varieties can be planted in the fall in snowbound regions and are able to go dormant only to begin growing again in the warmth of spring. Meanwhile other varieties are used in warmer climates like Australia, and are planted in spring and harvested in the fall.

He describes the chromosome structure of wheat, how it has three times the number of bases of the human genome and its three sets of pairs compared to our two. This allows for this diversity that's made the human and wheat evolution go hand in hand. 

He finishes by disucssing Genomics, CropGenomics, cropscience, WheatGenomics. Some of today's biggest problems to address through the genomics of wheat, namely gluten sensitivities people are exhibiting, adapting to global warming, and disease resistance.

He adds that disease resistance is and has been a constant issue because the pathogens, fungi, and nematodes will always work to find a way to succeed in their battle for life. He then describes some methods for the genomics of wheat to work toward an adaptability to climate change.

To learn more: google his name for a list of his publications and see the work of the International Wheat Genome Sequencing Consortium .

Sean Gibbons, PhD, is a distinguished investigator at the Washington Research Foundation and assistant professor at the Institute for Systems Biology.

He joins the show today to discuss the work being done in his lab. Tune in to learn the following:

• How species diversity in the human gut microbiome may lend itself to health and disease states of the host, patterns seen at the high and low ends of diversity, and how to qualify the meaning of “diversity”
• What findings Gibbons’ work has shown, including the importance and implications of the intimate connection between the metabolites produced in the gut and the metabolites circulating in the bloodstream
• What patterns and characteristics are found in the microbiome during aging, and how analysis in this regard could provide predictive information about mortality

Gibbons has a background and long-standing interest in the ecology, microbiology, and evolutionary biology of microbial communities, and for the past several years, he’s been studying the human body through this lens.

His lab is focused on trying to understand the variation in the ecology and evolutionary dynamics of the microbial communities that drive changes in the molecular phenotypes of host organisms. Gibbons and his team are accomplishing this by looking at the microbiome of healthy and sick individuals, as well as detailed molecular phenotypic data on the metabolome, proteome, human genome sequence, and dietary and lifestyle measurements.

The ultimate goal is to understand what amount of variation in the ecology of microbial communities in the human body is coherent with variation in disease states. By doing this, the hope is to determine where the microbiome is involved in the etiology of disease.

Gibbons discusses a number of fascinating topics, including the significance of low versus high species diversity in the gut microbiome, how bacteria in the gut compete and interact with one another, patterns found in the relationship between ageing and the gut microbiome, how information about the structure of someone’s microbiome can be obtained by analyzing the metabolites in a sample of their blood, why a reliance on mouse models in the study of the human microbiome is not ideal, how Gibbons’ team is trying to develop methods that will bring research findings closer to showing causality as opposed to just correlation, the importance of longitudinal data and interventional studies for moving the microbiome into clinical medicine, and so much more.

Check out https://gibbons.isbscience.org/ to learn more.

Andreas Baur, of the College of Science & Technology at Fairmont State University, talks in detail about his interesting research studying extracellular vesicles (EVs).

Podcast Points:

• What is the role of extracellular vesicles in the progression of neurodegenerative disease and cancer?
• What is protease?
• Looking at enzymatic activity. What can be learned?

Dr. Baur earned his doctorate in organic chemistry from the University of Regensburg before settling into his current duties, and lab work, at Fairmont State. Dr. Baur talks about his research, past, and present. Some of his current work in the lab focuses on the systematic analyzation of vesicles in patients (in plasma). And as a medical doctor, Baur has the kind of access to patients that is necessary for this work. 

Dr. Baur discusses his past work studying HIV and proteins, considering in vitro studies and the pivotal role of vesicles. He discusses his curiosity, and the questions about why certain proteases were found within, why are certain vesicles in plasma, and why are there even more in HIV, that drove him to dig deeper into his research to find the answers. 

The research investigator and medical doctor talks about various types of cancers, discussing relapse factors, select patterns, and the continuing role of vesicles. Dr. Baur explains how they use purified vesicles for two types of important diagnostic tests—measuring enzymatic activity as well as looking at proteases, and also in the analysis of factors found in these vesicles. 

Wrapping up, Dr. Baur discusses coronavirus, transmission, and disease conditions. He talks in-depth about neurodegenerative diseases, other types of diseases, and the various connections, pertaining to vesicles.

In this episode, we are joined by John Prisco, the CEO and Founder of Safe Quantum Incorporated. Safe Quantum Inc. works with data-driven companies to “define, develop and deploy quantum-safe technologies”.  With 11 years of experience running a cybersecurity company, John has focused his efforts on developing effective cybersecurity with quantum technology.

Listen now to learn more about:

• The benefits of quantum computers for cybersecurity.
• The technological mission of Safe Quantum Inc.
• The critical importance of securing data in “the cloud”.

What role does quantum computing play in the future of cybersecurity? Click play to find out!

To learn more about John and his efforts with Safe Quantum Inc., visit safequantum.com.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Science and spirituality seem to be worlds apart, especially in this day and age. But what if they actually made each other stronger?

In this episode, we sit down with Sy Garte, a research scientist and author of The Works of His Hands: A Scientist’s Journey from Atheism to Faith. In this captivating book, Sy describes the significant shift in his scientific and spiritual worldview – showing readers how he discovered an alliance between science and faith.

Join us now to uncover:

• Sy’s background, and the experiences that shaped his path.
• The moment Sy felt the Holy Spirit enter him.
• The complex relationship between science and faith.

Whether you are casually contemplating spirituality or a devout Christian, this podcast will surely intrigue you!

To learn more about Sy Garte and his work, visit sygarte.com.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Environmental toxicologist Martin Wagner joins the show today to discuss the effect of plastics and other endocrine-disrupting agents on human health and the ecosystem at large.

In this episode, you will learn:

• Roughly how many compounds have been detected in many plastic products, and what percentage of those compounds are actually identifiable
• What one of the main challenges is in determining which chemicals are leachable and therefore potentially dangerous to humans
• How to begin making steps toward the development of plastics that are less threatening to human and environmental health

Wagner began studying plastics while obtaining his PhD, and has since focused largely on trying to determine what compounds exist in the products we consume, how those compounds function, and what effect they have on human and environmental health.

Many of these chemicals are known to disturb hormone signaling in the body, which can lead to all types of ailments. Despite this, they have become “almost invisible to us because they are just so pervasive in our everyday life,” says Wagner.

Following his PhD studies, Wagner began focusing on an area of research where he saw a void: while most researchers were looking at marine plastic pollution, Wagner wanted to look at microplastic and nanoplastic pollution on freshwater systems like lakes and rivers. 

In light of the recent increase in public attention on and awareness of the environmental impact of single-use plastics, Wagner has recentered his work on this topic with the goal of emphasizing not just the use of plastics and the impact on the environment, but also the significance of the chemical compounds within these plastics.

He discusses the details of past and recent studies in the field, what it means for a plastic product to have a certain dispersion factor and why this is significant, what items are found most often on European beaches and what’s being done about it, surprising sources of plastic pollution, why recycling only works well for a few types of plastic, and more.

To learn more about Wagner’s work or reach out with questions, contact him through Twitter.

Paul Sloane’s always been interested in lateral thinking puzzles and has written international best sellers on the subject. He shares how he’s translated those methods into solving problems in the business world. A professional who’s helped busy executives with creativity and innovation in their companies for over fifteen years, he describes some of his methods to raise the bar for leadership and problem solving. Listen and learn

• How lateral thinking starts with approaching problems from the side,
• Examples of his 12 “great ways to innovate,”
• Why corporate culture provides little incentive to innovate and how he advises to change that, and
• Some of the most interesting puzzles he’s faced in the corporate world.

Author, speaker, and innovator Paul Sloane explains his cutting-edge approach to business problems and solutions for listeners with concrete examples and the philosophy behind what he does. It all starts with countering the staid habit of vertical thinking. That’s where “you build block on block on block, and that's fine. But lateral means coming at the problem from the side. It means finding a new and fresh and different approach to the problem,” says Sloane. He says that’s how great leaps, like our modern grocery shopping system, have evolved. 

Unfortunately, he says that corporate culture is often works against innovation, mostly at the middle level when goals are geared toward meeting one’s numbers rather than risk taking that might not pan out. Sloane has numerous methods to address these, from brainstorming groups to creativity training. “Everyone can be more creative than they think. Everyone started out as creative. Kids are terrifically creative,” he says and he discusses how he helps to revive that creativity within corporate walls.

Listen in to find out more about his effective ideas.

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

Cancer survival exceeds 90% when detected during Stage I. Novel technologies are making early detection easier, especially for cancers that usually aren’t diagnosed until after metastasis has occurred. 

Tune in to discover:

• The important distinction between multi-cancer early detection and liquid biopsy
• The benefits provided by looking for molecular signs of cancer rather than anatomical, such as by mammogram or colonoscopy
• How stage I cancer is defined

Eric Fung, MD, PhD, is Vice President of Clinical Development at Grail, a company with a mission to detect cancer early, before it has spread to other parts of the body. Unfortunately, as it currently stands, only a fraction of cancers are detected at Stage I, especially when it comes to cancers for which there are no screening guidelines.

Over the past 50 years, the primary focus in cancer research has been on therapeutics. But many FDA-approved therapeutics have very little impact on survival rates, because when it comes down to it, the best way to reduce cancer mortality is to detect cancers early, when they can still be cured.

Fung explains how a new multi-cancer early detection (MCED) test called the Galleri test can detect the presence of 50 Stage I cancers, and with only a single blood draw. He also discusses the studies supporting the validity of this test, namely the Circulating Cell-free Genome Atlas (CCGA) study and prospective clinical study called PATHFINDER. 

The Galleri test is now available to patients by prescription.

Press play to hear the full conversation and learn more at grail.

https://www.galleri.com/.

Episode also available on Apple Podcasts: apple.co/30PvU9C

Imagine feeling perfectly healthy and heading to your doctor for a simple cholesterol check, only to be told your blood work indicates that you may have an extremely rare, aggressive form of cancer. This is how most people are diagnosed with T-cell prolymphocytic leukemia (T-PLL).

Dr. Marco Herling specializes in this type of cancer and shares his insights with listeners.

Press play to learn:

• The difference between leukemia and lymphoma
• How the study of T-cell prolymphocytic leukemia (T-PLL) has led to a change in its name, and why it matters
• The most common physiological findings in patients who end up with a T-PLL diagnosis
• Why T-PLL is mostly a disease of the elderly, and the one exception 

Dr. Herling is an adjunct assistant professor in the Department of Hematopathology at the MD Anderson Cancer Center who was drawn to the study of T-PLL precisely because it is so rare and so understudied. In fact, he explains that most doctors struggle to diagnose it correctly and refer patients to the proper treatment. This lack of understanding exists even in large-volume academic centers and major university hospitals.  

In Western and European countries, the incidence of T-PLL is low, at about one to two cases per one million each year. “International networking is of the essence in order to make progress in this disease,” says Dr. Herling.

He explains how T-PLL is generally diagnosed, the signs and symptoms of the disease, theories about why and how it develops, and possible ways to detect and eliminate it earlier on. He also talks about the current efforts being made to further the study and understanding of T-PLL, which hold promise for an eventual effective treatment.

Interested in learning more?

Tune in, and visit https://herlinglab.com/. 

Episode also available on Apple Podcast: http://apple.co/30PvU9C

GreenTech Environmental has been producing healthy air systems for at least ten years. Kristen Lawson explains their air purification system in this podcast, describing

• The difference between active and passive air purifier mechanisms and why active is better,
• How their systems combine activated oxygen, or ozone, and a proprietary active radiant catalyst (ARC), to imitate nature's outdoor system, and
• How these technologies provide air purification for viruses, allergens like pet dander, and other pathogens like bacteria.

GreenTech Environmental's Vice President of Marketing and Ecommerce, Kristen Lawson, starts by describing how their ARC system imitates the effect of lightening's charged oxygen molecules. She mentions that the chemistry of air purification they utilize is similar to what NASA has done for decades.

Her company has made it work in plug-in portable units that people can use in their homes as well as larger systems for commercial grade applications. Basically, this active system works in part by "hunting" down pathogens and deactivating them through oxygen-bonding. 

She mentions the versatility of their products and scalability, with their largest home unit covering up to 3000 sq. ft. She uses them in her own home and notices differences in eliminating odors and allergens. They even have refrigerator models and wearable units for people with allergies to keep their own area clear.

While they haven't been able to test it on coronavirus reduction directly, she notes the air purifying system has been tested on a known surrogate virus with success. She notes that schools, airlines, and other travel industries have been ordering their commercial grade systems.

For more, including available products, specifications, and educational videos, see their website: www.greentechenv.com.

Available on Apple Podcasts: apple.co/2Os0myK

Can love really change the world for the better? By reevaluating how we perceive the world, we may be able to affect the change we wish to see around us. Listen in to learn:

• How Juan Lee found the strategies he uses to find happiness today
• How to encourage tolerance in those around you
• How Juan Lee's coaching program works

Juan Lee, the author of Love Made Simple, shares his strategies to cultivate love and happiness in the world and the people around him.

Far too many people go about their daily lives with negative attitudes and very little love in their hearts. Due to this, negativity, hostility, and malice permeate many of their actions, making the world a more pessimistic place. 

By embracing love throughout life, holding good in your heart, and showing it to others, there is hope to make the world better. By acknowledging just one person around you, you can make their lives better and create a ripple effect of love.

Visit https://juanleetheauthor.com to learn more.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Scott Carver is a lecturer in wildlife ecology at the University of Tasmania who joins the show to discuss his research in the field of ecology and infectious diseases in wildlife, domestic animals, and humans.

In this episode, you will learn:

• How Australian wombats have contracted sarcoptic mange and how the disease progresses within a wombat
• What ecological role the wombat plays and what types of human-wombat interactions commonly occur
•  What might explain the mystery of cube-shaped wombat poop

Carver has a long-standing interest in connecting an understanding of ecosystem health with the health of animals and humans. Over the course of his education and career, he’s conducted research on mosquito-borne diseases, viral transmission in bobcats, mountain lions, and domestic cats, and even chlamydia in koalas.

These days, Carver’s research revolves largely around sarcoptic mange in wombats. It’s a disease that affects over 100 different species, including humans (when it affects humans, it is called scabies), and creates both conservation and animal wellness issues. His research is geared around trying to find disease management solutions for this disease in wombats and other affected species.  

Carver explains that wombats suffer from a version of mange called crusted mange, which is a particularly severe form of the disease that ultimately results in death. He discusses the ways in which the low metabolic rate of wombats could contribute to the severity of sarcoptic mange, why he has chosen to focus on the wombat as a research subject for better understanding the disease, and much more.

Press play for the full conversation and check out https://www.utas.edu.au/profiles/staff/zoology/scott-carver to learn more about Carver’s research.

Available on Apple Podcasts: apple.co/2Os0myK

Functional mushrooms have garnered increasing attention in the realm of nutrition. As experts continue to unveil their myriad of health advantages, it’s no wonder that demand has surged. So, what are the benefits of functional mushrooms? Stephanie Moyal, the Co-founder of Troop Nutrition, sits down to graciously share her insights with us…

Stephanie created Troop Nutrition with Jake Mellman, her cousin and best friend. Founded with the goal of demystifying mushrooms and making them approachable, they decided to produce something truly groundbreaking: superfood mushrooms in gummy form.

Join us now to dive into:

• The anatomy of mushrooms, and where most of the bioavailable compounds are held.
• What Lion’s Mane can do for mental focus and clarity.
• The six mushrooms that Troop Nutrition works with.
• When the best time to supplement certain mushrooms is.

What makes Troop Nutrition’s mushroom gummies so innovative? Listen to this intriguing conversation now to find out!

You can learn more about Troop Nutrition by visiting their website here. Use the discount code FINDINGGENIUS20 for 20% off your first order!

Episode also available on Apple Podcasts: https://apple.co/30PvU9C

What is natural mental health? While overlooked by many, there are alternative solutions that can help outside the world of pharmaceuticals and in a more holistic context.

Listen up to learn:

• Why focusing on food can make a significant impact
• What can be observed in a patient beginning certain medications
• Practical and helpful lifestyle measures

Henry Emmons, an author and integrative psychiatrist, shares his work in natural mental health and ensuring patients find the mental health goals for which they search.

While there are countless options in the world of medicine when attempting to diagnose and treat mental health issues, mental fitness is achievable outside of that world as well. With outside factors like micronutrients and various stressors, there are often alternative options to holistically address a patient's mental health.

Even if medication is the right choice for a patient, which is often the case, minding the nutrition and activity of the patient is also highly beneficial. However, it is crucial to keep the holistic context in mind since it can provide further and lasting benefits to improve a patient's mental fitness and lifestyle patterns.

Visit naturalmentalhealth.com for more resources.

Episode also available on Apple Podcasts: apple.co/30PvU9C

Despite the type 1 and 2 labeling, there are more than two groups of diabetes. Researchers like Toni Pollin are accelerating their work on these lesser known groups. This podcast presents a monogenic diabetes review, interviewing a specialist and a patient who, along with her two daughters, has this heritable disease.

Listen and learn

• The history behind the discovery of the monogenic diabetes genes and diseases,
• The symptoms, or lack of, for this group of diabetes and examples of several types within the group, and
• The treatments available, opportunities for research, and resources to find out more.

When Emily Moore was sixteen, she underwent a screening for a routine procedure and tests found unusually high blood glucose levels. She happened to have a doctor a little ahead of the game and, rather than just call it type 1 diabetes, he gave her a monogenic diabetes diagnosis, sometimes called MODY: Maturity Onset Diabetes of the Young. Through treatments less extreme than what type1 diabetics usually face, she was able to control her numbers. But when she had her own kids, she wanted to learn more. Enter Professor Toni I. Pollin of the University of Maryland School of Medicine, who was running a study that Emily enrolled in.

Professor Pollin explains that in the '70s, an astute group of scientists noted that some kids had a type of diabetes that seemed milder than other type 1s, and even responded successfully to pills rather than insulin. Unlike other types of diabetes that develop from genetic and environmental factors, this monogenic diabetes is inherited through an autosomal dominate manner. Such patients might control it with a CGM sensor or diabetes monitor and make diabetes lifestyle changes accordingly.

Medication can help and in some cases, insulin may be indicated. The blood sugar patterns of Emily and her teenage daughters, who have been diagnosed, along with Richard, who has experienced prediabetes blood sugar levels, gives Dr. Pollin an opportunity to evidence how complex and individualized all types of diabetes are, even within the same group. It's that much more important to start with the "low-hanging fruit" of a correct diagnosis, adds Dr. Pollin.

For more, look to the web page for the new consortium they've started, MDRAC, which includes links to helpful resources.

Available on Apple Podcasts: apple.co/2Os0myK

That grey fuzz you find on your strawberries after a day or two in the fridge has researchers busy in the lab. White and grey molds often harm crops and Shinyi Marzano is working to inhibit these pathogens that often strike greenhouse crops like lettuce, tomatoes, and strawberries.

Listen and learn

• How her work zeros in on the arms race between plant and fungi, looking for weak spots in fungi progression,
• Why this has led her to research RNA silencing pathways in fungi and properties of mycoviruses, and
• How blocking the RNA silencing mechanism of fungi might give the mycoviruses the upper hand, freeing the plant from these pathogens.

Shinyi Marzano is a molecular biologist and recently started working with USDA's Agricultural Research Service. She focuses on green house and high tunnel production, both of which are used for crops highly susceptible to these white and grey molds.

Plants are especially susceptible during flowering to white mold, when sexually-produced spores germinate after they've attached to flower petals. The fungi's mycelium forms and grows, causing a systemic infection that leads to stem rot. Grey mold is particularly a problem for fruit crops, spreading rapidly and ruining the fruit production. 

Shinyi and her colleagues are studying both the RNA silencing process the fungi initiates as well as the mycoviruses that infect the fungi. RNA silencing in plants is really a function of the fungi. When they sense the double-stranded RNA that's produced by many mycoviruses, they attempt to silence or inhibit the RNA by releasing proteins that cut up the RNA strands, creating small pieces of what's called virus-derived small RNA.

Shinyi is looking at mechanisms to disarm the pathogen host of those essential proteins that are part of the RNA silencing pathway. The fungal pathogen would then be susceptible to those mycoviruses. She explains other interesting avenues, including delivery means of these mycoviruses. 

For more about her work, she recommends searching Google Scholar.

Available on Apple Podcasts: apple.co/2Os0myK

The mortgage space spits out a seemingly insurmountable level of complex numbers. Accessing clean data from interest rates and housing markets alongside numerous other elements in the mortgage space is no small feat. This podcast presents the CEO of one company that says they can do just that. Listen to hear how big data and its importance meets data democratization.

Listeners will learn

• How Li Chang's career path in big data analytics and housing market economics led her to start Recursion Co. and its new approach to data,
• What big data versus data science means in the context of "cleaning up" data by arranging and normalizing it into usable information, and
• What her company has been able to achieve thus far and what types of customers they are seeking.

Li Chang is the Chief Executive Officer of Recursion Co. After achieving a graduate degree in computer science, she returned to get her PhD in mathematics while working full time at Morningstar. She worked for a hedge fund soon after graduating as a financial engineer and has been working in the mortgage space ever since.

She started Recursion Co. in 2015 when she needed a new challenge and saw a clear need for such a company in the industry. Mortgage data is so immense, she says, that is too big for most companies to handle. Plus, because she knew the capabilities of computer science and data science, she felt Wall Street was not taking advantage of Silicon Valley advancements. Analyzation systems in the mortgage space were very clumsy and "messy."

Li Chang realized that she had the ability, tools, and know-how to put these very complicated numbers together and address the mortgage space data issues in a much more efficient way. She also knew she could make it affordable for a broader audience, calling this effort "data democratization." What exactly does this look like? They rearrange and normalize the chaotic data, bringing it together from many sources in a way that tells the whole story.

Currently, they are looking for smaller companies in the mortgage space as customers. They can help companies who don’t have a lot of human resources or technology in-house by providing them with the equivalent resources as if they have a big company behind them. 

For more about their work, see their web page, recursionco.com and follow their blog on LinkedIn.

Available on Apple Podcasts: apple.co/2Os0myK

Is time what clocks measure, or is it the difference between the shape of two triangles?

Explore the answer, and discover:

• Why Barbour believes the universe is changing shape rather than expanding
• Why it is important to remember that size is relative
• What kinematic relativity is, and why it is so essential to Barbour’s work  
• What the theory of black holes requires of the universe

Physicist and author of The Discovery of Dynamics and The Janus Point: A New Theory of Time, Julian Barbour, joins the show for an eye-opening and mind-probing deep dive into his ideas of time and space, and how they’ve been shaped by and differ from the ideas of other great thinkers in history, like Isaac Newton, Albert Einstein, and Johannes Kepler.

“Science is always tentative, but my feeling is that people have lost some contact with the real foundation of things, of what reality is really like, and so I think it certainly doesn’t harm to go back and see what people like Kepler did,” he adds.

Barbour explains the development and details of his books, elaborating on this statement: “You cannot imagine finding your way if there’s nothing by which you can see your way.” 

He also shares his most recent ideas with listeners, such as the idea that the complexity of the universe might literally be time itself, and the most important part of energy itself.

Interested in learning more?

Tune in and be sure to check out Barbour’s most recent book, The Janus Point: A New Theory of Time.

Episode also available on Apple Podcasts: apple.co/30PvU9C

Food poisoning, pollution, infection, radiation: cell damage is happening in our bodies on an almost continuous basis, from so many sources. If the damage doesn’t result in cell death, then the cell will adapt to the damage.

But what happens when, in the process of adapting, a cell creates its own insult, becoming a “victim of itself”?

Saverio Gentile, PhD, explains this and more, including:

• What differs between the vascularization of tumor tissues and vascularization during normal development
• Where the inhibition of cell proliferation comes from
• Whether cancer is a maladaptation to chronic insult, random, or both
• Why cancer cells which recur after chemotherapy are particularly dangerous

Gentile is a research assistant professor at the University of Illinois College of Medicine who joins the show to offer insight on a number of compelling questions about cancer, and share his research findings on the manipulation of ion channels in treating different tumors.

According to Gentile, cancer is nothing more than a normal cell that has lost control of specific parameters, like the ability to stop proliferating when a normal cell would, and the controlled use of biochemical inputs and outputs.

He explains when and how an otherwise normal cell, while trying to adapt to an insult, can actually worsen the problem, leading to additional uncontrolled and improperly regulated cellular pathways.

Once there are enough of these cells, they may form a tumor, and begin creating an environment in which their growth is favored, such as by redirecting blood vessels toward the area of the tumor. The larger the tumor, the greater the signaling for the promotion of tumor growth.

Gentile discusses the heterogeneity of tumors, three primary categories of breast cancers and how they differ in appearance, behavior, and response to therapeutics, the difference between neoplasms and cancer tumors, speculation as to why some cancers re-localize in certain areas and not others (e.g. brain versus skin), the relationship between tumors and microbiomes, the connection between viruses and cancer, and his research on ion channel manipulation in the treatment of cancer.

Tune in for all the details, and visit https://cancer.uillinois.edu/member/saverio-gentile-phd/ to learn more.

Starvation, suicide, and failure to thrive: these are the leading causes of death resulting from COVID-19 policies. In 2020 alone, these policies have killed more people than Hitler killed in the death camps throughout all of WWII. What is really going on here?

Press play to learn:

• Who is driving the COVID-19 situation, what their end goal is, and the mistakes they’ve made along the way
• Why the healthcare field is fundamentally different than any other, and how this blocks your access to accurate, honest information about your life and health
• What Popper and others are doing to both save small businesses and equip people with the information necessary to push back against the powers that be
• Why the WHO completely stopped reporting flu deaths in February 2020

Pamela Popper is driven to educate the public about the truth of the U.S. medical system, and the reality behind what you’ve been told about COVID-19. To this end, she serves people through her company, Wellness Forum Health, and posts free informational newsletters and videos every week. She believes people deserve to make informed medical decisions, and knows that in the current climate, people simply aren’t doing that.

Popper gets into the details of the COVID-19 situation—what it is, who is behind it, and what the coming years will look like. She explains the information that you hear in the news, but that doesn’t quite make sense.

She also discusses the lawsuit that’s being filed in 45 states to challenge the "emergency" basis for the lockdowns and loss of freedoms. 

Tune in for all the details.

Find free videos and newsletters at https://makeamericansfreeagain.com/, and learn more about Popper’s company at  https://wellnessforumhealth.com/.

Send her an email at pampopper@msn.com, and find her new book titled, Covid Operation: What Happened, Why it Happened, and What’s Next.

Episode also available on Apple Podcasts: apple.co/30PvU9C

In today’s episode, Dr. Christopher Seitz joins the program to discuss the benefits of IV therapy. As a board-certified emergency physician by training, Dr. Seitz is an expert in sick and functional medicine. He brings his diverse background in wellness and holistic care to the American IV Association (AIVA), where he currently sits on the medical advisory board.

Dr. Seitz is dedicated to advancing the field of IV hydration therapy through scientific precision and innovation. He does this using evidence-based science and ethical standards – bringing cutting-edge opportunities alongside enhanced regulatory attention…

Dive in to explore:

• Typical reasons why people seek IV therapy. 
• How IV therapy has transitioned to outpatient wellness and preventative care. 
• The ways that the pandemic highlighted issues within the traditional hospital system. 
• The role that telemedicine technology has played in the improvement of healthcare.

What has fueled the remarkable growth of IV hydration therapy in the last decade? How have pioneers like Dr. Seitz shaped this advancement in medicine? Click play now to uncover these fascinating insights!

Stay connected with Dr. Seitz’s groundbreaking work at AIVA. Follow along here to be part of the journey towards a healthier future!

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

Joining us in this episode is Dr. Bill McGraw, a recurring guest who is constantly pushing the boundaries of alternative health technology. He sits down with us today to discuss his latest research: removing heavy metals from the body through microcurrent therapy…

Dr. McGraw has helped countless patients take charge of their health and overcome chronic diseases from a holistic therapeutic approach. Are heavy metals impacting your bodily health? If so, what can you do about it? Tune in now to find out for yourself!

In this conversation, we cover:

• Why people tend to develop chronic disease later in life.
• Where heavy metals in the body come from, and how they are removed.
• How contaminants enter the atmosphere, and the health concerns that come with it.
• Symptoms of heavy metal toxicity.
• How to measure heavy metals in the human body.

You can learn more about Dr. McGraw and his research here!

Episode also available on Apple Podcast: http://apple.co/30PvU9

In this episode, we are joined by Allan Dib, the founder of Lean Marketing and the bestselling author of The 1-Page Marketing Plan. Allan doesn’t come from a traditional marketing background, but after ten years of painful trial and error, he eventually mastered this skill on his own. Now, he brings his expertise to others with strategic marketing coaching, consulting, and training programs.

Allan has founded, scaled, and successfully developed multiple high-growth businesses across various industries, including IT, telecommunications, and marketing. Additionally, he has been a featured speaker at various events and conferences and is among the top 0.01 percent of nonfiction authors.

Jump in to learn about:

• How Allan’s early marketing attempts set him up for success.
• The power of using the right words to motivate people.
• Simple factors that marketers take for granted.
• Common excuses that hold people back from achieving their goals.
• The importance of using a multifaceted approach to marketing.

How do Allan and his team successfully automate, scale, and simplify marketing for their clients? What are the benefits of identifying the gaps in a business’s current sales, system, and team? Join Allan as he reveals proven strategies that drive rapid business growth, ensuring your company reaches its full potential.

To follow along with Allan and his work with Lean Marketing, click here now!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Energy and food production is constantly evolving, and as resources seem to dwindle, experts are looking at alternative approaches to a multitude of ecological issues. Joining us today to discuss his perspective on this matter is Rob Avis, an expert in renewable energy and regenerative design.

Rob is the Owner, Lead Instructor, and Engineer at Verge Permaculture – an internationally-recognized and award-winning regenerative design, consulting, and education center. With a background in the oil and gas industry, Rob saw the need for a global mindset shift. Now he is focused on creating cultivated ecosystems that provide food and other crucial resources…

Jump in now to explore:

• What inspired Rob to pursue permaculture.
• The importance of using energy more efficiently. 
• The reality of our society’s energy consumption.

Want to find out more about Rob and his work? Click here now!

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

Frankie Wood-Black has a PhD in physics and is on the faculty at Northern Oklahoma College. She explains how she found herself in the field of chemical health and safety and shares her expertise on these matters.

Tune in to learn:  

• What the universe of chemicals is and how it differs from the chemicals used in commerce and industry
• What types of questions regarding chemical use and safety have been raised in light of the COVID-19 pandemic
• Common hazards and challenges in Wood-Black's field of work

Chemicals are everywhere; walk through a grocery store and you’re likely to pass by hundreds or more. Who regulates all of these chemicals? Who identifies health hazards and responds to environmental exposures? Who keeps the drinking water safe for drinking?

Wood-Black answers all of these questions and more. She discusses the Toxic Substances Control Act (TSCA), the Clean Air Act, how chemical regulation has changed over the past few decades and years, what the TSCA “reboot” accomplished, the role of the Food and Drug Administration and Environmental Protection Agency in the establishment of laws and regulations, how chemicals are categorized into “classes,” what types of hazards and challenges are encountered in the field of chemical health and safety, and so much more.

Available on Apple Podcasts: apple.co/2Os0myK

In this episode, we sit down with Meag Sargent, a Chicago-based horticulturist, multimedia artist, farmer, and food sovereignty advocate. Currently, she works with Farm From a Box, an off-grid toolkit for sustainable agriculture with the goal to revolutionize local food production.

Meag has always had a passion for farming and environmental advocacy. Through her work, she channels her love of plant breeding, controlled environment agriculture, and regenerative farming into a truly impactful pursuit… 

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Join the conversation now to explore:

• What got Meag interested in horticulture.
• Why food is such an integral part of the human experience.
• How Farm From a Box is cultivating food independence.
• The importance of providing education and training for up-and-coming farmers. 

Making effective agriculture accessible to those who need it is critical to the well-being of all people. Want to know how people like Meag are contributing to this vision? Tune in now!

You can find out more about Meag Sargent’s work with Farm From a Box by clicking here!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Author, screenwriter, and storyteller Edward Savio joins the show to discuss his works and the perspectives that inspired them.

In this episode, you’ll discover:

• What led Savio to write Idiots in the Machine, an anti-screenplay novel (and what rules were broken in the creation of it)
• How Savio (or his characters) view a range of topics, like technology, sustainability, the idea of economic growth, and even interpersonal relationships
• Why Savio has a passion for writing about characters who live in the past, and what type of research he did in the creation of one of his most popular series

“You have to have a kind of determination and a belief that is almost beyond reality,” says Savio, commenting on how he dealt with everyone in his life who, at one point in time, told him he needed a “real” job and shouldn’t pursue a career as a writer.

He shares with listeners the sources of motivation that have led him to become the great writer he is today, and provides insight into some of his main characters. He also discusses some practical differences between the considerations that must be made while writing a novel versus a screenplay, how he’s been able to write a series about time travel without there actually being any time travel involved, human adaptation and evolution, how and why the future will "reveal us to be ignorant," and so much more.

Tune in for a compelling and unique conversation with a brilliant mind and some new ideas for good reading.  

For more, visit http://edwardsavio.com/ and  http://battleforforever.com/.


Available on Apple Podcasts: apple.co/2Os0myK



Edward Savio BFF Volume 3:

The first two installments in Savio's Battle For Forever action adventure sci-fi series were just #1 and #9 Best Sellers with Wil Wheaton narrating the audiobooks. Those two titles are ALEXANDER X and ANCIENT AMONG US.

Edward is working on Volume 3 of BFF now, LEAGUE OF AULD, and the goal is to have another Wil Wheaton narration dropped before the end of this year.

Get yourself ready for Volume 3, and get access to a free novella in the BFF universe when signing up at www.battleforforever.com

Professor Michael Betts articulates the dramatic directions our human immune system can take responding to viral pathogenesis. He studies how humans combat viral pathogens and diseases through adaptive immune responses like T and B cell activity.

He shares his perspective on virus capabilities with lively and clear language as Richard asks questions for his upcoming virus book project.

Listeners will learn

• Why the primary goal of viral replication leads to a variety of fascinating shapes and virus mechanics,
• How some viruses have a hit-and-run strategy and others want to set up shop and stay, and 
• What he sees as the most fascinating types of viruses and why. 

Michael Betts is a professor of microbiology with the Penn Institute for Immunology Studies in the Perelman School of Medicine at the University of Pennsylvania. He researches the human immune response against viruses in relation to HIV infection and SARS-CoV-2 by focusing on T cell function.

He is able to use his expertise to add interesting perspective to the pathogenesis or protective human immune response. He is able to use examples for his extensive HIV studies to elaborate on how our immune system reacts to all that viruses can send our way.

As they move into Richard's questions to get at virus characteristics, Dr. Betts gives his take on whether viruses are alive and why they have evolved to have such a variety of interesting shapes. He describes some of his favorites and adds that while the shapes differ, the strategy is the same. They've evolved to protect and deliver genetic material into the cell.

He adds that these different machines act like spring-loaded mechanisms, and once they get the proper trigger and deliver the genetic payload, we see consequential downstream effects. Even eukaryotic infections, he adds, that are even more complex have this goal—HIV has a wrapper that induces protein confirmation change and shoots the genetic material into the cell. He describes other fascinating examples of viral pathogens in humans as he answers Richard's questions, filling in more details about the vast world of viruses. 

For more about his work, see his lab's website: bettslab.org.

Available on Apple Podcasts: apple.co/2Os0myK

In this episode, we discuss four-dimensional thinking with Dr. Jacob Kendall, the Founder of Kendall Enterprises, a speaker, and a facilitator for communities and businesses. With formal training and professional experience in gerontology, public health, social work, biology, and theology, Dr. Kendall is a true Renaissance man with a passion for optimizing healthcare experiences for all…

Dr. Kendall has lifelong experience managing his own medical care. With two open-heart surgeries, a congenital disorder, and various other issues, he grew tired of the healthcare system's shortcomings. Now, he has transformed his self-advocacy into a way to demystify healthcare so others can be better patients and caregivers.

Join the conversation now to learn about:

• What 4-dimensional thinking is, and how to harness it.
• How to view problems from various perspectives. 
• The main reasons why people don’t support new and innovative ways to approach healthcare. 

Are you ready to embrace a new approach to healthcare – challenging norms and seeking holistic solutions? Visit Dr. Kendall's website to dive deeper into his insights and start your journey toward reframing health for a better, more inclusive future.

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9

In this episode, we are once again joined by Dr. Tom Cowan, an alternative medicine doctor, author, and speaker known for his common-sense, holistic approach to health and wellness. Dr. Cowan is an expert in many areas of medicine, such as nutrition, homeopathy, anthroposophical medicine, and herbal medicine. He is also the author of various books, including How (and Why) to Eat MoreVegetables, Human Heart, Cosmic Heart, and The Fourfold Path to Healing.

As someone who grew up surrounded by conventional doctors, Dr. Cowan avoided becoming a corrupt medical professional at all costs. Through the years, he uncovered the significance of alternative medicine – and witnessed firsthand the healing power of a nutrient-rich diet…

Join us now to explore:

• What Dr. Cowan learned from relinquishing his medical license. 
• How to uncover the foundational questions connected to scientific claims. 
• A different perspective on heart health. 
• When and where conventional medicine serves its purpose. 

You can keep up with Dr. Cowan and his work by visiting his website!

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9

Bootsie Martinez joins the podcast today to discuss her work in criminal justice, linguistics, education, and more. She is a consultant, expert witness, college instructor, and writer with a passion for language analysis. How does her skillset fit into the legal world? She joins us to explain…

Bootsie is certified in Forensic Linguistic Analysis, has a Masters in Criminal Justice, and is currently completing a Ph.D. in Linguistics. Her areas of specialties include retail security, loss prevention, and fraudulent nursing schools. She is also the author of The Retail Manager's Guide to Crime and Loss Prevention and Sticks and Stones – and contributes to various crime-related magazine publications. 

In this conversation, we dive into:

• What forensic linguistics are, and how they can contribute to a criminal case.
• Methods used to identify the author of written statements. 
• What the “Reid Technique” is, and how it is used in interrogation. 
• Communication techniques that can be used against someone in a legal interview. 

You can learn more about Bootsie and her work by clicking here!

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: apple.co/30PvU9C

Bootsie Martinez Important Note:

1. At the end of the interview, I referenced the Centre for Forensic Linguistics in the UK. It is now called the Aston Institute for Forensic Linguistics and can be found at https://www.aston.ac.uk/research/forensic-linguistics 
2. I spoke about the new topic of examination through forensic linguistics, which is online dating. I wanted to reference the Burned Haystack Dating Method https://www.burnedhaystackdating.com, whose founder, Jennie Young, is a linguist engaged in critical discourse analysis regarding online dating, but I failed to do so. The blog, FB group and Medium articles are excellent places to see evidence of forensic linguistics in action.
3. I provide training to law enforcement and attorneys on the topics of forensic linguistic analysis of written and spoken texts, including victim/witness/suspect statements, POMICs, suicide notes, ransom notes, 911 calls and more, as well as on report writing for convictions. Anyone interested in having me provide training can contact me via LinkedIn at https://www.linkedin.com/in/lizcmartinez/

How can companies make educated decisions on how and where to operate their business? Information data can steer them in the right direction.

• How accurate data can be ensured after collection
• What data is collected from users
• Which businesses can benefit from data collection

CEO of Premise, Maury Blackman, shares his expertise in collecting data and using it to guide business decisions worldwide.

Collecting data from users and contributors around the world can be the first step in helping businesses operate more intelligently. By ensuring this data is accurate, directives can be established to guide smart decision-making.

Organizing data collectors allows data sets to be comprehensive and diverse.

Since different people perceive the world around them in different ways, the most accurate sets of data can be gleaned from their experience.

To learn more, visit https://www.premise.com.

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

In today’s episode, we connect with Jeffrey Moore Williams, the founder of Lifestyles of Light and Vitalist Institute. As a multi-disciplinary transformation artist teaching and facilitating through movement, breath and sound, and self-governance, Jeffery has been involved in holistic health since 1999. What’s his primary goal? To help others create a life of authentic expression…

Over the years, Jeffery has collaborated with countless individuals in their efforts to meet and understand stress-related challenges in their lives such as grief, sensations of pain, states of feeling overwhelmed, uncertainty, depression, anxiety, and so much more. Through this work, he has learned that everyone is capable of amazing things when they are being their authentic self – and it all starts with taking responsibility.

Click play to discover: 

• Why physical movement is so helpful with lifestyle improvement. 
• How to reset the mind-body connection to increase efficiency. 
• The ways that stress impacts other aspects of human health. 
• What alpha waves are, and what they indicate about the state of the brain. 

Make sure to check out Jeffery’s content here to learn more about what he does!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

How has the shift in customer behavior and mental health affected employees? Through management strategies and developmental procedures, employees can be protected from many of the negative impacts. Listen up to learn:

• How Graeme Cowan realized the importance of employee mental health
• The three elements of a "we care team"
• The unique pressures placed on managers

This episode is sponsored by Bowmar Nutrition. To receive a 5% discount, use the code GENIUS5 at checkout. Go to BowmarNutrition.com to shop now!

Graeme Cowan, of #1 Team Care and a resilience speaker, shares his mission to improve employee mental health and build a more productive and efficient workplace.

It is no secret that the working situation for many worldwide has been significantly altered in recent years. Due to increased pressures and new challenges, it has taken a toll on employees and executives at all levels.

However, there are ways to combat these negative impacts and rebuild a healthier workplace from the ground up. Additionally, using strategies to promote caring has been shown to increase employee efficiency and profit in many situations.

Visit https://graemecowan.com.au

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Episode is also available on Spotify: https://spoti.fi/3xCr3ZH

Today we have the pleasure of sitting down with Dr. Alan Lindemann, an obstetric physician that has delivered more than 6,000 babies over his four decades of medical practice. Dr. Lindemann has devoted his career to reducing maternal mortality by educating women and their families on how to have a healthy pregnancy and lifestyle. 

Join us now to hear Dr. Lindemann discuss:

• Why the U.S. has such high rates of maternal mortality.
• When maternal mortality usually takes place.
• The importance of maternal health and wellness education. 

What factors contribute to maternal mortality, and what will it take to diminish them? Dr. Lindemann joins us to answer this question and others like it . . .

To learn more about Dr. Lindemann and his mission, visit lindemannmd.com.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Episode also available on Spotify: https://spoti.fi/3aheCZU

How do successful companies scale and create fantastic retail experiences for their customers? Kelley Thornton, the CEO of Tiege Hanley, Inc., joins us today to discuss this, and much more…

Kelley describes himself as a “serial entrepreneur”, and since founding Tiege Hanley in 2015, he has focused his expertise on a distinct marketing strategy: uncomplicated skin care for men.

Skincare is an important part of a healthy routine, and Tiege Hanley is on a mission to make men aware of the benefits of daily upkeep. From disease prevention to simply looking and feeling good, the advantages of healthy skin are endless – and Kelley is determined to give men the resources they need to look and feel better than ever.

Tune in now to uncover:

• The percentage of men who are aware of the value of skincare. 
• How to effectively take care of your skin.
• The difference between morning and nighttime moisturizers.
• How different ingredients help skin replenish itself.

Want to learn more about Kelley and his work with Tiege Hanley? Click here now!

Tiege Hanley is offering podcast listeners 30% off their next skincare order. To redeem yours, visit tiege.com/findinggenius today!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Plastic is a product that is in the vast majority of manufactured products. The trouble is, plastic is a substance that takes many years to decompose, resulting in a drastic buildup of products that have the potential to harm plants and animals. 

Joining us today is husband and wife team Steve and Deonie Allen to discuss atmospheric microplastics, and their impact on the environment. Both Steve and Deonie have traveled the world researching how plastics impact both our planet and its inhabitants.

Listen now to discover:

• How microplastics travel to remote locations via the wind.
• What products contribute to the world’s plastic problem.
• What role waste management systems play in microplastic pollution.
• How to identify microplastics in daily life. 

What does the future hold for a planet littered with microplastic? Find out now from the research duo leading the charge on this issue!

To find out more about Steve and Deonie Allen and their investigations, visit their website at www.plasticpollution.news.

This episode is sponsored by Relax Babe CBD products. To receive 20% off your next purchase, use the coupon code FINDINGGENIUS at checkout. Shop at shoprelaxbabe.com today!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

“When psychiatry became wedded with the drug companies, it became very little more than a sales department of the pharmaceutical industry,” says Dr. Peter Breggin.

He explains the pre-wedding state, post-wedding state, the future of psychiatry, and how it’s all related to the current virus situation.

Tune in to discover:

• What a lobotomy is, how it works, and how recently it’s been performed in the US
• Why various competing views in psychiatry have been reduced to one predominant viewpoint (and what that viewpoint is)
• The damaging side effects and deaths related to the vaccine for the current virus

Dr. Breggin is a psychiatrist and author of over 20 books, with one of his most recent publications addressing the current virus situation and the influence of global predators.

He’s been involved with reform work his whole life, starting with giant volunteer projects in state mental hospitals over 60 years ago, to taking on almost all major lobotomy programs in the US since then, and to this very day, trying to tackle electroshock therapy, and what he calls “chemical lobotomies” through psychiatric drugs.

Dr. Breggin is the first psychiatrist to take various issues to the courtroom, and has been in trial over 100 times. Along the way, he’s been attacked and slandered by scientists, clinicians, fellow psychiatrists, and the medical-scientific establishment at large, but nonetheless remains firm in his stance against what he perceives to be unethical and even violent practices aimed at controlling humanity.

In today’s show, he reveals these practices in detail and explains how they are intimately tied to the current virus situation.

Tune in to hear the full conversation. Visit www.wearetheprey.com to check out his latest book and learn more.

Episode also available on Apple Podcasts: apple.co/30PvU9C

In this conversation, we connect with Dr. Ming Wang, a world-class cataract and LASIK eye surgeon, philanthropist, and community activist based in Nashville, TN. He is the founding director of the internationally renowned Wang Vision Institute and the co-founder of the non-profit organization the Common Ground Network.

Dr. Wang is on a mission to help others find common ground and solutions to problems – empowering them to achieve greater success and fulfillment in their lives. Coming from a difficult past, he used his resilience and determination to obtain his Ph.D. in laser physics and MD from Harvard Medical School…

Join the conversation now to uncover:

• What the Chinese cultural revolution was, and why it occurred. 
• How Dr. Wang’s challenging past inspired resilience and success.
• How laser surgery is being used in medical environments.

Dr. Wang has a film coming out on May 24th called Sight, based on his autobiographical book, From Darkness to Sight. Tickets are now available for a theater near you at angel.com/sight.

To learn more about Dr. Wang and his work, click here now!

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9

In this episode, we connect with food science and safety specialist Dr. Elsa Murano. Presently, Dr. Murano serves as the Director of the Norman E. Borlaug Institute for International Agriculture and Development at Texas A&M University's Agriculture and Life Sciences program. 

For years, Dr. Murano has been lending her expertise to developing countries around the world – from Sub-Saharan Africa to Latin America…

Dr. Murano and her team are committed to following the legacy of Dr. Norman Borlaug, which is to elevate smallholder farmers out of poverty using science. Whether it be crop production or water management, the goal is to create opportunities for farmers across social classes.

Join us now to learn about:

• What causes farmers to fall into poverty, and the strategies that are used to help them.
• Why economic connections to the marketplace can be challenging for family farmers to obtain.
• How exporters take advantage of farmers in developing countries. 
• How environmental factors affect agricultural production in poverty-stricken areas.

To find out more about Dr. Elsa Murano and her projects, click here now!

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Virologist Jonathan Latham explains his view of living organisms in opposition to genetic or biological determinism.

He shares a wide range of thoughts, including

• A theory of how COVID-19 began in a group of miners in Wuhan in 2012;
• How our societal structure self-corrects to understanding science through genetic or biological determinism, prioritizing genetics facts; and
• A different way to conceive of living organisms as constantly changing with nonhierarchical layers of cooperation rather than an over-emphasis on the importance of genetics. 

Jonathan Latham, PhD, is the executive director and cofounder of the Bioscience Resource Project. He's the editor of Independent Science News and director of the Poison Papers project, which publishes documents on the chemical industry. In this podcast, he begins by engaging with ideas presented in a previous podcast when Richard spoke with famed biologist Denis Noble. Noble said that there's no privileged level of causation in biology and Latham continues to address this issue, offering his own commentary over the course of the show.

He explains that he became interested in the kind of prominence that scientists give to genes and DNA and eventually came to the realization that there are a lot of flaws in how we think about organisms that stem from adherence to genetics facts and emphasizing the importance of genetics.

He asserts that the only agency that exists in an organism is the one that derives from the organism itself and explains what this means in more concrete terms. He also touches on current projects such as a paper he and Allison Wilson wrote about their theory on the origin of SARS-CoV-2, which he believes was through a group of miners who experienced a mysterious disease in 2012.

After explaining in more detail, he returns to the ideas of genetic determinism and talks about a book he's authoring on the topic.

To find out more, he suggests getting on the mailing list of Independent Science News.

Available on Apple Podcasts: apple.co/2Os0myK

Breno Fragomeni, Ph.D. is an Assistant Professor in Genomics at the University of Connecticut. He is currently conducting research to identify genetics that may play a role in heat tolerance in farm animals such as pigs and cattle. The goal is to be able to identify the genetics of farm animals such as cows and pigs who lose less weight or produce less milk during hot seasons and use the genomic information to identify better suited animals.

Click on play to learn:

• What misconceptions are associated with genetics research.
• How genomic information may be used to determine which animals will perform better.
• How genomic selection may improve disease resistance and environmental hardiness.

Dairy farmers and corporate farms would prefer an animal that may produce a little less but is more tolerant of heat stress. Dr. Fragomeni is interested in finding out whether there are any genetic aberrations that may maintain milk production in dairy cows, even during times of extreme heat. Generally, higher milk production makes cows more sensitive to heat stress. The questions are why and what mechanism causes that sensitivity to heat.

In an effort to mitigate heat stress, Dr. Fragomen is using genomic information to predict animals’ performance and applies the information when making selection and breeding decisions. The use of genetics studying the basic data collected from thousands of animals such as body weight, date of birth, and phenotypes is easier and less expensive than physically testing thousands of animals to gather data. The objective is not necessarily to identify the best gene to alleviate heat stress but to identify the animal that can best tolerate heat.

To learn more visit: animalscience.uconn.edu

Episode also available on Apple Podcasts: apple.co/30PvU9C

It is never too late to find your voice!

Tania de Jong is an acclaimed Australian soprano and award-winning social entrepreneur that prioritizes the importance of uniting diverse groups of people through the power of collective song. As one of Australia’s most successful female entrepreneurs, Tania de Jong has used her innovative mindset to develop six businesses and three charities. She has gone on to utilize these resources to work for disadvantaged communities throughout Australia. 

While doing this, she believes that fostering social inclusion and changing the world through creativity can help people access entrepreneurship and empowerment. 

Tune in to learn more about things like:

• The importance of celebrating our own unique creative voice
• How the diversification of people cultivates social innovation
• The impact of singing on mental illness effects

On top of all of this, you will hear what you can do to lead a healthier, smarter, and more creative life by exposing yourself to a few basic lifestyle choices, which she discusses in this episode.

Join us now for Tania de Jong’s eye-opening perspective on how to achieve truly remarkable change.

To engage with more of Tania de Jong’s work, visit taniadejong.com and creativityaustralia.org.au.

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Dr. Reid specializes in host pathogen interactions studies such as investigating the chikungunya virus infection and Ebola virus microbiology.  A returning guest, he and Richard discuss all things virus in this episode as Dr. Reid will contribute to Richard's upcoming book on viruses.

Their conversation covers

• Why it's significant that all life forms have associated viruses, including ancient bacteria discovered recently in glacial inlands that have phages (viruses that infect bacteria);
• What implications exciting virus discoveries may hold, such as the giant Mimivirus, which may prove an evolutionary bridge; and
• How we can investigate virus characteristics like means of entry and coopting of cellular machinery to better understand means of replication and evolutionary success as well as how cellular machinery works in the first place.

St. Patrick Reid is an assistant professor in the Pathology and Microbiology Department in the University Of Nebraska Medical Center College Of Medicine. 

In a previous podcast, he and Richard discuss chikungunya diagnosis and pathology and Ebola virus symptoms and behavior. He begins this discussion explaining his journey into the field, which includes exciting postdoc work in France on Ebola. Now his researcher involves host pathogen interactions and he's particularly interested in different host proteins a virus has to recruit to replicate.

The conversation takes a turn into exploring what scientists have assumed about viruses compared to recent discoveries that may take that knowledge in new directions. For example, he talks about ancient phage discoveries in glacial bacteria and phage-bacteria coevolution. He describes an interest in how viruses that infect bacteria allow those bacteria to live in a community of other bacterium. The viruses actually play a role in enabling those bacteria to survive.

He discusses numerous other virus characteristics and implications, from DNA versus RNA viruses and what that dictates regarding habits like latency.  He also addresses when that understanding changes with new discoveries, such as finding Ebola virus in chimps months after infection. They also talk a little virus philosophy and cover topics like what enables virus entry into cells and how tropism works.

For more about Dr. Reid and his work, see his website at the university, unmc.edu/pathology/faculty/bios/reid.html, and follow him on Twitter as @StPatrickReid3.

Available on Apple Podcasts: apple.co/2Os0myK

“Tumors are kind of like deposits, where the body can store up excess amounts of phosphorus,” says Dr. Ronald Brown. In this continuation of the Finding Genius cancer disease series, he discusses his unconventional and exciting theory on what causes tumor cells to proliferate.

Listen and learn

• Why, because phosphate promotes growth, its excess promotes tumorigenesis, much like fertilizer runoff leads to dangerous algal blooms in water,
• Why this differs from conventional theories about tumorigenesis, and
• How this translates into techniques for cancer prevention and cancer therapy treatment through methods like low phosphorus, healthy diets.

Ronald B. Brown’s PhD in industrial organizational psychology lends him a unique view of cancer research. In particular, he utilized grounded theory to note the significance of phosphate toxicity and cancer spread, and has continued this work with research partner Mohammed Razzaque. He explains that if we get too much phosphate, our kidneys can’t regulate it and it will start accumulating in our body. It’s acidic quality means that accumulation can cause what’s called phosphate toxicity, which in turn can affect every bodily organ.

He explains how this phosphate excess causes cancer cells by explaining the solid characteristics of tumor cells. He adds that tumors and phosphate form “a reciprocal relationship. The phosphorus stimulates the growth and the growth helps to sequester the phosphorus and keep it out of the circulation.” In other words, tumors are our bodies’ way of storing too much phosphorus. He ties this to possible cancer prevention and early detection programs that could help patients integrate low phosphorus diets and appropriate lifestyle changes that boost immune cells.

Listen in for more about phosphate’s effects on organs, calcium, bone density, and cellular overgrowth.

Episode also available on Apple Podcasts: apple.co/30PvU9C

How is artificial intelligence enhancing health and fitness? While technology has the capacity to decrease human activity, it can also help people get into the best shape of their lives. In this episode, we jump into the fascinating world of digital fitness with Daniel Sobhani, an entrepreneurship expert and the CEO of Freeletics.

Founded in 2014, Freeletics is an app that provides people with access to a digital personal trainer that guides them through exercises whenever and wherever they want. It is now the leading AI-based fitness and mindset coaching provider – serving 40 million users in over 160 countries…

Join in the discussion now to discover:

• Why users find so much success while using the Freeletics app.
• Examples of the personalized training plans that Freeletics provides.
• How to prevent self-negotiations that result in a skipped workout. 
• How to harness the 80/20 workout philosophy. 

Get started using Freeletics today by visiting their website!

Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection.

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

How do Vitamin D and genomic ancestry impact cancer cells? Dr. Moray J. Campbell, a research scientist at Cedars-Sinai Cancer, joins the podcast to explain…

Dr. Campbell is a cancer biologist who studies the genomic and epigenomic drivers of hormone-dependent cancers.

By utilizing high-dimensional data approaches and bioinformatic analyses, Dr. Campbell is on a mission to uncover the scientific mysteries of cancer.
Jump into the conversation now to find out:

• How Vitamin D and genomic ancestry influences prostate cancer. 
• How prostate cancer cells bind to patients depending on their genetic makeup.
• How gene expression in prostate cancer works.
• Where people get most of their Vitamin D from. 

Want to learn more about Dr. Campbell and his research? Click here now!

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

In this episode, we connect with Daniel L. Dreisbach, a professor at the American University School of Public Affairs, who teaches in the Department of Justice, Law, and Criminology. As an author, academic, and attorney, Daniel is a long-time student of law and politics in the American founding era. 

In 2016, Daniel published Reading the Bible with the Founding Fathers, a book that outlines the founders' diverse use of scripture – ranging from the literary to the theological. So how has religion influenced the US Constitution and overall history? Daniel sits down to enlighten us…

Join the discussion now to discover:

• How the founders’ faith informed early American history.
• How American legal culture and religious laws were shaped. 
• What happens if we ignore the role of religion when analyzing this generation of America.

To learn more about Daniel and his work, click here now!

Episode also available on Apple Podcasts: https://apple.co/30PvU9C

Honey bees are one of the most fascinating and complex social organisms on our planet. Scientists like Gene Robinson research how their genomics play a central role in this behavior and how their environment in turn affects their genes.

Listen and learn

• How the honey bee colony is surprisingly flexible and adaptive to changes in numbers and situations,
• How the genomics discipline altered scientists' one-directional arrow from gene to behavior to a two-directional model, and
• What developmental milestones a honey bee passes to make it through to full-forager status.

Gene Robinson is the director of the Carl R.Woese Institute for Genomic Biology, an institute that practices team science within a multi-disciplinary scheme. He's been studying entomology and different species of bees for over 45 years. In this conversation, he shares some fascinating notes about honey bee behavior with listeners.

His group in the institute in particular looks at their social behavior mechanisms and evolution from a genomics perspective.

Interestingly, he says that studies indicate layers of individuality and adaptability in bee society—not only are they not all "marching to the same orders," they can change behavior depending on what is happening with the colony.

In one study, his lab monitored the entry and exit of the hive and found that a minority of the hive worked as foragers. In addition, a small group within the foragers took on a significant 50% of the work. However, when they removed those power-house foragers, the colony did not collapse. Rather, the other bees "upped their foraging game" and made up for the loss.

"So while labor is apportioned, it's not fixed and there's flexibility," adds Robinson.

He describes other remarkable modes of flexibility, from pheromone releasing and withholding to determine maturity rates to how a hive survives a queen loss. Along the way he explains how the history of genomics has rearranged how biologists look at bee behavior and development from transcriptomic studies. In fact, dramatic changes are evident in bee brain gene activity depending on their rearing conditions. Based on these studies, their genome is very sensitive to the environment.

For more, see the Carl R. Woese Institute for Genomic Biology and Gene Robinson's lab website.

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Episode also available on Apple Podcasts: http://apple.co/30PvU9

“If it ain’t broke, don’t fix it.” It’s a saying you’ve probably heard before, but today’s episode puts a spin on it and places it in the context of mental health: “If it’s not ‘wrong,’ don’t try to fix it as if it is.”

Tune in to discover:

• How and why psychiatric diagnoses have become more like labels that act as consumer brands rather than scientifically-based medical diagnoses
• The power of labeling and its effect on self-perception and perception of others
• The definition of meta-emotions and how people experience them
• How developmental expectations of adolescents and young adults differ between cultures, and the conflict they can create within the person who is held to those expectations
• The critical difference between ordinary, understandable emotions and clinical conditions perceived as “wrong” and in need of medical treatment

Dr. Sami Timimi is a consultant child and adolescent psychiatrist who has worked at National Health Service in the UK his entire working life. He’s been involved with several research projects involving mental health and cross-cultural issues, and has contributed to the publication of a dozen books, in addition to many papers and journal articles. He frequently appears in national and international conferences on matters of mental health, and teaches and trains others in his area of expertise.

In the early 90s during his medical training, Dr. Timimi completed a placement in child and adolescent psychiatry, a field that at the time saw children and young people as connected to their history and broader environment (e.g., their parents, peer groups, cultural ideas). It was nothing like what he’d seen in general psychiatric wards, which he describes as dominated by a narrow medicalized approach as opposed to a truly therapeutic approach that embraces a broader understanding of how mental health problems are identified, characterized, and addressed.

For over two decades now, Dr. Timimi has immersed himself in this field as a practicing child and adolescent psychiatrist.

In this episode, he discusses everything from the way cultural and societal expectations and assumptions shape the way we perceive our own experience and the experience of others, to how ideas popularized by many in the psychiatric profession actually contribute to increased rates of distress and feelings of alienation in young adults (especially in the context of the current virus situation).

He also explains how certain treatments given for a short-term problem can actually cause it to become a long-term problem.  

But it’s not all bad. Tune in to learn about some extremely successful models for addressing even the most serious mental issues; chances are, you’ve never heard of them before.

Visit  https://www.madinamerica.com/ for more information and resources.

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

In this episode, we sit down with Dr. Marc Milstein, an internationally recognized speaker on optimizing brain health, lowering the risk of dementia, and boosting happiness and productivity. He joins us today to discuss the many facets of brain health, and how he’s made it his mission to educate people around the world…

Starting out as a researcher at UCLA studying breast cancer, Dr. Milstein learned that the same protein involved in breast cancer is also involved in learning and memory. This sparked his interest in brain science – and how it can be used to transform and maximize productivity, energy, and longevity.

• How understanding brain health can improve overall wellness.
• The role the circadian rhythm plays outside of sleep. 
• Brain protocols that Dr. Milstein recommends for optimizing health. 
• How certain conditions can contribute to health issues down the road.

Want to find out more about Dr. Milstein and his work? Click here now!

This episode is sponsored by Wild Food Co, a company that provides high-quality and healthy superfood ingredients direct from small producers. To get 10% off your next order, use the coupon code GENIUS!

Episode also available on Apple Podcasts: http://apple.co/30PvU9C

Today we chat with prepping expert Stacy Zivicki. She joins us to address important topics such as sustainable agriculture, food preservation, homesteading, and farm freedom. Stacy educates people around the world on these subjects via her platform, Sustainable Stewards. 

Sustainable Stewards is on a mission to teach and guide people on how to achieve a self-sufficient sustainable lifestyle – independent from society’s resources. 

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Join us now to hear Stacy discuss:

• What Community Supported Agriculture (CSA) is, and what they do to help consumers and farmers.
• The challenges of selling fresh fruits and vegetables to community members.
• How saving seeds for future growing seasons can be beneficial.

Want to learn how you can take a proactive approach to self-sufficiency? Stacy is certainly the right person to take advice from!

To watch Stacy’s informational videos click here, and to purchase Sustainable Stewards merchandise click here. 

Episode also available on Apple Podcast: http://apple.co/30PvU9C

Today we are joined by Barbara Laker and David Gambacorta of the Philadelphia Inquirer, a daily newspaper headquartered in Philadelphia, Pennsylvania. They sit down to explain their latest project: outlining the health risks of artificial turf…

Barbara is a reporter for the investigative team at the Philadelphia Inquirer, where she’s been since 1993. With years of experience in journalism, she is on a mission to educate her audience on a variety of topics – including the health risks of artificial turf. 

David started at the Philadelphia Inquirer in 2005, and over the years, he has contributed to many different news outlets. Much like Barbara, he has covered multiple different subjects, and the risks of artificial turf have also garnered his attention.

Tune in now to find out:

• How this topic came across Barbara and David’s radar. 
• The health conditions linked to artificial turf.
• The types of chemicals that are released from artificial turf. 
• The effects of artificial turf on sports players' health.

To learn more about Barbara and David’s news coverage on artificial turf, click here now!

Episode also available on Apple Podcasts: https://apple.co/30PvU9C

Listening has always been instrumental to diagnoses, but have listening instruments changed over time? This podcast touches on this interesting history and spotlights a healthcare innovation making the most of wireless stethoscopes when safe distances are even more important.

Listen and learn

• Why Clive Smith of Thinklabs thought a digital stethoscope project would benefit the medical community,
• How artificial intelligence matched with this stethoscope can combine to offer medical professionals a plethora of helpful information, and
• How One Digital Stethoscope is especially useful with the pandemic.

Clive Smith started Thinklabs in the early '90s after graduate work at Cal Tech in electrical engineering. He focused on electronic and signal processing and was eager to start a company specializing in the innovation and application of electronics and technology.

The name says it all—he went with Thinklabs to signal a company that would handle and solve interesting problems with hands-on lab work. When he encountered the lag of stethoscope advancement in the mid '90s, he knew he'd found an important project.  But he soon found that it was a "very nontrivial problem" to extract sound from the human body, and it took eight years to come up with this innovation in digital healthcare technologies. 

While the product has been on the market for about 17 years now and sees wide use in normal clinical medicine and telemedicine, the COVID crisis has made its remote abilities especially useful. Furthermore, now that AI technology has caught up a bit, numerous studies can take place to recognize its true potential. At the most basic level, doctors are able to hear things much more clearly and enable earlier diagnoses of conditions. But it's expected that data collecting and analyzing will reveal patterns and correlations with even more implications.

To find out more, see the website for Thinklabs.

Available on Apple Podcasts: apple.co/2Os0myK