COMPLETE EPISODE LINK: https://www.youtube.com/embed/QLpe3IQ01k4 Be honest, do you do any of these things? ? If you identify with any of the behaviors that Richard O’Connor listed down, then you might be suffering from depression. You may feel that you have justifications for whichever behavior applies to you… Stop it. ? Get help. ? The sooner you drop that self-sabotaging behavior from yourself, the happier and more fulfilled you’ll be! ? Like or share this video to help spread awareness! ... https://www.youtube.com/watch?v=lM199-3T_U0

Please Support The Channel by clicking here: ▀▀▀▀▀▀▀▀▀▀▀▀▀▀ Buy Me A Coffee: https://bit.ly/3Lw7YvI Support us on Patreon: https://bit.ly/3BmEInH ▀▀▀▀▀▀▀▀▀▀▀▀▀▀ Episode also available on Apple Podcasts: apple.co/30PvU9C Checkout FGP Website: https://www.findinggeniuspodcast.com/ SUBSCRIBE & REVIEW our Podcast on iTunes: https://apple.co/2L6tN88 Follow us on: Facebook: https://web.facebook.com/futuretechpodcast/ Twitter: https://twitter.com/finding_genius Instagram: https://www.instagram.com/findinggeniuspodcast/ LinkedIn: https://www.linkedin.com/company/finding-genius-podcast/ How are microplastics breaking down into nanoplastics, and is this affecting plant and animal life? Joana M. Sipe, a Postdoctoral Researcher at Duke University joins the podcast to share her perspective on this important topic. As an environmental engineer studying the degeneration of polymers and the release of chemical additives, Joana is at the forefront of microplastic research – and her findings are intriguing… Listen in to discover: • How plastic particles can create molecular charges that disrupt the environment around them. • If plastic additives leech into the environment as they break down. • How plastics are contaminating our food, and thus, being ingested into our bodies. • Where microplastic solutions may be heading in the future. Joana has been working in plastics research for over 7 years, and as public interest has shifted toward this issue, her motivation is at an all-time high. Tune in now to learn how her studies are shaping this gripping scientific movement! To learn more about Joana and her investigations, click here now! #microplastics #ocean #fish #ecofriendly #sustainable ... https://www.youtube.com/watch?v=NBUaw947af0

Our Website: https://www.findinggeniuspodcast.com/ Subscribe and review our Podcast on iTunes: https://apple.co/2L6tN88 Follow us on: Facebook: https://web.facebook.com/futuretechpodcast/ Twitter: https://twitter.com/finding_genius Instagram: https://www.instagram.com/findinggeniuspodcas Can researchers better utilize our cellular powerhouses to fight infection? Yes, according to this podcast, but it's all about timing and balance. James Phelan's research into when cells utilize glycolysis and what that might achieve for infectious diseases has turned the cancer field on its head. Listen in to learn about metabolic pathway research that has therapeutic-changing potential. He addresses 1. How he characterized cellular metabolism along the sequence from Barrett's esophagus to esophageal cancer, 2. Why the discovery of cells primarily using glycolysis for energy at a key point in the disease progression was a major finding, and 3. How this finding translated to tuberculosis (TB) research and a way to fight infection in its early stages. James J. Phelan is a postdoctoral research fellow at Trinity College in Dublin. He spent most of his PhD work developing an expertise in cellular metabolism, specifically in the context of esophageal cancer. He explains how he carefully examined the metabolic pathways accompanying the progression from Barrett's esophagus to cancer of the esophagus. Barrett's esophagus, or intestinal metaplasia, indicates a distortion of cells and is the biggest risk factor for esophageal cancer. He found that as patients progress from this inflammatory esophageal condition to cancer, their cells use an aggressive form of metabolism called glycolysis, which involves a higher flux of cytokines and chemokines, both damaging to tissue. In other words, glycolysis is a cancer-specific form of metabolism. He brought this findings into the infectious disease and immunology field and found that glycolysis has a contrasting role in an infectious disease context. However, it started with a similarity: as with cancer patients, infectious disease patients are burdened with high inflammation. The goal of therapeutics is to reduce inflammation, particularly with TB, one of his specialties. Here's where it gets tricky and innovative: if glycolysis as the main metabolic pathway is turned on early for TB, it will help eradicate the infection. They've found an iron binder in clinical trials for COVID-19 that can turn on glycolysis in macrophages infected with TB and clear the infection. By using this compound, they can switch on glycolysis and turn on cytokines, which are actually very harmful in the late stage of TB. But in the early stage, they are curative. He explains this surprising finding in more detail as well as therapeutic possibiliti ... https://www.youtube.com/watch?v=5R3OfIc7tlw

Over 50 percent of people who are put on mechanical ventilation don’t survive. But for many, there is another option. Dr. Gutierrez explains. Press play to learn: How the use of high-flow nasal cannulas significantly reduces the concern of aerosolizing the COVID-19 virus and infecting healthcare workers Why it can be so dangerous, if not fatal, to place people on mechanical ventilators How high-flow nasal cannulas can be used as a replacement for mechanical ventilation in treating a number of diseases Dr. Eddy Gutierrez is a critical care specialist at Baptist Medical Center in Florida who joins the show to share his firsthand experience in treating COVID-19 patients, and the benefits of replacing mechanical ventilation with high-flow nasal cannulas. When COVID-19 first hit, Dr. Gutierrez and his colleagues were shocked by the high level of mortality and difficulty caring for those with the virus—especially since they always prioritized staying on the cutting edge of medicine and medical technology. Initially, the conventional treatment for COVID-19 was to deliver oxygen to patients by putting them on mechanical ventilators. Dr. Gutierrez says it quickly became clear that there weren’t going to be enough ventilators, which led to the use of a life-saving technology called a high-flow nasal cannula. And it really is life-saving, considering that the mortality rate of those who need to be intubated and put on a mechanical ventilator is so high, and the complications so numerous. The high-flow nasal cannula is placed over the face of the patent and delivers a much higher flow of oxygen to the patient than conventional cannulas, but at the same time allows the patient to continue eating, communicating with loved ones on the phone or video chat, and even walking around in their hospital rooms. Someone who is on a ventilator, in contrast, is unable to move, eat, or even breathe on their own, and may experience deadlyconsequences. Find Dr. Gutierrez on Twitter and Instagram @eddyjoemd and check out his podcast, Saving Lives. Episode also available on Apple Podcasts:apple.co/30PvU9C ... https://www.youtube.com/watch?v=4MF0_rv7XYk