Podcasts about microscopic

Host: Darryl S. Chutka, M.D. Guests: Darrell S. Pardi, M.D., and Laura E. Raffals, M.D. Microscopic colitis is one of the lesser-known members of the inflammatory bowel disease family. Symptoms include chronic, frequent diarrhea and fecal urgency. It's usually suspected from the patient's clinical symptoms and diagnosis is established by colonoscopy with biopsy. Biopsy is necessary as the colonic mucosa appears normal at endoscopy. A specific cause isn't known but it can be associated with several medications. Although it's not typically a life-threatening condition, it can lead to weight loss and potentially dehydration. How does microscopic colitis differ from ulcerative colitis or Crohn's Disease? Who's at risk of developing it? Since these patients usually present to primary care providers, when should we suspect it? How is it managed, and can it be cured?  These are some of the questions I'll be asking my guests, Darrell S. Pardi, M.D., and Laura E. Raffals, M.D., both gastroenterologists at the Mayo Clinic. We'll be discussing “Microscopic Colitis” as part of our ongoing series of podcasts on “Inflammatory Bowel Disease”. https://ce.mayo.edu/content/mayo-clinic-talks-inflammatory-bowel-disease Connect with us and learn more here: https://ce.mayo.edu/online-education/content/mayo-clinic-podcasts 

In hour 3 Andy and Abe get back in to the Braves need to make a deal at the deadline, and the NBA Finals. PLUS, what do the Hawks do in the draft.

SPOILERS FOR THE WHOLE SHEBANG. Plot twist: we decided to knock out AvA.Catch up on the previous episodes in our podcast feed:Issue 1: https://share.transistor.fm/s/dc87cf90Issue 2: https://share.transistor.fm/s/0f3cdd44Issue 3: https://share.transistor.fm/s/8eafb58d"They had been busy in this new universe. Cleansing it. Microscopic podcasts that lasted for only picoseconds. Just long enough to erase an infected world from existence."CHECK OUT TOM'S ROMULUS TOY REVIEW ON OUR YOUTUBE CHANNELFollow Kenny on twitter @cyhobbezCheck out Kenny's Hard Drive articles at https://hard-drive.net/author/kenny-rohrbacher/Find Neal's links at www.finalneal.comTwitter @crewexpendapod | Instagram @crewexpendablepod | Subscribe at crewexpendable.net | @crewexpendable.bsky.socialUSCSS PODCAST Location: SPACE

What if one of the tiniest creatures on Earth held the power to unravel one of the biggest claims in science? Meet Caenorhabditis elegans—a microscopic roundworm with a shockingly precise cellular development map. Every one of its 959 cells is pre-programmed to divide, differentiate, and die with exacting order. And here's the kicker: scientists can't explain how this perfect choreography could possibly evolve. Join Eric Hovind and Dr. Paul Nelson of the Discovery Institute as they explore how this “simple” worm defies Darwin—and why its mathematical precision is devastating to the evolutionary story. This is one conversation evolutionists don't want you to hear.   Watch this Podcast on Video at: https://creationtoday.org/on-demand-classes/c-elegans-evolutions-microscopic-undoing-creation-today-show-428/   Join Eric LIVE each Wednesday at 12 Noon CT for conversations with Experts. You can support this podcast by becoming a Creation Today Partner at CreationToday.org/Partner 

Send us a text⬇️The Microscopic Colitis Nutrition Guide is HERE ⬇️https://crohns-and-colitis-dietitians.thrivecart.com/microscopic-colitis-nutrition-guide-yt/In this discussion, Ashley and Danielle talk about the often-overlooked topic of nutrition for individuals with Microscopic Colitis. They explore the symptoms associated with this condition, the importance of hydration, and dietary strategies to manage symptoms effectively. The discussion includes identifying food triggers, the role of soluble fibers, and the benefits of working with a dietitian. They also highlight the need for more resources and community support.Takeaways-- Microscopic Colitis is a lesser-known inflammatory bowel disease.- Budesonide is commonly prescribed for Microscopic Colitis but may not always help.- Hydration is crucial for managing symptoms and energy levels.- Sleep disturbances can exacerbate fatigue in patients.- Identifying food triggers is essential for symptom management.- Common irritants include spicy foods, dairy, and caffeine.- Soluble fibers can help reduce urgency and diarrhea.- Working with a dietitian can provide personalized dietary strategies.- PHGG/sunfiber is a beneficial supplement for managing symptoms.- Community support and resources are vital for those with IBD, particularly with those with Microscopic Colitis.If you would like to check out our Back to Balance Plus, here is a link: https://gutlove.us/product/back-to-balance/It is a sunfiber (PHGG) that also combines prebiotics and probiotics and it aids in regulating stool patterns and reducing bloating and abdominal pain. Chapters:00:00- Introduction to Microscopic Colitis and Nutrition03:01- Understanding Symptoms and Hydration Needs05:52- Identifying Food Triggers and Dietary Adjustments08:50- Incorporating Soluble Fibers and Supplements11:58- Resources and Community SupportFollow us on instagram @crohns_and_colitis_dietitiansFollow us on youtube @thecrohnscolitisdietitiansWe love helping provide quality content on IBD nutrition and making it more accessible to all through our podcast, instagram and youtube channel. Creating the resources we provide comes at a significant cost to us. We dream of a day where we can provide even more free education, guidance and support to those with IBD like us. We need your support to do this. You can help us by liking episodes, sharing them on your social media, subscribing to you tube and telling others about us (your doctors, friends, family, forums/reddit etc). Can you do this for us? In return, I promise to continually level up what we do here.

Underwater organisms have things to teach us about how to keep our grip in extreme conditions. Austin Garner, assistant professor of integrative animal biology at Syracuse University, explores how. Austin M. Garner is an Assistant Professor in the Department of Biology and BioInspired Institute at Syracuse University. His research focuses on how animals interface with […]

In this episode of Research Renaissance, host Deborah Westphal welcomes Dr. Yvette Wong, Assistant Professor of Neurology at Northwestern University and 2024 Toffler Scholar, for a deep dive into the dynamic inner world of cells—and how her lab is uncovering new clues about neurodegenerative diseases by studying the microscopic interactions between organelles.Dr. Wong discusses how organelles like mitochondria and lysosomes don't just function in isolation—they actually “talk” to each other at contact points within cells. These cellular conversations may hold the key to unlocking better understanding and treatments for conditions like ALS, Parkinson's, and Huntington's disease.Through vivid analogies (like buses exchanging cargo), Dr. Wong helps translate complex science into clear visuals, while also highlighting how advances in super-resolution live-cell microscopy and data analysis are transforming what's possible in neuroscience.

A couple of months ago, a killer started mobilising off the South Australian shore — one that would wipe out marine life, make surfers feel sick, and smother picturesque beaches in thick foam.The culprit? A bloom of tiny organisms called microalgae. We can't see them with the naked eye, but in big enough numbers, they can devastate ecosystems.So what made the South Australian algal bloom so lethal, and can anything be done about blooms like it?

That's not how you make porridge OR A PODCAST!!!! The boys put their heads and dongs together to bring you episode 177!! (Hold for Applause)  Topics include: the 34th anniversary of ICE-T's Original Gangsta album, Virat Kholi makes a mistake on socials, Janet Jackson gets paid, Live sperm racing, what is a Lozenge and is YMCA a gay anthem? (Hold for Applause) OUR DISCORD: https://discord.gg/vzfbwshXqM OUR YOUTUBE: https://www.youtube.com/channel/UC6oBcYMd81YUYVxAj63P0Xw OUR E-MAIL: passiveaggressivepod@gmail.com OUR MERCH ON REDBUBBLE: https://www.redbubble.com/people/PApodcast OUR INSTAGRAM: https://bit.ly/papinstagram

TOPIC: Electric Vehicles PANEL: Alan Taub, U of M; Eric Lawrence, Detroit Free Press; Gary Vasilash, shinymetalboxes.net; John McElroy, Autoline.tv

Certain bacteria can build their own magnetic compasses out of iron-sulfur crystals called greigite, enabling them to navigate in their environments. Remarkably, these bacteria can create complex crystal structures at normal temperatures—something human technology can't replicate. To support this ministry financially, visit: https://www.oneplace.com/donate/1232/29

We sit down with Dr Amy Maltry to discuss her roles as an ophthalmic pathologist, cataract surgeon and Minnesota state society President. We appreciated the role of pathology in her ophthalmology practice and residency program. After discussing the microscopic aspect of eyecare we zoomed out to reflect on state societies. Dr Maltry encouraged involvement in our professional societies as we collaborate to advance ocular health and outcomes for patients.   Subscribe to the podcast: https://mayoclinicophthalmology.podbean.com  Follow and reach out to us on IG and X: mayocliniceye 

Welcome Dr. Karen Trainor, a passionate and dedicated veterinary pathologist. Explore the fascinating role pathologists play in diagnosing diseases in our beloved pets, shedding light on how they are often the first to uncover what's wrong, even before the pet owner knows.We discuss the intricacies of pathology, including the importance of accurate diagnoses, the use of cutting-edge techniques like immunohistochemistry, and the collaboration between pathologists and veterinarians to ensure the best care for animals. Dr. Trainor shares her unique journey, her daily challenges, and the joy of solving complex cases that often feel like a mystery.Listeners will discover the common conditions seen in veterinary pathology, the importance of clinical history in diagnostics, and the surprising ways that veterinary and human medicine intersect. With engaging anecdotes and expert insights, this episode is a must-listen for all pet lovers and anyone interested in the science behind animal health.https://innovativevetpath.com/about-us/team/---Support our sponsor for this episode Blue Buffalo by visiting bluebuffalo.com. BLUE Natural Veterinary Diet formulas offer the natural alternative in nutritional therapy. At Blue Buffalo, we have an in-house Research & Development (R&D) team with over 300 years' experience in well-pet and veterinary therapeutic diets, over 600 scientific publications, and over 50 U.S. patents. At Blue Buffalo, we have an in-house Research & Development (R&D) team with over 300 years' experience in well-pet and veterinary therapeutic diets, over 600 scientific publications, and over 50 U.S. patents.---All footage is owned by SLA Video Productions.

From marsupial reproductive biology to microscopic anatomy - aka histology - the scale of Dr Jamie Chapman's work in how bodies function has gotten progressively smaller over the years.What hasn't gotten smaller is Jamie's big-picture look at the teaching of histology within Australian medical degrees. In today's episode, Jamie tells Olly and Meredith about histology's place within the curriculum, as well as how technology and flexible learning opportunities can help students thrive.   Show theme music: Kevin MacLeodThank you to the whole TWICS team for the incredible behind-the-scenes volunteering every week! Host: Dr Olly Dove (Insta: ols_dove)Co-Host: Dr Meredith Castles (@MeredithCastles)Production: Ryan SmithMedia & Promotion: Zi Yi Kho

In the spring of 1956, a doctor in the Japanese village of Minamata reported an outbreak of a troubling new disease. It was seen mainly among children, and it affected the central nervous system. The disease quickly spread, with hundreds of cases reported, then thousands. It took years for scientists to work out the cause: poisoning from industrial pollution in Minamata Bay—the first known case of a disease caused by polluted seawater.A chemical factory was pumping huge amounts of wastewater into the bay. The water was laced with mercury. Some of it was methylmercury—an especially nasty form.Microscopic organisms gobbled the stuff up, then were eaten by larger organisms. The amount of mercury built up to higher and higher levels with each link in the food chain. So the fish and shellfish eaten by people were filled with it. That triggered Minamata disease. Symptoms included numbness, problems with vision and hearing, trouble walking, and tremors. The disease killed hundreds, and may have afflicted millions. And its effects are still being felt.The company dredged the bay to remove contaminated sediments. And the nations of the world crafted a treaty to reduce the amount of methylmercury in the environment. It calls for less mercury in products and manufacturing, fewer emissions of it from coal-fired power plants, and better storage and disposal.Even so, mercury and other chemicals still cause problems as they work their way up the marine food chain.

In today's episode about things that are small, we discuss jellyfish, curses, mythological Greek punishments, colonies, consciousness, food preservation and KWAARF. Hooray! Also, there is a little bonus bit at the end after the fade-out if you keep listening. Hooray again! Hosted on Acast. See acast.com/privacy for more information.

Today, we go back many millennia in order to protect ourselves for the coming centuries: Emily Hart speaks to two Colombian scientists, Carlos Jaramillo and Camila Martínez, time-travellers of the smallest imaginable time machines: fossilised pollen and tree cells.    Climate change has been a constant feature of Planet Earth: at points in history, the planet has been both much cooler and much warmer than it is today - if we know which plants occupied an ecosystem the last time the Earth was a certain temperature or had a certain level of CO2 in the atmosphere, we can predict what our ecosystems will look like in the conditions that we will soon be living in.  Using tiny fossilised clues, Carlos and Camila are doing exactly this.  The climate change we are currently living through is unprecedented in speed – and water and rain cycles are a major concern for humanity's continued existence on the planet, so one focus of this work is the Amazon rainforest – both Colombia's slice of it and further afield.  Predictive models currently disagree about where the Amazon is headed as the earth warms – some models predict it will get wetter, others say it will become grasslands or scrub. One way to find out is to work out which plants lived in the area the last time conditions changed in the ways they are currently changing, and look at how that ecosystem and its inhabitants changed and adapted during that time.    Drilling deep into the earth to find fossil records from 12 million years ago, Carlos is now studying the fingerprints left by Amazonian life from that time – particularly pollen. Camila is studying fossilised trees, whose cells – frozen in time – can show us how much water was in the environment.     But pollen and other microscopic clues are in such abundance in places like Colombia that there simply isn't enough time in a human life to study and identify all of the species being found. Luckily, artificial intelligence is opening up huge possibilities – Carlos has been digitalising massive fossil collections and training AI to identify and catalogue samples.   So today, we travel from the microscopic fingerprints of a distant ecological past resting in rocks and trees deep underground through to the futuristic methods made possible by new machine learning and digital processing. Carlos and Camila span multiple disciplines and vast timeframes, all in the hopes of getting us the information we need to survive the climate crisis which will change the face of the planet within our lifetimes.   They'll be telling us how - and why it's so important. Support the podcast: www.patreon.com/colombiacalling 

Have you ever wanted to shrink down to the point where you can see the smallest things without a microscope? In fact, you'd be so tiny you can only be seen using one of those. Prepare for an incredible journey in size XXXXXXXS. #brightside Animation is created by Bright Side. ---------------------------------------------------------------------------------------- Music from TheSoul Sound: https://thesoul-sound.com/ Listen to Bright Side on: Spotify - https://open.spotify.com/show/0hUkPxD34jRLrMrJux4VxV Apple Podcast - https://podcasts.apple.com/podcast/idhttps-podcasts-apple-com-podcast-bright-side/id1554898078 ---------------------------------------------------------------------------------------- Our Social Media: Facebook - https://www.facebook.com/brightside/ Instagram - https://www.instagram.com/brightside.official/ Tik Tok - https://www.tiktok.com/@brightside.official?lang=en Snapchat - https://www.snapchat.com/p/c6a1e38a-bff1-4a40-9731-2c8234ccb19f/1866144599336960 Stock materials (photos, footages and other): https://www.depositphotos.com https://www.shutterstock.com https://www.eastnews.ru ---------------------------------------------------------------------------------------- For more videos and articles visit: http://www.brightside.me Learn more about your ad choices. Visit megaphone.fm/adchoices

Subscriber-only episodePaul comes out swinging with a political call to action, update on his grad school application, the robotic 2-axis platform with precision control for microscopic photo mosaics of deep sea fossils, the missing stone, and Paul's first ick.  Intro Song: "California Sun" by The Ramones.  Outro Song: "Fade Into You" by Mazzy Star.

The medical system is making you comfortably sick. Comfortable enough that your symptoms are manageable… Sick enough that you always need another prescription, another appointment, another “solution.”  It's a great system for the pharmaceutical industry, but for you not so much. It's not designed to heal you. It's designed to keep you in the system.  Not because doctors are out to get you, but because the system itself was built to reduce symptoms, not create health.And that's the frustrating part.  Because whilst medications can suppress your symptoms, they don't fix the problem.Which means you always need them to feel okay.You'll always be adjusting dosages, managing side effects and adding new prescriptions to the list.You'll always be one flare up away from another (often expensive) GI appointment. And the worst part?The cycle never ends. Until you step outside of it.Real healing doesn't come from managing symptoms. It comes from addressing the root cause. That is what Health Science does. It teaches you what's actually causing your symptoms, and how to *reverse* them, not just suppress them.  It teaches you how to actually heal your body, so you don't need medications, treatments, or specialists anymore.  That's why so many people we've worked with are now *completely* symptom free. No meds. No flares. No GI appointments (unless you count those who have gone back for tests, which have all confirmed that they are miraculously healed and the doctors are in shock, wondering how they did it).  But once you heal? You don't need the system anymore.If you're ready to stop managing symptoms and actually get rid of IBD for life, book a meeting. We'll show you exactly how: https://www.highcarbhealth.com/healthsurvey/

When a sea turtle hatches, it heads toward the light. Under natural conditions, that means the ocean. But if the beach is near a bright city, it might head inland, where it can be nabbed by a predator, hit by a car, or die of exhaustion. Baby turtles aren’t the only sea creatures affected by artificial light. Among its many impacts, the light can throw off the reproductive cycles of corals and others, make it harder for fish to hide from predators, and endanger beds of kelp by providing extra light for the urchins that feed on them. Much of the life in the oceans depends on the light of the Moon and stars – even at depths of hundreds of feet. But the glow of coastal cities, oil rigs, and passing ships can throw things out of whack. Corals, for example, time their spawning by the phases of the Moon. But artificial lights disrupt the timing, endangering coral reefs. Microscopic organisms move up and down in the water as the light changes to find food or avoid predators. But that cycle is disrupted by artificial lights as well. Depending on how clear the water is, the light can penetrate anywhere from a few feet to more than a hundred feet. And bluer light, which is produced by modern LEDs, goes deeper than redder light. Some coastal cities limit outdoor lightning, or build barricades to shield the beaches and the water close to shore – making life a little safer for baby sea turtles and other marine creatures. Script by Damond Benningfield

On today's LIVE show, Ryan looks back at the very bad LIV Golf TV ratings from the opener in Riyadh and why that was to be somewhat expected. Also, the Cleeks want you to buy a $4,500 bag for some reason. Torrey Pines is going to be tough this week, and the LPGA is getting tougher on slow play. Winter is here, so get warmer and look good with Swannies! Pick up awesome hoodies, pullovers and quarter-zips at https://swannies.co. Use promo code golfnewsnet25 to save 25% on your order! Subscribe to Golf News Net for the latest golf news and rumors, with analysis of all of the biggest stories from the PGA Tour, LIV Golf, LPGA Tour, Korn Ferry Tour and more. FOLLOW US Golf News Net: https://thegolfnewsnet.com X: https://twitter.com/golfnewsnet Facebook: https://facebook.com/golfnewsnet Insta: https://instagram.com/golfnewsnet

In this special Grow Everything episode swap with The Climate Biotech Podcast, Erum and Karl introduce a mind-blowing conversation with the one and only George Church. If you're into synthetic biology, you already know he's a legend—co-founding 50+ biotech companies and pushing the boundaries of what's possible with DNA. In this episode, George talks about scaling microscopic innovations to solve massive global challenges—think rewilding ecosystems, bio-mining for new molecular tools, and engineering biology to fight climate change. He even throws out wild ideas like testing space colonies on Earth before heading to Mars. Stick around after the episode for Erum and Karl's takeaways and a heads-up on a funding opportunity from Homeworld Collective! Grow Everything brings the bioeconomy to life. Hosts Karl Schmieder and Erum Azeez Khan share stories and interview the leaders and influencers changing the world by growing everything. Biology is the oldest technology. And it can be engineered. What are we growing? Learn more at ⁠www.messaginglab.com/groweverything⁠  Chapters: 00:00:00 – Microscopic, but make it massive 00:00:17 – Erum and Karl are back—let's grow everything 00:00:36 – The Homeworld Collective: where biotech meets climate 00:01:44 – Enter George Church (yes, that George Church) 00:03:34 – From river dolphins to rewriting life—George's early days 00:05:25 – Synthetic biology's glow-up (and growing pains) 00:07:18 – Climate biotech: hurdles, hype, and huge potential 00:11:32 – Can biotech be infinitely scalable and atomically precise? 00:21:36 – Inorganic synthetic biology: when life meets metal 00:24:50 – Biotech's biggest climate bets—what's next? 00:27:02 – Genetic engineering, but make it ecosystem-sized 00:29:04 – Space colonies on Earth? Let's test before Mars 00:37:26 – Rapid-fire Q&A—George Church vs. the audience 00:39:49 – Curiosity is the best lab equipment—George's advice 00:42:26 – Final thoughts from Karl and Erum, next steps, and a funding opportunity Links and Resources: The Climate Biotech Podcast Homeworld Collective Garden Grants: Biotech in Greenhouse Gas Removal Colossal Biosciences Topics Covered:  Genetic engineering, biotech, bioeconomy, research and development, climate biotechnology Have a question or comment? Message us here: Text or Call (804) 505-5553  ⁠Instagram⁠  / ⁠Twitter⁠ / ⁠LinkedIn⁠ / ⁠Youtube⁠ / ⁠Grow Everything⁠ Email: groweverything@messaginglab.com Music by: Nihilore Production by: Amplafy Media

Stephen Grootes speaks to Peter Attard Montalto, Krutham's Political Economy, Markets and Just Energy Transition lead, about South Africa's policy reboot and restructuring efforts aimed at spurring economic growth.See omnystudio.com/listener for privacy information.

Xmas Special: Keep Your Backlog Microscopic - The #NoBacklogs Revolution With Vasco Duarte In the fourth episode of the “5 Wishes for 2025” series, Vasco Duarte takes on a common yet overlooked productivity killer: the monster backlog. With humor, relatable analogies, and practical advice, Vasco shares how organizations can turn their overwhelming backlogs into powerful tools for focus and impact. The Backlog Problem: When More Becomes Too Much “Your backlog should be like your fridge, not your basement – keep only what you'll use soon, not what you might need someday!” Vasco opens by comparing bloated backlogs to storage boxes filled with old cables and chargers: seemingly useful but rarely touched. Sharing the story of Juha, a leader overwhelmed by a five-year backlog of epics, Vasco highlights how backlogs can grow out of control, becoming a source of stress rather than a tool for productivity. A #NoBacklogs Approach to Backlog Management “Your backlog should only contain work for the next 2-3 sprints. That's it!” Vasco introduces a game-changing rule of thumb: Short-Term Focus: Limit the backlog to items that can be completed within the next 2-3 sprints. Medium-Term Planning: Use a problem-centric roadmap to outline key issues to tackle in the next 6-9 months, and a technology strategy to align on longer term tech priorities (more on that in an upcoming episode) Long-Term Vision: Create a clear vision document to connect today's work to future goals. By managing backlogs with these three distinct timelines, teams can regain clarity and focus without sacrificing strategic alignment. The Problem-Centric Roadmap: A Tool for Clarity “Think of it as three zoom levels on your product map – focus on what you need today, tomorrow, and the distant future.” Vasco explains how a problem-centric roadmap helps teams prioritize medium-term goals by focusing on the most critical customer problems. Combined with a clear long-term vision, this roadmap empowers teams to align their efforts without being overwhelmed by irrelevant details. The Hidden Danger of Monster Backlogs “At conferences, I've met teams with 10-year-old backlog items – that's like keeping your Y2K plans ‘just in case'!” Vasco shares surprising stories of teams with decade-old backlog items. These “zombie tasks” highlight the need for a system to prevent backlogs from growing unchecked. Without proper management, backlogs can cause anxiety and hinder teams from delivering value. A Wish for 2025: Make Backlogs Short And Easy To Manage! “Let's turn our backlogs back into the focusing tools they were meant to be.” Vasco's fourth wish for 2025 is to see teams use backlogs as powerful prioritization tools, not bottomless pits of forgotten ideas. By embracing a short-term backlog, medium-term roadmap, and long-term vision, teams can stay focused, aligned, and productive. See It in Action: Global Agile Summit 2025 “Want to learn how real teams are taming their monster backlogs? Join us in Tallinn!” Vasco invites listeners to the Global Agile Summit 2025 in Tallinn, Estonia, where teams will share practical strategies for managing backlogs effectively. Holiday listeners can snag a 75% discounted Super Early Bird ticket at GlobalAgileSummit.com. About Vasco Duarte Vasco Duarte is a thought leader in the Agile space, co-founder of Agile Finland, and host of the Scrum Master Toolbox Podcast, which has over 10 million downloads. Author of NoEstimates: How To Measure Project Progress Without Estimating, Vasco is a sought-after speaker and consultant helping organizations embrace Agile practices to achieve business success. You can link with Vasco Duarte on LinkedIn.

Our Social Media Pages, follow us and engage with the Pill-grim community! Instagram Twitter  YouTube TikTok LinkedIn  And now for this week's prescription: On this week's dose, we start (1:52) with a breakdown of Growl, a connected fitness startup aiming to create the “Peloton of Boxing,” fresh off a $4.75M seed round. Next (12:38), we spotlight Liquid AI, a company taking a radically different approach to AI by modeling their technology on the brain of a worm rather than a human, backed by a $250M funding round. Finally (18:08), we wrap up with a deep dive into Public, a startup empowering users to invest smarter. What began as a social stock trading platform has evolved into an AI-enabled investment tool, fueled by their recent $135M Series D. Sources: https://www.joingrowl.com/ https://techcrunch.com/2024/12/04/growl-is-building-the-peloton-of-boxing/ https://www.sportsbusinessjournal.com/Articles/2024/12/04/growl-funding https://www.globenewswire.com/news-release/2024/12/04/2991330/0/en/GROWL-Raises-4-75M-to-Launch-the-World-s-First-AI-Powered-Life-Sized-Interactive-Boxing-Fitness-Coach-for-the-Whole-Family.html https://www.liquid.ai/ https://www.liquid.ai/blog/we-raised-250m-to-scale-capable-and-efficient-general-purpose-ai https://public.com/ https://medium.com/the-public-blog/public-announces-135m-series-d-2-capital-raise-8eef9f33b2ad Music Credit: Chapter One by Cole Bauer and Dean Keeton https://www.instagram.com/deankeeton/?hl=en

Host: Darryl S. Chutka, M.D. Guest: Aaron M. Potretzke, M.D. Today, we're airing a popular episode from Season 2 of Mayo Clinic Talks!  Happy Holidays! Microscopic hematuria, and less commonly gross hematuria, are conditions commonly seen by the primary care provider. Malignancy is the most ominous cause of hematuria. Fortunately, other causes are much more likely. Since this is a relatively common health condition, when should we investigate hematuria and what should the evaluation consist of? How do we evaluate a patient's risk for urinary tract malignancy? Dr. Aaron Potretzke, a urologist at Mayo Clinic, joins us to discuss these questions. Connect with the Mayo Clinic's School of Continuous Professional Development online at https://ce.mayo.edu/ or on Twitter @MayoMedEd. 

I will discuss Effective Field Theories that can originate from microscopic unitary theories, and their relation to moment theory. I will show that massive gravity, theories with isolated massive higher-spin particles, and theories with very irrelevant interactions, don't posses healthy UV completions, and I will show how Vector Meson Dominance follows from such first principles.

Ahsen Ustaoglu interviews Dr Celia Escudero-Hernandez on their transcriptomic study delving into the pathogenesis of lymphocytic colitis, where they identified two subtypes of lymphocytic colitis: channelopathic and inflammatory lymphocytic colitis, which could pave the way for novel biomarkers and therapeutic avenues. 

This episode of Two Whats and a Wow is very small… Microscopic even! Join Mindy & Guy Raz as they get into the germ-tastic world of bacteria! ! Visit https://bit.ly/3zfwJMc for more.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Have your muscle gains stalled? Do you struggle to build muscle as fast as others despite your best efforts in the gym?Philip (@witsandweights) connects with anatomy expert Justin Cottle to dive deep into the cellular world of muscle hypertrophy. You'll learn why some people build muscle faster, what happens inside your muscles as they adapt to strength training, and how understanding these processes can unlock your muscle-building potential. If you want to go beyond the surface level and truly understand how to build muscle efficiently, this is for you.Justin Cottle, a former lab director at the Institute of Human Anatomy, returns to the show to break down the science of muscle fibers, the role of protein synthesis, and how our genetics influence muscle growth.

In todays episode were joined by Christy Megan where she uncovers the secrets to raising your abundance frequency to manifest and attract more money, opportunities and live a better life. Learn the simple steps that can amplify your abundance frequency and start aligning yourself with the universal frequency of abundance using a simple but powerful practice—called microscopic gratitude. Visit the Positivity Apparel Store to be reminded to think, act and attract abundance. https://goodvibetribe.creator-spring.com/

In this episode i discuss powerful strategies that help you beat back negative thoughts and attract and live a better life. Explore the Good Vibe Tribe Store and Attract Positivity Books by Podcast Host - Weight Loss and Wellness

Hey guys, did you know that in terms of male human and female Pokémon breeding, Vaporeon is the most compatible Pokémon for humans?   This week, we really earned that explicit content rating despite the fact that most of the episode is about academic beef. Merch: https://www.etsy.com/shop/cryptopediamerch Discord: https://discord.gg/AWpen8aYQG Patreon: https://www.patreon.com/user?u=14015340 YouTube (Videos have [questionable] captions!): http://youtube.cryptopediacast.com/ --- Without a Trace : Berlitz, Charles Lusca | A Book of Creatures Hunting Monsters: Cryptozoology and the Reality Behind the Myths: Naish, Darren Blue hole - Wikipedia Blue Hole (Red Sea) - Wikipedia Colossal squid - Wikipedia Giant Pacific octopus - Wikipedia Three adventures: Galápagos, Titicaca, the Blue Holes : Cousteau, Jacques  Mysterious Creatures: A Guide to Cryptozoology: 9791576072836: Eberhart, George M.: Books Bernard Heuvelmans - Annotated Checklist of Apparently Unknown Animals With Which Cryptozoology Is Concerned St. Augustine Monster - Cryptidz Verrill, Adison E., A Gigantic Cephalopod on the Florida Coast. A merican Journal of Science and the Arts, Ser. 4, Vol. 3: 79. Verrill, Adison E., Additional Information Concerning the Giant Cephalopod of Florida. American Journal of Science and the Arts, Ser. 4, Vol. 3 : 1 62-63 Verrill, Adison E., The Supposed Great Octopus of Florida: Certainly not a Cephalopod. American Journal of Science and the Arts, Ser. 4, Vol. 3: 3 5 5-56. Diving Into the Blue Holes of the Bahamas St. Augustine Monster - Wikipedia Distinguished Alumnus Forrest G. Wood, Class of 1936 An Octopus Trilogy Pierce, S., S. Massey, N. Curtis, G. Smith, C. Olavarría & T. Maugel 2004. Microscopic, Biochemical, and Molecular Characteristics of the Chilean Blob and a Comparison With the Remains of Other Sea Monsters: Nothing but Whales. Biological Bulletin 206: 125-133.  The Lair of the Lusca - Robert Palmer Où l'on reparle du Triangle des Bermudes Of Sea and Shore, Vol 19, No 1 Of Sea and Shore, Vol 7, No 2 The American Naturalist 1872-12: Vol 6 Iss 12  Of Sea and Shore, Vol 18, No 1  

Join Marie in this powerful guided meditation as she leads you through the creation of a microscopic angel army. Witness these celestial beings as they combat ailments and physical symptoms within your body, bringing forth healing on a cellular level. Let the transformative energy of this meditation envelop you and guide you towards optimal health and well-being.

Support this podcast at — https://redcircle.com/hypnosis-and-relaxation-sound-therapy9715/donationsAdvertising Inquiries: https://redcircle.com/brandsPrivacy & Opt-Out: https://redcircle.com/privacy

In this episode of "Hidden Killers With Tony Brueski," defense attorney Bob Motta discusses the mistrial in the Karen Read case, emphasizing the difficulty of retrying the case due to the intense public scrutiny and the challenge of finding an impartial jury in Massachusetts. Motta highlights the problematic behavior of Trooper Proctor, whose early judgment and inappropriate comments could undermine the prosecution's case. The conversation touches on the crucial evidence, such as the microscopic tail light fragments found in the victim's clothing, and the importance of understanding the jury's decision-making process from the mistrial. Motta suggests that the defense might need to reconsider their strategy and potentially avoid a third-party culprit theory. He also reflects on the impact of the trial on the victim's family and the broader implications for the justice system. ### Main Points: - The Karen Read trial ended in a mistrial due to the jury's indecision and public scrutiny. - Finding an impartial jury for a retrial in Massachusetts is challenging. - Trooper Proctor's inappropriate comments and early judgment were highlighted as problematic. - Microscopic tail light fragments found in the victim's clothing remain a crucial point of contention. - Understanding the jury's decision-making process from the mistrial is essential for both sides. - The defense might need to reconsider their strategy and avoid a third-party culprit theory. - The impact of the trial on the victim's family and the broader implications for the justice system are noted. ### Relevant Hashtags: #KarenRead #JohnOKeefe #BobMotta #DefenseDiaries #TrooperProctor #Mistrial #LegalStrategy Want to listen to ALL of our podcasts AD-FREE? Subscribe through APPLE PODCASTS, and try it for three days free: https://tinyurl.com/ycw626tj Follow Our Other Cases: https://www.truecrimetodaypod.com The latest on The Downfall of Diddy, The Trial of Karen Read, The Murder Of Maddie Soto, Catching the Long Island Serial Killer, Awaiting Admission: BTK's Unconfessed Crimes, Delphi Murders: Inside the Crime, Chad & Lori Daybell, The Murder of Ana Walshe, Alex Murdaugh, Bryan Kohberger, Lucy Letby, Kouri Richins, Malevolent Mormon Mommys, Justice for Harmony Montgomery, The Murder of Stephen Smith, The Murder of Madeline Kingsbury, and much more! Listen at https://www.truecrimetodaypod.com 

In this episode of "Hidden Killers With Tony Brueski," defense attorney Bob Motta discusses the mistrial in the Karen Read case, emphasizing the difficulty of retrying the case due to the intense public scrutiny and the challenge of finding an impartial jury in Massachusetts. Motta highlights the problematic behavior of Trooper Proctor, whose early judgment and inappropriate comments could undermine the prosecution's case. The conversation touches on the crucial evidence, such as the microscopic tail light fragments found in the victim's clothing, and the importance of understanding the jury's decision-making process from the mistrial. Motta suggests that the defense might need to reconsider their strategy and potentially avoid a third-party culprit theory. He also reflects on the impact of the trial on the victim's family and the broader implications for the justice system. ### Main Points: - The Karen Read trial ended in a mistrial due to the jury's indecision and public scrutiny. - Finding an impartial jury for a retrial in Massachusetts is challenging. - Trooper Proctor's inappropriate comments and early judgment were highlighted as problematic. - Microscopic tail light fragments found in the victim's clothing remain a crucial point of contention. - Understanding the jury's decision-making process from the mistrial is essential for both sides. - The defense might need to reconsider their strategy and avoid a third-party culprit theory. - The impact of the trial on the victim's family and the broader implications for the justice system are noted. ### Relevant Hashtags: #KarenRead #JohnOKeefe #BobMotta #DefenseDiaries #TrooperProctor #Mistrial #LegalStrategy Want to listen to ALL of our podcasts AD-FREE? Subscribe through APPLE PODCASTS, and try it for three days free: https://tinyurl.com/ycw626tj Follow Our Other Cases: https://www.truecrimetodaypod.com The latest on The Downfall of Diddy, The Trial of Karen Read, The Murder Of Maddie Soto, Catching the Long Island Serial Killer, Awaiting Admission: BTK's Unconfessed Crimes, Delphi Murders: Inside the Crime, Chad & Lori Daybell, The Murder of Ana Walshe, Alex Murdaugh, Bryan Kohberger, Lucy Letby, Kouri Richins, Malevolent Mormon Mommys, Justice for Harmony Montgomery, The Murder of Stephen Smith, The Murder of Madeline Kingsbury, and much more! Listen at https://www.truecrimetodaypod.com

Some say every human on the planet has already been infected with Morgellons. My special guest tonight is Dr. Christopher Macklin who sits down with me to discuss what he says is the true nature of it and where it really came from. His book is called History Truth & Healing. Do your own research and make up your OWN mind.Do you frequently miss episodes of Mysterious Radio? Don't worry; here are some tips to ensure you never miss out again:1. If you haven't already, follow or subscribe to the show to receive updates on new episodes. Even if you have already done this, it's a good idea to click the option again to ensure that you are still subscribed. This is especially important!2. Turn on notifications for new episodes in your podcast app.3. Make sure that your device allows notifications from your podcast app - we recommend using Apple for IOS devices.4. If your app has the option, swipe down to refresh the list of episodes. Join our Patreon for ad-free listening and more bonus content. Follow us on Instagram @mysteriousradio Follow us on TikTok mysteriousradioTikTok Follow us on Twitter @mysteriousradio Follow us on Pinterest pinterest.com/mysteriousradio Like us on Facebook Facebook.com/mysteriousradio Hosted on Acast. See acast.com/privacy for more information.

When your bulk tank volume takes a plunge through the last bout of heat, do you ever wonder exactly WHY? What is it in the udder that changes to cause the decline? Why do we also commonly see elevated SCC in our tanks too? To best understand the why, the Virgina Tech dairy team collected tissue samples from the mammary gland of cows in controlled environmental chambers. This month we invite Dr. Ben Corl to explain the cellular changes observed in the alveoli, epithelial and even immune cells of the mammary gland of cows undergoing a controlled heat stress challenge.   Additionally, he'll describe the changes in gene expression in those same tissue samples that controls protein production and mammary health. This continuation of our heat stress series features two papers titled: (1) Cyclical heat stress during lactation influences the microstructure of the bovine mammary gland (2) 2022: Heat stress increases mammary epithelial cells and reduces viable immune cells in milk of dairy cows Topics of discussion 1:28       Introduction of Dr. Ben Corl 2:36       Describe the experimental design 3:58        Pair Feeding – Intake experimental design 7:14        Could the cows cool during the evening ? 8:47        Microscopic changes to the mammary 10:31     Cellular turnover in the alveoli   13:20     Increased losses of epithelial cells, a portion of the somatic cell population 16:39     Decline in viable Immune cell population in the mammary 19:38     Body temperature before and after milking 20:16     Number of alveoli 24:07     Gene & protein expression changes 24:56     Gene expression pathway for cellular health in the mammary 26:25     What do you want Boots on the ground dairyman to know Background Information: Temperature Humidity Index (THI) #2xAg2030; #journalofdairyscience; #openaccess; #MODAIRY; #heatstress; #alveoli; #milk; #mammarydevelopment; #mammary; #dairysciencedigest; #ReaganBluel;  

Join Liz Cruz M.D. and Tina Nunziato, Certified Holistic Nutrition Consultant, as they do their next GI Focus on Microscopic Colitis.  Learn what Microscopic Colitis is, what symptoms result from it, how it is diagnosed and what you can do if you are diagnosed with it from not only a traditional medicine standpoint but from a more holistic approach as well.  Watch us on YouTube:  https://youtu.be/irqqhWuib-cDr. Cruz is a Board Certified Gastroenterologist who practices in Phoenix, AZ. Along with her wife Tina Nunziato, a Certified Holistic Nutritionist, they have helped tens of thousands of individuals get well from a more holistic standpoint. They focus on issues such as constipation, diarrhea, acid reflux, heartburn, gas, bloating, food sensitivities, IBS, Crohn's disease, and diverticulitis in addition to a person's general overall health. They do this by teaching about real food, water, digestive enzymes, probiotics, detox, greens, electrolytes, food sensitivity testing, and so much more. If you're struggling with finding the answers to your issues, tired of not feeling well, and sick of taking over the counter and prescription medicines, schedule a FREE 30 minute phone consult at www.drlizcruz.com.For more information visit www.digestthispodcast.com or www.drlizcruz.com. Enjoy the show! Dr. Liz Cruz and Tina Nunziato, CHNC

Don't miss this one! Join the IBD expert, Dr. Gurevich, as we cover: How to diagnose MC vs other types of colitis The main conventional approach Other treatments you should know The microbiome impact

This week we will discuss Bile acid malabsorption (BAM),  a gastrointestinal disease. It's a common cause of chronic diarrhea. When bile acids aren't properly absorbed in your intestines, they build up, upsetting the chemical balance inside. Excess bile acids trigger your colon to secrete extra water, leading to watery stools. ​ What are bile acids? Bile is a substance your liver makes while filtering your blood. Your liver sorts waste products, such as toxins, dead blood cells and excess cholesterol into bile. Bile acids come from synthesizing these products together. The different acids in bile help to stabilize the lipids in the mix and keep them in a liquid form. Your liver sends bile through your bile ducts to your small intestine to help with digestion. Bile acids in your small intestine help break down fats for absorption. When that work is done, they are supposed to be reabsorbed themselves, returning to your circulation and then your liver to be recycled into bile again. ​ What is malabsorption? Malabsorption is any failure of your intestines to absorb all of the chemicals they're meant to. Malabsorption can be a problem with your intestines themselves, or it may result from a chemical imbalance. For example, you may have too much or too little of a certain chemical for your intestines to absorb. ​ Who does bile acid malabsorption affect? BAM has been historically underdiagnosed due to a lack of accessible ways to test for it. But studies now show that at least 30% of those diagnosed with functional diarrhea disorders may have BAM. Functional disorders are those that have no apparent cause and are likely to go undetected during a medical examination, such as irritable bowel syndrome (IBS). BAM is seen in people with conditions such as: Microscopic colitis. Crohn disease. HIV-related enteritis. Diarrhea that persists after a bacterial infection. Exocrine pancreatic insufficiency. It can also happen in people who receive certain medical treatments including: Surgical bypass or resection of the ileum, the last section of the small intestine. Gallbladder removal (cholecystectomy). Radiation therapy, especially in the abdominal-pelvic region. Chemotherapy. Metformin, a treatment for type 2 diabetes. ​ What are the symptoms of bile acid malabsorption? Typical symptoms include: Watery diarrhea. Frequent bowel movements. Painful stomach cramps. Urgency and difficulty holding bowel movements in. Some people also have: Abdominal bloating. Gas and gas pain. Steatorrhea (fatty stools.) Indigestion. Long-term symptoms can include: Dehydration. Fatigue. Headaches. Dizziness. Nausea. Weight gain. Weight loss. About half of people have constant symptoms, and the other half only report occasional symptoms. What causes bile acid diarrhea? The symptoms of bile acid malabsorption — primarily, bile acid diarrhea, or BAD — result from the buildup of bile acids in your colon, where food waste turns to poop. Normally, 95% of the bile acids in your small intestine are reabsorbed in the last segment (the ileum) before passing on to your colon. When too many are left over, however, they pass into your large intestine with the rest of the waste. Bile acids in your colon irritate the mucous lining, triggering it to secrete extra fluid and speeding up the muscle contractions that move poop along. This causes frequent, urgent diarrhea and cramping. What causes bile acid malabsorption? What causes bile acids to build up in your intestines is another question. Researchers have classified the possible causes of BAM into four different types. Sometimes they classify BAM as either primary or secondary. ​Primary BAM is caused by your liver overproducing bile acids (types 2 and 4.) ​Secondary BAM is caused by damage to your small intestine due to disease, surgery or radiation treatment (types 1 and 3.) Type 1 BAM is caused by a problem with your ileum itself. This is considered true malabsorption, because the problem begins at absorption stage of the bile acid cycle. You may have type 1 BAM if you've had the last part of your small intestine surgically removed, altered or bypassed to treat another condition. Certain diseases, such as Crohn's disease, and treatments such as radiation therapy can also damage the ileum. Significant damage impairs its ability to absorb. ​Type 2 BAM has sometimes been called “idiopathic,” which means that it happens spontaneously or for unknown reasons. However, current research suggests that it's a problem with the chemical signaling between your intestines and your liver. This signaling is what normally regulates your bile acid cycle (enterohepatic circulation.) Chemicals in your blood signal when your liver should produce and deliver more bile acids and when it's time to stop, reabsorb and recycle them. But with type 2 BAM, your liver doesn't get the memo to stop. So, it keeps sending bile acids — too many for your ileum to absorb. ​Type 3 BAM is caused by gastrointestinal diseases that can affect your ileum along with other parts of your digestive system. These include celiac disease, chronic pancreatitis and small intestinal bacterial overgrowth (SIBO). ​Type 4 BAM is caused by excessive bile acid production as a side effect of taking Metformin.

Join us for a riveting exploration into the microscopic world of germs and vaccines in this special podcast episode featuring PhD Geneticist, Ian Copeland. Ian delves deep into the fascinating realm of germs, discussing their mechanisms of infection, evolution, and the pivotal role they play in shaping human health and history. With his expertise, Ian unpacks the science behind vaccines, shedding light on how they work to protect us from harmful pathogens. From historical epidemics to cutting-edge research, this episode offers insights into the battle against infectious diseases. Plus, Donnie joins the show to tell us the story of his heroic plane incident and how he saved the lives of many and we get into Tennessee basketball, the NBA all star game, Enhanced games and PEDs and much more. Enjoy! (00:02:47) Donnie tells his story about saving a plane (00:26:41) Dude of the week (00:37:25) Tennessee Minute (00:44:50) Bitcoin mining (00:48:30) Enhanced games (01:04:57) Germs and viruses (01:24:23) PHD Geneticist - Ian CopelandYou can find every episode of this show on Apple Podcasts, Spotify or YouTube. Prime Members can listen ad-free on Amazon Music. For more, visit barstool.link/macrodosing

Plankton and staph bacteria are being studied in space to help keep humans and our oceans safe.

In September of this year, routine testing turned up the presence of a microscopic parasite called cryptosporidium in Baltimore's water supply. Johns Hopkins environmental health scientist Natalie Exum returns to the podcast to speak with Lindsay Smith Rogers about what the parasite's presence means for the larger water system, and why it's critical to repair and replace aging infrastructure throughout the US. Note: This podcast was recorded in November. Since then, President Biden has proposed a new plan to remove all lead water pipes across the country. Learn more about another one of our projects, the Expert Insights newsletter: http://publichealth.jhu.edu/subscribe