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Tag: Brain

  • How Turmeric Can Support Neuroplasticity, According To Experts

    How Turmeric Can Support Neuroplasticity, According To Experts

    There are so many ways to support brain health and harness neuroplasticity as we get older, from getting enough omega-3s to staying active and prioritizing quality sleep. And if you’re familiar with all the benefits of turmeric, you’ll be happy to know it, too, can support your brain as you age.* Here’s what to know, according to experts.

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  • Why Smartphones Can Delay Alzheimer’s Diagnoses & What To Do

    Why Smartphones Can Delay Alzheimer’s Diagnoses & What To Do

    Before smartphones, we had to memorize phone numbers, addresses, and general knowledge. Prior to the advent of GPS, we had to use our own recall to find our way home. Now, in our tech-driven society, we can just use our devices whenever our memory fails us. As such, I’ve seen smartphones play a role in delaying the diagnosis of Alzheimer’s disease and other forms of dementia.

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  • A Higher Biological Age May Increase Dementia Risk, Study Finds

    A Higher Biological Age May Increase Dementia Risk, Study Finds

    At-home biological age tests estimate the age of your body’s cells—and this number could be very different from the chronological age you celebrated on your last birthday. These tests are becoming more popular among health-focused crowds, but one big question still remains: Does our biological age actually tell us anything about how long (and how well) we’ll live?

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  • What To Eat (& What To Avoid) To Lower Alzheimer’s Risk

    What To Eat (& What To Avoid) To Lower Alzheimer’s Risk

    If you’ve ever doubted that diet plays a role in brain health for the long term, you won’t anymore. According to new research published in the Journal of Alzheimer’s Disease, certain foods have a strong link to increased Alzheimer’s risk, while others could help reduce your risk. Here’s what to know.

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  • Reflections on Web Summit: Out of the frying pan, and out of the fire? | TechCrunch

    Reflections on Web Summit: Out of the frying pan, and out of the fire? | TechCrunch

    “What controversy?” said the journalist from a global mainstream television outlet to me at the Web Summit Media Dinner, earlier this month in Lisbon. For all the heat and light, the gnashing of teeth, the tearing of clothes and the clutching of pearls, the big technology conference had seemingly managed to pull itself out of […]

    © 2023 TechCrunch. All rights reserved. For personal use only.

    Mike Butcher

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  • What startup founders need to know about AI heading into 2024 | TechCrunch

    What startup founders need to know about AI heading into 2024 | TechCrunch

    Now that the OpenAI leadership saga has died down, startup founders building with AI can get back to work building the future. If that’s you, TechCrunch+ has a pile of notes, opinion pieces and forward-looking stories with your name on them.

    Sure, TechCrunch+ is a lot more than AI-related coverage, but we are also going as deep as possible on artificial intelligence because everyone is building with, or on, it. And some cases — as we’ll see shortly — that can be part of the problem.

    Here’s a short list of posts for AI founders looking ahead to 2024:

    It’s busy out there! Stay up-to-date with us.

    You can also keep up with TechCrunch+ on Twitter, and check out all our recent coverage here.

     

     

     

     

     

    Alex Wilhelm

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  • Neuralink, Elon Musk’s brain implant startup, quietly raises an additional $43M | TechCrunch

    Neuralink, Elon Musk’s brain implant startup, quietly raises an additional $43M | TechCrunch

    Neuralink, the Elon Musk-founded company developing implantable chips that can read brain waves, has raised an additional $43 million in venture capital, according to a filing with the SEC.

    The filing published this week shows the company increased its previous tranche, led by Peter Thiel’s Founders Fund, from $280 million to $323 million in early August. Thirty-two investors participated, according to the filing.

    Neuralink hasn’t disclosed its valuation recently. But in June, Reuters reported that the company was valued at about $5 billion after privately-executed stock trades.

    Founded in 2016, Neuralink has devised a sewing machine-like device capable of implanting ultra-thin threads inside the brain. The threads attach to a custom-designed chip containing electrodes that can read information from groups of neurons.

    Brain-signal-reading implants are a decades-old technology. But Neuralink’s ostensible innovation lies in making the implants wireless and increasing the number of implanted electrodes.

    In May, Neuralink received FDA approval for human clinical trials after having its application previously rejected, and opened up its first human trials for recruitment under an investigational device exemption by the FDA.

    But Neuralink is under increasing scrutiny for what critics allege are a toxic workplace culture — and unethical research practices.

    In a January 2022 article in Fortune, anonymous former employees described a “culture of blame and fear” — one in which Musk would frequently undermine management by encouraging junior employees “to email issues and complaints to him directly.” By August 2020, only three of the eight founding scientists remained at the company, the result of what a Stat News piece described as “internal conflict in which rushed timelines … clashed with the slow and incremental pace of science.”

    In 2022, the Physicians Committee for Responsible Medicine (PCRM) alleged that Neuralink and UC Davis, once its research partner, had mistreated several monkeys involved with testing Neuralink hardware — subjecting them to psychological distress and chronic infections due to surgeries. Reports from both Reuters and Wired suggested testing was being rushed due to Musk’s demands for fast results, which led to complications with the installation of electrodes — including partial paralysis and brain swelling.

    For nearly a year, Neuralink was under federal investigation by the U.S. Department of Agriculture (USDA) regarding animal welfare violations. The USDA eventually concluded that there was “no evidence” of animal welfare breaches in the startup’s trials other than a previous, self-reported incident from 2019 — but the PCRM disputed the results of the investigation.

    in November 2023, U.S. Lawmakers ask to SEC to investigated Neuralink for omitting details about the deaths of at least a dozen animals who were surgically fitted with its implants. 

    Kyle Wiggers

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  • WTF Fun Fact 13626 – Prediction and Perception

    WTF Fun Fact 13626 – Prediction and Perception

    In the world of social interactions, whether it’s a handshake or a casual conversation, we heavily rely on perception and observing others. But have you ever wondered what goes on in your brain during these interactions?

    Researchers at the Netherlands Institute for Neuroscience have uncovered some fascinating insights into this aspect of human perception, revealing that our interpretation of others’ actions is more influenced by our expectations than we previously thought.

    Decoding Brain Processes in Social Interactions and Observations

    For a while, researchers have been looking into how our brains process the actions of others. Common understanding was that observing someone else’s action triggers a specific sequence in our brain: first, the visual brain regions light up, followed by the activation of parietal and premotor regions – areas we use to perform similar actions ourselves.

    This theory was based on brain activity observations in humans and monkeys during laboratory experiments involving isolated actions.

    However, real-life actions are rarely isolated; they often follow a predictable sequence with an end goal, such as making breakfast. This raises the question: how does our brain handle such sequences?

    Our Expectations Shape Our Perception

    The new research, led by Christian Keysers and Valeria Gazzola, offers an intriguing perspective. When we observe actions in meaningful sequences, our brains increasingly rely on predictions from our motor system, almost ignoring the visual input.

    Simply put, what we anticipate becomes what our brain perceives.

    This shift in understanding came from a unique study involving epilepsy patients who participated in intracranial EEG research. This method allowed researchers to measure the brain’s electrical activity directly, offering a rare peek into the brain’s functioning.

    Experimenting with Perception

    During the study, participants watched videos of everyday actions, like preparing breakfast. The researchers tested two conditions: one where actions were shown in their natural sequence and another where the sequence was randomized. Surprisingly, the brain’s response varied significantly between these conditions.

    In the randomized sequence, the brain followed the traditional information flow: from visual to motor regions. But in the natural sequence, the flow reversed. Information traveled from motor regions to visual areas, suggesting that participants relied more on their knowledge and expectations of the task rather than the visual input.

    This discovery aligns with the broader realization in neuroscience that our brain is predictive. It constantly forecasts what will happen next, suppressing expected sensory input.

    We perceive the world from the inside out, based on our expectations. However, if reality defies these expectations, the brain adjusts, and we become more aware of the actual visual input.

    Implications of the Study

    Understanding this predictive nature of our brain has significant implications. It sheds light on how we interact socially and could inform approaches in various fields, from psychology to virtual reality technologies.

    This research also highlights the complexity of human perception, revealing that our interpretation of the world around us is a blend of sensory input and internal predictions.

    The Netherlands Institute for Neuroscience’s study opens new doors in understanding human perception. It challenges the traditional view of sensory processing, emphasizing the role of our expectations in shaping our interpretation of others’ actions. As we continue to explore the depths of the human brain, studies like these remind us of the intricate and fascinating ways in which our mind works.

     WTF fun facts

    Source: “When we see what others do, our brain sees not what we see, but what we expect” — ScienceDaily

    WTF

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  • This Supplement Has Helped Keep My Brain Fog At Bay For 2 Years*

    This Supplement Has Helped Keep My Brain Fog At Bay For 2 Years*

    As a full-time novelist, I used to feel completely focused some days, and pages flew from my fingers. On other days, however, every word felt like a chore, and my wit seemed to be lost. With the good days making me feel so accomplished, and the bad days feeling like a waste, I went on a search for something that could help me make every day a good one. 

    I tried many different supplements, nootropics, and a variety of different forms of caffeine, but none delivered the “magic” effect they promised, and some left me even more distracted. Too much caffeine would impact my sleep and mood, so that didn’t work either. When I mentioned my challenges to a fellow health enthusiast with a master’s degree in nutrition, she recommended I try targeted supplementation with mindbodygreen’s brain guard+

    brain guard+ has become a staple for me over the last year. I always take it first thing in the morning, even while traveling (I pack it with me wherever I go). 

    I used to only take the supplement on work days, but I like feeling sharper on weekends, too. So now I take it six or seven days a week and order a three-month supply at a time.

    I love how it doesn’t hurt my sleep, how it has no weird ingredients, and how I can take it on an empty stomach without making it upset (even after a night out). Most importantly, I love having more good writing days.

    Just like any supplement, it’s not a miracle pill. I still need to maintain healthy eating, exercise daily, and get enough sleep to be at my best. brain guard+ just gives me an extra edge on top of those things.*

    Chris Palatucci

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  • These 3 Exercises Promote Cognitive Function In Aging Adults

    These 3 Exercises Promote Cognitive Function In Aging Adults

    For this study, researchers wanted to look at the immediate effects of aerobic exercise on cognition in older, healthy adults, namely looking at three aerobic exercises that demand cognitive focus: walking, nordic walking, and golf.

    The study included 25 healthy golfers aged 65 and up, who participated in the three different exercises. They played 18 holes of golf, took six-kilometer Nordic walks (a type of walking that incorporates poles to work the arms), and did six-kilometers of regular walking. They were in natural environments and could move at their typical pace.

    Different measures of cognitive function were assessed, such as attention, processing speed, and task-switching ability, as well as blood samples to look at the brain-benefits of the exercises. Fitness monitors were also worn to look at factors like pace, distance, energy expenditure, steps, etc.

    And based on the findings, it seems these three exercises are great options for adults who want to stay active and keep their minds sharp. Not only did just one session of any of these three exercises improve cognitive function, but Nordic and regular walking also both showed enhanced executive functions effects.

    Sarah Regan

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  • Old girl’s got the shake.

    Old girl’s got the shake.

    Stella has started walking sideways, no bladder control and cant stand up straight anymore. Im worried its a brain tumor and that she doesnt have very long to live. Please, if praying is your thing, say something for either a recovery or a short easy passing. She was a blind rescue who was a torpedo for peoples legs and knocked many a man down but we love her very much and I will miss her when her time does come…

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  • America’s Concussion Problem Is Way Bigger Than Sports

    America’s Concussion Problem Is Way Bigger Than Sports

    The months of haze began in an instant, when the horse I was riding stumbled at the exact moment I was shifting my seat. I don’t remember falling, though I do remember the feeling of the leather reins moving through my hand. I hit my thigh on the ground. Then the flat of my back hit the wall of the indoor arena so hard it felt like I’d popped every vertebrae in my spine. After a few minutes, I got back on the horse (everyone always asks if I got back on the horse), but I haven’t ridden since.

    Only on the way home did my thoughts begin to feel sluggish, like a fog was rolling across my brain. I heard ringing in my ears when I tried to think. Everything became too bright and too loud. I slept 17 to 20 hours each of the next three days. I woke up, ate, used the bathroom, and then wandered back to bed, exhausted.

    I suspected I had a concussion as soon as the brain fog began. Just the week before, I had heard on a podcast that people could get one without hitting their head. The day after the accident, my doctor confirmed my suspicion. The force of my back against the wall had given me whiplash, my neck jerking forward and back after the collision. My brain, jostling around in my skull, had been injured too.

    In my mind, the dangers of concussions were most acute for people who got too many of them—football players, boxers, military veterans, and others who underwent repeated trauma to the brain and had chronic traumatic encephalopathy. A single bump on the head? That was no big deal—except when it was.

    For months, a five-minute phone call made me exhausted, as though I’d been swimming laps for an hour. I couldn’t drive, and even as a passenger, looking out the window made me nauseous. Observing anything felt like work; my eyes skipped, as though the world was a slowed-down film reel. My real work—the writing I got paid to do—was impossible. Fun, too, was out of the question. Trying to retrieve thoughts felt like rummaging through one empty file cabinet after another. My self, that person who exists in the wiring in my brain, had gone missing. I worried that she might be gone for good.

    During that time, I started to rage against a system that leaves people suffering from concussions or “mild traumatic brain injuries” wading through bad or outdated advice. Studies keep showing that getting targeted rehabilitation for concussion symptoms can lead to a faster recovery, but that’s not what the average patient hears. Many people are still being told by doctors to simply wait a concussion out, when early treatment can make a big difference.


    My doctor told me to rest—that most concussion symptoms resolve within a few days. Three days later, the doctor said not to worry until it had been seven to 10 days. Later she updated that range to a month.

    When I was awake, I ate and used the little mental energy I had to search for information about concussions online and send emails to specialists. I wanted to know what was actually happening in my brain and if I could do anything to speed the recovery process along. I learned that a helmet can’t completely protect against a concussion because simply accelerating and decelerating quickly can exert enough force on the brain to injure it.

    Then I took a nap.

    I learned that researchers were working on blood tests that could detect a concussion by measuring protein fragments from damaged nerve fibers. (The first commercial product got FDA approval in March.) Douglas Smith, the director of the Center for Brain Injury and Repair at the University of Pennsylvania, describes these nerve fibers as the electrical grid for the city that is the brain. “Having a concussion is like having a brownout,” he told me. The brain’s connections aren’t gone, “but the signals aren’t going through.” And long-term symptoms after a single concussion aren’t uncommon. They happen to roughly 20 percent of concussion patients, Smith said.

    I rested again.

    I read books about concussions, a few chapters at a time. Most described people being told that, because their CT scan showed nothing, nothing could be done for them. (Concussions rarely show up on imaging.) Or they described people being discharged from hospitals while their brains felt so broken, they could hardly speak. Conor Gormally, the executive director of  Concussion Alliance, told me that he believes concussions are treatable injuries that just aren’t being treated by the average medical professional. “The biggest problem people face are barriers to the care that they need, which is out there,” he said.

    I closed my eyes in the dark room.

    Every time I would spend a little while awake and active, a sensation of pressure would build up behind my ears, in a way that made me feel like my brain was swelling. I’d always been able to push through feeling tired and keep working. Now I couldn’t. When I reached my limit, I’d hear buzzing, as though a bug was stuck inside my eardrums.

    I rested again.

    This went on for weeks. I started looking up treatments for concussions in my area and found page after page of listings for chiropractors or special centers that didn’t always take insurance but promised that they’d be able to fix my brain. I joined support groups on Facebook where patients shared what had and hadn’t worked for them. Sometimes the posts were hopeful—people got better—but many of the people who remained in the groups did so because years had gone by and they still had problems. What if I never recovered?

    After five weeks with no answers, I started sobbing in the middle of the day. I’m a journalist who believes in evidence-based medicine, yet I found so few resources that I started looking into alternative therapy. At a particularly low point, I went to see a doctor whose website looked like it hadn’t been updated since the early 2000s. Over the phone, he’d made multiple mentions of “clean eating” and similar things that gave me pause. I ignored my misgivings because he’d also all but promised he could make me better. I wanted so badly to be myself again. He sold tablets that promised to fight 5G radiation at the front desk. I considered walking away then but didn’t. His alternative treatments, which included wearing tinted glasses and a blanket that blocked electric radiation, didn’t help. They did cost $500.

    I went back to bed.


    No one really knows how many people get mild traumatic brain injuries every year. Emergency- room data don’t capture everybody, Elizabeth Sandel, a brain-injury-medicine specialist and the author of Shaken Brain, told me, because “a lot of people just go to their primary-care doctor.” The statistic of 3.8 million Americans a year gets bandied about, sometimes linked to mild head injuries from sports and other times to brain injuries of all kinds. Falls, recreational activities, car crashes, and domestic violence all can cause head trauma.

    One of the reasons a concussion is so hard to treat is that every brain injury is a little bit different. There are more than 30 concussion symptoms, Smith told me: Some people get severe headaches; others have troubles with cognition, balance, vision, and so on. The treatment might be different for each of these symptoms.

    Until recently, Sandel said, doctors often recommended that people with a brain injury spend the first days “cocooning,” or resting in a dark room. Now experts better understand that, for some patients, resting may be beneficial, but for others activities that don’t overly exacerbate symptoms might speed healing. The latest guidelines for concussion recovery, which came out in October 2022, continue to shift toward suggesting better rehab, sooner. If dizziness, neck pain, or headaches persist after 10 days, the guidelines now recommend “cervicovestibular rehabilitation”—exactly the kind of therapy that ultimately helped me recover. It’s a combination of manual therapy on key muscles and rehab for the vestibular, or balance, system. Multiple studies have shown the benefits of this type of rehab, including a 2014 study that found that 73 percent of treated patients recovered after eight weeks, compared with 7 percent in the control group.

    By the time I got an appointment at a multidisciplinary brain-injury-rehab center near where I lived, more than two months had passed. After a lot of phone calls with my eyes closed—I could focus longer if I limited external stimulation—I found a vestibular therapist. This kind of therapy focuses on restoring the balance system through a combination of physical and eye exercises. My eyes not working in tandem was a classic sign that this area needed rehab.

    The therapist gave me exercises where I tracked my finger with my eyes to help them get back in sync. At my first appointment with him, I could hardly stand on one leg with my eyes open without falling over. After practicing the balance exercises he gave me for a few weeks, I could once again stand on one leg with my eyes closed.

    Manual physiotherapy, especially for the back and neck, can help restabilize and strengthen muscles after an accident. For me, this meant targeted physical therapy, strengthening exercises, and visits to a specialized chiropractor who used X-rays and gentle adjustments to put my neck back where it belonged.

    Some of the things I’d found through trial and error, like using a stationary bike for an hour each day, the brain-rehab center would have been recommended for me anyway. But long waitlists to get into places like that aren’t uncommon—and having the right doctors made a significant difference.

    Soon I noticed my stamina increasing every day. The neighbor’s dog didn’t seem so loud anymore. I could drive for 20 minutes, and then a full hour. I could even talk on the phone with friends and family whom I hadn’t been able to connect with for months. I read or went outside and did not need to nap. I wasn’t recovered but, finally, I was recovering.

    After three months, I began taking some writing assignments again. I’d been struggling to hold more than one thought in my head at a time, but now it was like my brain had rebooted. I was again the person I remembered.

    Six months after falling off the horse, my final, lingering symptom—the feeling of pressure in my head when I’d been working for too long—went away. I recovered but was left wondering why it had taken so much time for me to be routed to the care that I needed. I’ll never know if I would have gotten better without it, but I suspect recovery would have, at the very least, taken much longer. Why had I—a patient with a brain injury—been the one sifting through scientific papers and online support groups rather than getting these referrals from my doctor? In our American health-care system, many patients are expected to be their own advocates, but in this case, when a better, clearer path to recovery is so well established, it seems like that should have been unnecessary.

    I often think wistfully about returning to riding, but then think again of that one moment when I slipped from the saddle and the months it took to recover. We brush off the dangers of a single concussion, but sometimes one fall or bad knock to the head is all it takes to turn your life upside down.

    Tove Danovich

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  • Sleep Is Crucial For Preventing Neurological Disease, Experts Say

    Sleep Is Crucial For Preventing Neurological Disease, Experts Say

    The glymphatic system works by bringing cerebrospinal fluid to the brain while we sleep, which removes protein waste products like tau proteins and amyloid beta—which are well known risk factors for Alzheimer’s and dementia.

    And for starters, Nedergaard notes, there appears to be a bidirectional relationship between sleep and the glymphatic system, and neurological conditions. Namely, she writes, cardiovascular, neurological, and several inflammatory diseases have all been shown to worsen glymphatic function—as does chronic stress and aging in general.

    Further, this toll on the glymphatic system predisposes individuals to neurodegenerative diseases like Alzheimer’s.

    But on the flipside, Nedergaard explains, better sleep could mean an improved glymphatic system. “Common approaches that are known to reduce stress and improve sleep and life quality all act by improving glymphatic flow and restoring brain homeostasis,” she adds.

    Sarah Regan

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  • Research Reveals Aerobic Exercise Helps With Memory As We Age

    Research Reveals Aerobic Exercise Helps With Memory As We Age

    Based on their findings, the team concluded that not only does regular exercise help support episodic memory over time, but aerobic exercise seems to be best—and they found the greatest benefits in those 55 and up.

    Episodic memories are memories of specific experiences that include things like time and location, such as driving a car for the first time, walking the stage at graduation, or your most recent birthday. And according to the study authors, episodic memory is one of the earliest memory systems to decline as we get older.

    “From our study, it seems like exercising about three times a week for at least four months is how much you need to reap the benefits in episodic memory,” Aghjayan explains, adding, “We found that there were greater improvements in memory among those who are age 55 to 68 years compared to those who are 69 to 85 years old—so intervening earlier is better.”

    And if you’re looking for other habits to help support memory as you age, check out our roundup of memory-supporting supplements.

    Sarah Regan

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  • The Neuroscience Of Altruism & How To Strengthen Your Morals

    The Neuroscience Of Altruism & How To Strengthen Your Morals

    Steven M. Southwick, Yale University Medical School, ConnecticutSteven Southwick, MD, was Glenn H. Greenberg Professor Emeritus of Psychiatry, PTSD, and Resilience at Yale University Medical School and Medical Director Emeritus of the Clinical Neuroscience Division of the National Center for PTSD of the US Department of Veterans Affairs. Dr. Southwick was one of the world’s leading experts in psychological trauma and human resilience. His collaborations with Dr. Dennis Charney led to foundational discoveries about the biology and treatment of post-traumatic stress disorder, and factors that support resilience. His own resilience while fighting advanced prostate cancer for five years was an inspiration to his friends, colleagues, and family. He passed away on April 20, 2022, and Resilience, which he worked on through his final weeks, is dedicated to his life and legacy.

    Dennis S. Charney, Icahn School of Medicine at Mount Sinai, New YorkDennis S. Charney, MD, is Anne and Joel Ehrenkranz Dean of the Icahn School of Medicine at Mount Sinai and President for Academic Affairs for the Mount Sinai Health System. Dr. Charney is a world expert in the neurobiology of mood and anxiety disorders. He has made fundamental contributions to our understanding of the causes of anxiety, fear, and depression, and among his discoveries is use of ketamine for the treatment of depression – a major advance in the past fifty years of clinical care. He also focuses on understanding the psychology and biology of human resilience, which has included work with natural disaster survivors, combat veterans, and COVID-19 frontline healthcare workers. He has over 600 publications to his name, including books, chapters, and academic articles. In 2016 he was the victim of a violent crime that tested his personal resilience.

    Jonathan M. DePierro, Icahn School of Medicine at Mount Sinai, New YorkJonathan M. DePierro, PhD, is Associate Professor of Psychiatry at the Icahn School of Medicine at Mount Sinai and Associate Director of Mount Sinai’s Center for Stress, Resilience, and Personal Growth. Dr. DePierro, a clinical psychologist, is an expert in psychological resilience and the treatment of trauma-related mental health conditions. After many years working with individuals impacted by the 9/11 terrorist attacks, he now focuses on supporting the mental health needs of healthcare workers. Having experienced extensive bullying throughout his childhood, he learned important lessons about resilience that continue to inform his clinical and research work.

    Dennis S. Charney, Steven M. Southwick, and Jonathan M. DePierro

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  • The Brain-Health Benefits Of A Morning Routine, From Experts

    The Brain-Health Benefits Of A Morning Routine, From Experts

    According to communication pathologist and cognitive neuroscientist Caroline Leaf, Ph.D., your mind is very vulnerable the moment you wake up. “Your conscious mind is only awake when you’re awake,” she notes on the mindbodygreen podcast, but your unconscious mind works 24/7, even while you’re asleep.

    When you first wake up, there’s an important sliver of mental space as your unconscious and conscious mind start to work together again. And what you do during that time can impact the rest of your day, she claims. For example, let’s say you wake up, immediately check your phone, and come across some negative or stressful news—you might unconsciously take that stress with you throughout your day. 

    Cognitive behavioral therapist Joanna Grover, LCSW, agrees: “It’s just like the first thing you eat in the morning, like some people start their day with a glass of water,” she says on another mindbodygreen podcast episode. “The first thing that you pick up, whether it’s your phone or your meditation mat, is significant. It will set the expectation for the day.”

    She even recommends “rehearsing” what you’ll do or say in the morning, in order to commit to the healthy habit. “You’re more likely to do it if you rehearse it beforehand,” she adds. That said, planning your morning routine is far from frivolous—it may be necessary for a calm, healthy headspace. 

    Of course, that doesn’t mean you must commit to a 10-step wellness routine, complete with high-tech gadgets and aesthetic glassware (contrary to what TikTok might have you believe). That’s not the brain-healthy morning routine these experts are talking about. In fact, the pervasive notion that you should have a morning filled with “self-care” can cause even more stress in the long-run. 

    “As a working mom, there’s no time to wake up in the morning and meditate for 20 minutes, do a breathing practice, and then have the perfect coffee followed by an ice bath, sauna, a nice long walk, and a workout,” notes certified precision nutrition coach and mobility pioneer Juliet Starrett in her mbg podcast episode. “As a working mom, you wake up, and you’re lucky to power down an espresso before getting people dressed, making breakfasts and lunches, and trying to get people out the door. The notion that you would have two hours in the morning to take care of your morning routine is preposterous, and actually as a mom would make me mad.” 

    Say it with us: Morning routines do not have to take up a large chunk of time. We can even swap the phrase “morning routine” with a “morning moment,” since the most important time to consider is the first few minutes of waking. 

    Jamie Schneider

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  • Your Phone’s Sheer Presence Is Draining Your Brain

    Your Phone’s Sheer Presence Is Draining Your Brain

    Our brain is only able to retain a certain amount of information at any particular moment—this is called our “cognitive capacity.” Different cognitive tasks require different amounts of our brain’s cognitive capacity. 

    Our cognitive abilities and restraints are determined by the availability of our attentional resources—such as working memory (i.e., the amount of information we can mentally hold at any given time) and fluid intelligence (i.e., the ability to solve new problems). 

    The thing is, attentional resources are limited, and using them for one cognitive task leaves fewer available for other tasks (and, in turn, reduces available cognitive capacity). Given the overwhelming abundance of information at our fingertips and our brains’ limited capacity to process that information, we need to be incredibly selective with how we’re allocating our attentional resources. 

    Morgan Chamberlain

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  • The Possible Link Between IBS & Parkinson’s Disease

    The Possible Link Between IBS & Parkinson’s Disease

    Before we dive into these findings, let’s cover the current state of Parkinson’s research, preceding this study.

    The most common suspected cause of Parkinson’s disease is a pathological pattern of Lewy body (LB) protein deposition. These depositions, researchers say, mainly consist of misfolded α-synuclein—a presynaptic neuronal protein that is linked genetically and neuropathologically to Parkinson’s disease1

    Interestingly, the misfolded α-synuclein has not only been found in the central nervous system but also in the vagus nerve and the enteric nervous system (ENS)—the latter located within the walls of the GI tract, 2extending from the esophagus to the anal canal, in people with Parkinson’s disease.

    The new study, published in BMJ Journals set out to explore the possibility of Parkinson’s disease originating in the gut, based on the fact that misfolded proteins have been found in the GI tract and esophagus.

    In order to study this, researchers looked for Parkinson’s patients who had digestive symptoms before being diagnosed with the brain disorder.

    The researchers analyzed a combination of case-control studies of 24,624 Parkinson’s patients and a cohort study utilizing a U.S.-based nationwide medical record network. They looked for a broad range of both GI symptoms and GI diagnoses that appeared before Parkinson’s diagnoses.

    Hannah Frye

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