Changing stroke rehab and research worldwide now.Time is Brain! trillions and trillions of neurons that DIE each day because there are NO effective hyperacute therapies besides tPA(only 12% effective). I have 523 posts on hyperacute therapy, enough for researchers to spend decades proving them out. These are my personal ideas and blog on stroke rehabilitation and stroke research. Do not attempt any of these without checking with your medical provider. Unless you join me in agitating, when you need these therapies they won't be there.

What this blog is for:

My blog is not to help survivors recover, it is to have the 10 million yearly stroke survivors light fires underneath their doctors, stroke hospitals and stroke researchers to get stroke solved. 100% recovery. The stroke medical world is completely failing at that goal, they don't even have it as a goal. Shortly after getting out of the hospital and getting NO information on the process or protocols of stroke rehabilitation and recovery I started searching on the internet and found that no other survivor received useful information. This is an attempt to cover all stroke rehabilitation information that should be readily available to survivors so they can talk with informed knowledge to their medical staff. It lays out what needs to be done to get stroke survivors closer to 100% recovery. It's quite disgusting that this information is not available from every stroke association and doctors group.

Wednesday, December 10, 2025

You Don’t Have to Clear Your Mind to Meditate. Here’s the Truth, Backed by Science by Super Age

 I do all mine while forest bathing.

Your doctor has been incompetent for how many years in not prescribing meditation for your recovery? Well over a decade and your doctor hasn't been fired yet?
  • meditation (64 posts to January 2012)

  • You Don’t Have to Clear Your Mind to Meditate. Here’s the Truth, Backed by Science

    Forget the myth that meditation means stopping your thoughts. Learn how awareness, not emptiness, rewires your brain for focus, calm, and resilience.

    In my meditation teacher training recently, a student raised a great question: “What do you say to people who ask, ‘Am I supposed to stop thinking during meditation?’”

    My teacher smiled and said, “I tell them: You’re not erasing thought. You’re developing awareness so you can be aware of thinking.”

    That shift in framing matters.

    Because meditation isn’t about not thinking.
    It’s about practicing not getting lost in your thoughts.
    It’s about noticing that you’re thinking, planning, worrying, and still being present rather than swept away.

    You Can’t “Clear Your Mind.” That’s a Meditation Myth

    “Clearing your mind” isn’t about erasing thoughts. 

    When you “clear the table” after dinner, you don’t throw everything away. You put things back in their place: The dishes get washed and put in the cabinet. Yes, the garbage gets thrown out, or some of it gets composted. The leftovers get put away in the fridge. “Clearing your mind” isn’t about having a mind filled with nothing. It’s about putting thoughts in their place and creating space around them so they don’t hijack your entire awareness.

    You Are What You Practice

    In meditation, we get to experience our own awareness. We practice how to be in relationship with whatever is arising, whether it be thoughts, sensations, emotions, without becoming overwhelmed or reactive. And when we do that, we open ourselves up to experiencing more of the world. How wonderful!

    My meditation teacher says, we’re always practicing something. And what you practice becomes how you live. Are you practicing stress? Practicing distraction? Or are you practicing calm? Practicing contentment? Practicing open-hearted curiosity?

    You are what you practice. 

    When stress or uncertainty hits or a trigger surfaces and your body shifts into reaction mode (fight, flight, fawn, or freeze), if you’ve been practicing presence, your nervous system has another path it knows how to find. You become more able to respond to the moment rather than react out of habit. In this way, practicing meditation give you choice.

    That’s agency. That’s resilience. That’s freedom.

    What Meditation Really Trains You to Do

    Here’s how [mahynd-fuhl-nis]nounThe practice of paying attention to the present moment with non-judgmental awareness.LEARN MORE meditation works: You sit. You breathe. You rest your attention on an anchor: your breath, a sound, a sensation, a candle flame. Inevitably, your mind drifts away from that anchor. You start planning dinner, or replaying an argument, or solving a work dilemma. That’s normal. That’s how our brains work. This is also the moment where most people think they’re failing at meditation. But, if you’ve noticed your mind has wandered, then you’re actually meditating! Because you’re aware. Congratulations! That’s one rep. Now, do it again. Find your anchor. Breathe. Keep your attention on your anchor. When you notice your mind has wandered, congratulate yourself for noticing and return to your anchor.

    That’s the practice. You don’t shame yourself for drifting off or decide it makes you a “bad meditator.” That single moment of recognition (“">oh, my mind wandered!) is the beginning of neural rep that can strengthen focus, steadiness, and emotional flexibility. Meditation is the practice of returning, and the returning becomes resilience, and the resilience becomes presence. You return to the breath. And begin again.

    Meditation is the practice of returning, and the returning becomes resilience, and the resilience becomes presence.”

    We spend a lot of our time and energy pushing away things we think we’re doing wrong. Meditation asks us to welcome it all. Notice. Set it aside. Return to an anchor. And begin again. Some people find it helpful to label whatever kinds of thoughts or sensations have swept them away once they notice them. You can simply say, this is planning or this is remembering or this is worrying. And then, gently, you bring your attention back to the breath or whatever anchor you’ve chosen. It’s not about whether you’re planning or thinking. It’s about whether you’re lost in planning or aware in planning.

    Discomfort in your body? A sound outside the room? A wave of self-doubt?

    Notice. Be with it. Allow it. Then come back.

    That’s the rep.
    That’s the practice.
    That’s training your attention.

    And it matters now more than ever. 

    A Three-Minute Guided Breath Meditation

    Listen:

    Wherever you are, take this moment to pause. You can set a timer for three minutes if you’d like.

    • Find a comfortable, supported position. You can close your eyes if you’d like, but you don’t have to.
    • Take a few deep, cleansing breaths, inhaling through your nose and extending your exhale through your mouth
    • Release any tension you feel. Soften your belly, your shoulders, your tongue.
    • And relax into your natural breath.
    • Notice that your breathing happens without you having to do anything.
    • Notice where you feel your breath most. Is it in the rise and fall of your belly? In your nostrils? You chest? Just notice.
    • Notice the inbreath, and the outbreath.
    • Notice that there’s a pause in between.
    • You can say “in” and “out” along with your breath if that helps you.
    • Sit in this way, breathing naturally, strong and supported, with your attention on your breath.
    • When you notice that your mind has wandered, as it naturally does, bring your attention kindly back to your breath.
    • You can do this for just one breath. And then try for another.
    • Sit in this way, supported, naturally breathing, returning to the breath when your mind wanders.
    • When you’re done, wiggle your toes, open your eyes if they are closed, stretch your arms above your head. Breathe deeply.
    • If you’d like, you can place your hand on your heart and offer a moment of thanks for your practice.

    That’s it. That’s the practice. You can do that as often as you like. The more you practice, the more you’re rewiring your brain for resilience. May your practice be for the benefit of all beings.

    Meditation Matters in the Attention Economy

    We live in a world determined to own a share (if not all) of your attention. Marketers call it mindshare. Social platforms call it engagement. Economists and technologists call it the attention economy.

    But when you lose control of your attention, you lose the thread of your own life. You get swept into eddies of distraction that can lead to disconnection from your body, your relationships, your purpose. You start living in the surface currents of your mind; spinning, scrolling, reacting, while your deeper self goes uninhabited.

    Right here, in this moment, is where your breath is breathing.
    Where your heart is beating.
    Where your hands are doing their work.
    Where your life is happening.

    Meditation is how we practice returning to this present moment. It’s not about perfection. It’s about pliability. How stretchable is your attention? How wide can you open the window of your attention without getting blown away by the winds of distraction? When your attention wanders, does it take a search party to bring it back? Or can it return easily, like a well-used muscle?

    That’s why we train. That’s why we sit. When we build awareness of our thoughts, emotions, and impulses, we build our capacity, our power. Not power over others, but power to choose how we show up. To pause before reacting. To stay grounded when emotions rise. To be fully here.

    You don’t have to stop thinking to meditate. You just have to notice.

    You don’t have to be peaceful to practice. You just have to sit with what’s here.

    Deep learning-based brain age predicts stroke recurrence in acute ischemic cerebrovascular disease

     

    Your competent? doctor determined your brain age 2 years ago, right? And then created PRECISE PROTOCOLS TO REDUCE YOUR BRAIN AGING! Oh no, NOTHING OCCURRED!

    AI Uncovers Secrets of Brain Aging October 2023 

    The latest here:

    Deep learning-based brain age predicts stroke recurrence in acute ischemic cerebrovascular disease


    Abstract

    Acute ischemic cerebrovascular disease (AICVD) exhibits high recurrence rates, necessitating novel biomarkers for refined risk stratification. While MRI-derived brain age correlates with stroke incidence, its prognostic utility for recurrence is unestablished. We developed the Mask-based Brain Age estimation Network (MBA Net), a deep learning framework designed for AICVD patients. MBA Net predicts contextual brain age (CBA) in non-infarcted regions by masking acute infarcts on T2-FLAIR images, thereby mitigating the confounding effects of dynamic infarcts during acute-phase neuroimaging. The model was trained on data from 5353 healthy individuals and then applied to a multicenter cohort of 10,890 AICVD patients. Brain age gap (BAG), defined as the deviation between CBA and chronological age, independently predicted stroke recurrence at both 3 months and 5 years, outperforming chronological age. Incorporating BAG into established prediction models significantly improved discriminative performance. These findings support brain age’s potential utility in AI-driven precision strategies for secondary stroke prevention.

    Brain age gap as a predictive biomarker that links aging, lifestyle, and neuropsychiatric health

    Your competent? doctor determined your brain age 2 years ago, right? And then created PRECISE PROTOCOLS TO REDUCE YOUR BRAIN AGING! Oh no, NOTHING OCCURRED!

    AI Uncovers Secrets of Brain Aging October 2023 

    The latest here;

    Brain age gap as a predictive biomarker that links aging, lifestyle, and neuropsychiatric health


    Abstract

    Background

    The brain age gap (BAG) is a neuroimaging-derived marker of accelerated brain aging. However, its clinical application faces challenges due to model inaccuracies and unclear links to disease mechanisms. This study investigates the clinical relevance of BAG across neuropsychiatric disorders, cognitive decline, mortality, and lifestyle interventions.

    Methods

    We use data from multiple cohorts, including 38,967 participants from the UK Biobank (ages 45–82, 52.5% female), 1,402 individuals from the ADNI study (ages 55–96, 56.0% female), and 1,182 from the PPMI study (ages 45–83, 58.0% female). We develop a 3D Vision Transformer for whole-brain age estimation. Survival analysis, restricted cubic splines, and regression models assess BAG’s associations with cognitive, neuropsychiatric disorders, mortality and impact of lifestyle factors.

    Results

    Here we show that the model achieves a mean error of 2.68 years in the UK Biobank and 2.99–3.20 years in ADNI/PPMI. Each one-year increase in BAG raises Alzheimer’s risk by 16.5%, mild cognitive impairment by 4.0%, and all-cause mortality by 12%. The highest-risk group (Q4) shows a 2.8-fold increased risk of Alzheimer’s disease, a 6.4-fold risk of multiple sclerosis, and a 2.4-fold higher mortality risk. Cognitive decline is most evident in Q4, particularly in reaction time and processing speed. Lifestyle interventions, especially smoking cessation, moderate alcohol consumption, and physical activity, significantly slow BAG progression in individuals with advanced neurodegeneration.

    Conclusions

    BAG predicts accelerated brain aging, neuropsychiatric disorders, and mortality. Its ability to detect nonlinear cognitive thresholds and modifiability through lifestyle changes makes it useful for risk stratification and prevention.

    Plain language summary

    This study examines whether the brain age gap (BAG)—the difference between a person’s estimated brain age and their chronological age—can predict risks of cognitive decline, mental health disorders, and early death. We analyzed MRI scans from over 40,000 participants across three large-scale cohort studies and used a deep-learning model to estimate brain age. We found that a larger BAG was linked to higher risks of cognitive decline, dementia, multiple sclerosis, and reduced survival. Importantly, lifestyle changes such as quitting smoking, moderate alcohol use, and regular exercise significantly reduce brain aging, especially in high-risk individuals. Measuring BAG could enable early detection of at-risk individuals and guide targeted lifestyle interventions and public health strategies to preserve brain health.

    The impact of bimanual reach training with augmented position sense feedback on post-stroke upper limb somatosensory and motor impairment

     I see nothing that suggests spastic arms were tested. There would be no reaching at all regardless of position sense. I need spasticity to be cured before I'll ever be able to reach again. 

    The impact of bimanual reach training with augmented position sense feedback on post-stroke upper limb somatosensory and motor impairment

      Abstract

      Background

      Impaired arm position sense is a common somatosensory impairment after stroke, which significantly impacts the performance of functional activities using the upper limb. However, few clinical interventions target loss of position sense after stroke. Our aim was to use interlimb force-coupling to augment position sense of the stroke-affected arm during a bilateral reaching task and investigate the impact of training with this feedback manipulation on measures of arm position matching ability and both bilateral and unilateral motor control.

      Methods

      Twenty-four participants with a history of stroke were randomized (N = 12/group) to perform mirrored bimanual aiming movements with either interlimb force-coupling (Augmented PF) or uncoupled symmetrical reaches with only visual feedback about movement position. Participants completed 11 sessions (295 bimanual reaches/session) using a Kinarm End-Point robot. Performance on measures of arm position sense (Arm Position Matching, APM), motor impairment (Fugl-Meyer Upper Limb, FM), motor function (Wolf Motor Function Test, WMFT), unilateral reach accuracy and speed (Visually Guided Reaching, VGR), and bilateral reach symmetry were collected before and after training to characterize changes in upper limb somatosensory and motor control performance.

      Results

      APM Task Scores improved for both groups. This improvement was specifically observed through reduced APM variability, but not accuracy. FM scores also improved for both groups. The group that did not practice with force-coupling between limbs improved on measures of bilateral movement symmetry on a mirrored reaching task and had faster VGR movement times in post-test.

      Conclusion

      Symmetrical reach training with or without augmented PF led to reduced motor impairment and benefited upper limb position matching ability by reducing APM variability. Augmenting position sense during reaching did not provide additional benefits for position matching accuracy. Advantages for unilateral movement speed and bilateral reach symmetry measures in the group that practiced without interlimb coupling may reflect specificity of practice effects due to similarity between test and training conditions for this group.


      5000 Steps a Day May Slow Disease Progression in Early Alzheimer’s Disease

       All these other step counts; which one is your competent? doctor enamored of?

      Your competent? doctor better get you recovered enough to do whatever number of steps you want.

      Oh no, your doctors completely fucking failed at that task, and you haven't fired them yet?!

      Well, there's all these other numbers for walking that your doctor already told you about, right? Choose one.

      The latest here:

      5000 Steps a Day May Slow Disease Progression in Early Alzheimer’s Disease

      Taking just over 5000 steps daily could curb progression of preclinical Alzheimer’s disease (AD) by slowing the accumulation of tau protein in the brain, new data showed, possibly offering a more attainable activity goal for sedentary older adults.

      Tau accumulation and cognition plateaued with 5001-7500 steps per day, but even modest activity at 3001-5000 steps daily was associated with notable slowing of tau accumulation and cognitive decline in those with existing early AD pathology.

      Researchers leading the Harvard Aging Brain Study (HABS) had previously reported that higher daily step counts were linked to slower cognitive decline among cognitively normal adults with elevated brain amyloid-beta, but it was unclear whether this might be related to changes in amyloid-beta or tau over time or if more moderate activity would offer the same benefit.

      “In the current study with a larger HABS cohort with longer follow-up, we were able to clarify that the association with cognitive decline was not explained by differences in amyloid accumulation,” first author Wai-Ying Wendy Yau, MD, with Massachusetts General Brigham and Harvard Medical School, Boston, told Medscape Medical News.

      “Instead, for a given amount of elevated amyloid burden, higher step counts were associated with slower accumulation of tau — the protein most closely linked to memory loss in AD — which largely explained the relationship with slower cognitive decline,” Yau said.

      The study was published online on November 3 in Nature Medicine.

      The Anti-Inflammatory Foods That Help Protect Your Heart by Super Age

       

      Do you really think your incompetent? doctor will get the dietician to create protocols on this? 

      The Anti-Inflammatory Foods That Help Protect Your Heart

      Your heart works nonstop to keep you alive and thriving.

      We’ve all heard that the key to keeping your heart healthy is getting regular exercise, managing stress, nourishing relationships, and stacking your plate with heart-healthy foods. Today we wanted to call out a few super-star foods that help with one of the main drivers of [hahrt dih-zeez]nounConditions affecting heart health and circulation.Learn More[in-fluh-mey-shuhn]nounYour body’s response to an illness, injury or something that doesn’t belong in your body (like germs or toxic chemicals).Learn More.

      Chronic inflammation in your arteries quietly fuels plaque buildup, the underlying cause of most heart disease. But nature has a built-in defense: certain foods packed with antioxidants and [pol-ee-fee-nawlz]nounPlant compounds that act as antioxidants.Learn More that calm inflammation and support your vascular system.

      Why Inflammation Matters for Your Heart

      Inflammation is the immune system’s response to injury or threat. But when inflammation sticks around, especially in your arteries, it sets the stage for atherosclerosis, which is the slow accumulation of plaque that narrows and hardens your blood vessels.

      This chronic inflammation damages the lining of your arteries, making it easier for cholesterol and other substances to build up. Over time, this can lead to blockages that raise your risk of heart attack and stroke. A 2024 review in the New England Journal of Medicine confirmed that controlling inflammation is just as important as managing cholesterol levels when it comes to preventing cardiovascular disease.

      The good news? The right foods can help turn down this inflammatory fire.

      The Power of Polyphenols and Antioxidants

      Polyphenols are natural compounds found in plants that act as antioxidants, molecules that neutralize free radicals, which are unstable atoms that cause oxidative stress and damage to cells, including those in your arteries.

      Eating polyphenol-rich foods has been shown to reduce markers of inflammation like C-reactive protein (CRP) and improve endothelial function, which means your arteries stay flexible and healthy. A 2023 study highlighted how diets rich in polyphenols can reduce arterial inflammation and improve cardiovascular health by supporting blood vessel function and lowering oxidative stress over time.

      The Best Foods That Help Protect Your Heart

      Here are some of the top anti-inflammatory foods that are easy to include in your daily routine:

      1. Elderberries, Bilberries, and Black currants

      Elderberries, bilberries, and black currants have the highest amount of anthocyanins, a type of polyphenol that fights inflammation. Studies show that eating berries regularly can improve blood pressure and reduce LDL (“bad”) cholesterol oxidation, both key factors in heart disease risk). Blueberries and blackberries also contain high amounts of these inflammation-fighting polyphenols.

      2. Capers, Onions, Shallots, Kale, and Spinach

      These foods are high in quercetin (capers, onions, and shallots) and kaempferol (kale and spinach), powerful flavonoids found in leafy greens, fruits, and vegetables. They’ve been shown to reduce inflammation and protect cells from oxidative damage. And their anti-inflammatory effects extend to improving cardiovascular health by lowering blood pressure and enhancing blood vessel function, making them promising natural compounds for managing chronic inflammation and heart disease.

      3. Turmeric

      Curcumin, the active compound in turmeric, has been extensively studied for its anti-inflammatory properties. Clinical trials indicate curcumin supplements can lower systemic inflammation and improve endothelial function in people with cardiovascular risk factors. Add turmeric to soups, stews, or golden milk lattes for an easy dose.

      4. Almonds, Walnuts, Flaxseeds, and Chia seeds

      These nuts and seeds contain healthy fats, fiber, and polyphenols that reduce inflammation markers and improve cholesterol profiles. For example, walnuts are rich in [oh-may-guh three fat-ee as-ids]nounEssential fats that reduce inflammation and support brain health.Learn More, which have been linked to decreased arterial plaque and improved heart rhythm stability.

      5. Green Tea

      Green tea’s catechins offer antioxidant and anti-inflammatory benefits. Research shows that drinking green tea daily is associated with lower arterial stiffness and reduced risk of cardiovascular disease. Swap your afternoon coffee for a cup of green tea to enjoy these benefits.

      How to Build an Anti-Inflammatory Plate

      It’s not about eating a single “[soo-per-food]nounA nutrient-rich food that offers health benefits.Learn More.” It’s about creating a pattern of eating that regularly includes these powerful anti-inflammatory ingredients. Here are simple ways to get started:

      • Aim to fill half your plate with colorful vegetables and fruits every meal.
      • Add a handful of nuts or a tablespoon of seeds to your breakfast or salad.
      • Use turmeric in cooking at least three times a week.
      • Swap sugary beverages for green tea or water infused with fresh berries.
      • Keep frozen berries and greens on hand for quick smoothies or meals.

      Heart disease remains the leading cause of death worldwide, but many cases are preventable through lifestyle changes. As we age, the risk rises, and inflammation quietly increases too. Tackling inflammation through diet is a practical, accessible step anyone can take. The body responds quickly to positive dietary changes, so starting today can pay dividends tomorrow.

      If you’re managing other risk factors like high blood pressure, high cholesterol, or diabetes, focusing on anti-inflammatory foods can complement your medical care and strengthen your defenses.

      Your Weekly Anti-Inflammatory Checklist

      Try this simple weekly tracker to build your anti-inflammatory habits:

      • Eat berries at least 4 times per week.
      • Include leafy greens in 5 meals per week.
      • Use turmeric in cooking 3 times per week.
      • Snack on nuts or seeds 3 times per week.
      • Drink green tea 3 to 5 times per week.

      Check in with yourself weekly. Which of these are easiest to add? Which feel like a stretch? Adjust and refine your approach as you learn what fits your life and taste.

      [an-tee-in-flam-uh-tawr-ee]