8 Proven and Effective Ways to Overcome Fatigue After Stroke by Flint Rehab

 This is all managing fatigue, NOT CURING IT OR PREVENTING IT!

Only persons not belonging in stroke would think this is useful! SOLVE THE GODDAMN PROBLEM!

8 Proven and Effective Ways to Overcome Fatigue After Stroke

Fatigue after stroke is one of the most common and frustrating symptoms people experience after a stroke. It affects daily routines, mood, motivation, and even the pace of rehabilitation. Some survivors describe it as a heaviness that settles into their body, while others feel mentally drained long before the day is over.

The good news is that post stroke fatigue can be managed with the right strategies. Recovery improves when you understand the patterns behind your energy levels and make small, sustainable adjustments. This guide explores eight practical ways to overcome post stroke fatigue, along with tips to help you feel more balanced and supported as you move through recovery.

Understanding Post Stroke Fatigue

Post stroke fatigue is different from ordinary tiredness. It can appear even after a full night of sleep and may worsen with stress, overstimulation, or activity that once felt effortless. It is common for survivors to feel both mental and physical exhaustion because the brain is still healing and therefore is working harder to complete everyday tasks.

Many factors contribute to fatigue after stroke. These include:

The brain’s energy demand during recovery

Muscle weakness or limited mobility

Sleep disturbances

Medication side effects

Emotional strain or anxiety

Cognitive challenges that require more effort

Language or communication problems depleting cognitive resources

Recognizing that this sort of post stroke fatigue is a part of recovery, not a personal failure, can make it easier to approach with patience and strategy. The following sections outline proven ways to manage post stroke fatigue effectively.

1. Pace Your Day With Thoughtful Energy Management

Energy management and optimization is one of the most reliable tools for reducing fatigue. It helps you spread your effort across the day rather than using all your energy at once. Many survivors find that pacing allows them to complete more activities with fewer setbacks.

Practice the “Prioritize, Plan, and Pause” Approach

This simple method helps you conserve energy while still making progress toward recovery and independence.

Prioritize: List your most important tasks for the day. Focus your energy on what truly matters and move lower priority items to a later time if needed.

Plan: Create a schedule that includes gentle transitions between activities. Rushing from one thing to another can be overwhelming and drain energy quickly.

Pause: Short breaks throughout the day prevent burnout. Even a few minutes of rest can help reset your system and keep fatigue from building.

Respect Your Energy Boundaries

Pay attention to how your body responds throughout the day. If you notice early signs of fatigue, such as slower thinking or heavier movement, pause before exhaustion sets in. Regular pacing is more helpful than pushing through until you feel depleted. Be willing to ask for help as needed. Temporarily delegating specific tasks, such as heavy cleaning jobs or meal preparation, to caregivers or family members can allow you to conserve your energy for other activities.

2. Improve Sleep Quality and Nighttime Routines

Sleep plays an important role in healing. Many survivors struggle with falling asleep, staying asleep, or waking up feeling refreshed. Improving your sleep habits can greatly reduce daytime fatigue.

Support Better Sleep With Consistent Habits

Try adopting some of the following routines, often referred to as good sleep hygiene, to help your body settle into a natural rhythm:

Go to bed and wake up at the same time each day

Limit caffeine in the afternoon

Create a calming environment with dim lighting

Avoid screens at least 30 minutes before bedtime

Use gentle stretches or breathing exercises to unwind

Learn How to Fall Asleep Faster and Improve Sleep Quality After Stroke

Address Sleep Challenges Early

Some survivors develop sleep apnea, restless legs, or increased nighttime muscle tension after a stroke. If you suspect any of these contribute to poor sleep, speak with a healthcare professional. Treating sleep problems often leads to meaningful improvements in fatigue.

3. Strengthen Your Body With Safe, Gradual Movement

Exercise may sound counterintuitive when your energy feels low, but research consistently shows that gentle physical activity can help reduce fatigue over time. The key is to start slowly and choose movements that match your current abilities.

Begin With Light, Low Impact Activities

Common starting points include:

Short walks

Seated mobility exercises

Simple balance or posture training

Range of motion routines

Movement increases circulation, supports brain recovery, and helps regulate mood. Even small changes, like standing up and stretching every hour, can contribute to better energy balance.

Build Endurance Bit by Bit

If you feel stronger after a few weeks of gentle activity, add slightly longer sessions or introduce new exercises. The goal is not intensity but consistency. Progress happens through repetition and patience rather than pushing too hard too soon.

If you work with a therapist, ask them to help design an activity plan suited to your needs.

Read More Stroke Exercises for the Full-Body: How to Recover Mobility at Home

4. Support Your Brain With Targeted Cognitive Strategies

Mental fatigue, especially among those with cognitive challenges after stroke, can impact concentration, attention, memory, and decision making. Activities that once felt automatic may require more focus after a stroke. This extra effort can cause the brain to tire more quickly.

Break Cognitive Tasks Into Smaller Steps

If you find yourself feeling overwhelmed or mentally drained, try simplifying tasks:

Tackle one step at a time

Reduce background noise

Use visual cues or lists

Start earlier than you need to and give yourself time

Take short thinking breaks between tasks

These small adjustments reduce strain on the brain and make cognitive work feel more manageable.

Practice Gentle Cognitive Activities

Activities such as reading, puzzles, listening to audiobooks, or simple memory games can help strengthen cognitive pathways without overloading the brain. If your mind begins to feel heavy or slow, pause and return when you feel ready.

Try these Cognitive Exercises for Stroke Patients to Help Improve Mental Clarity

5. Stay Hydrated and Nourished to Support Energy Levels

Nutrition plays a quiet but important role in how your body manages fatigue. When the brain does not receive the nutrients it needs, energy levels can dip and recovery may feel more challenging.

Hydration Comes First

Even mild dehydration can cause tiredness, headaches, and slower thinking. Try to drink water steadily throughout the day instead of waiting until you feel thirsty. You can also include hydrating foods such as fruit, broth, or vegetables with high water content.

Focus on Balanced, Steady Nutrition

Some survivors experience appetite changes, difficulty swallowing, or altered taste after a stroke. If eating feels tiring, simplify your meals with easy, nutrient dense options such as:

Lean protein

Whole grains

Smoothies

Soft fruits

Cooked vegetables

Yogurt

Aim for meals and snacks that keep your energy stable rather than large meals that leave you sluggish. A registered dietitian can help tailor a plan if you have specific challenges or dietary restrictions.

6. Use Mindfulness and Relaxation Techniques to Reduce Stress Fatigue

Stress can drain energy quickly, especially for survivors facing physical changes, emotional adjustments, or uncertainty about recovery. Mindfulness and relaxation techniques can help calm your nervous system and restore balance.

Breathing and Mindfulness Practices

Gentle practices that promote relaxation include:

Slow breathing exercises

Guided meditation

Body scanning

Progressive muscle relaxation

Listening to soothing music

These methods help quiet mental noise and create space for rest, even during busy days. Practicing regularly, even for a few minutes, helps reset your system and ease fatigue related to stress.

Create a Personal Relaxation Routine

Experiment with different methods until you find something that feels natural and supportive. Some survivors enjoy gentle stretching before bed, while others prefer listening to calming audio in the afternoon. The best routine is the one you look forward to and consistently use.

7. Build Emotional Support and Stay Connected With Others

Fatigue often feels heavier when you face recovery alone. Emotional support can make the journey feel lighter and more manageable. Sharing experiences helps reduce stress and brings reassurance that fatigue is a normal part of healing.

Stay Connected to Family, Friends, or Support Groups

Connection offers encouragement, perspective, and practical help. This can include:

Asking for assistance when you feel overwhelmed

Scheduling regular check ins with loved ones

Joining local or online stroke support communities

These conversations provide comfort and can also offer new strategies from people who have faced similar challenges.

Join our stroke support group online

8. Work With Your Care Team to Uncover Medical Causes of Fatigue

Sometimes fatigue, particularly chronic fatigue, has an underlying medical cause that requires professional attention. Identifying and treating these issues can make a meaningful difference in your daily energy.

Review Your Medications

Some medications can contribute to fatigue. Never adjust your prescriptions without medical guidance, but do share your concerns with your doctor. They may recommend timing changes, dosage adjustments, or alternatives.

Monitor for Common Post Stroke Conditions

Certain medical issues are more common after a stroke and can influence energy levels, including:

Thyroid dysfunction

Anemia

Sleep apnea

Infection

Mood disorders such as depression

Routine follow ups help ensure nothing is overlooked. Addressing these factors provides a clearer path forward in managing fatigue.

Ask About Rehabilitation Options

If fatigue limits your ability to participate in therapy, talk with your rehab team. They can help adjust your plan to support gradual strengthening without overwhelming you.

Managing Extreme Fatigue After Stroke

Some survivors experience fatigue so intense that normal daily activities feel nearly impossible. This level of fatigue can make it difficult to concentrate, stay awake throughout the day, or participate in therapy. When fatigue reaches this point, it requires a more structured and supportive approach.

Extreme fatigue after stroke is often influenced by multiple factors at once. It may be related to sleep disorders, medication interactions, untreated depression, limited physical activity, or the brain working significantly harder during recovery. Addressing these causes one by one can lead to meaningful improvement over time.

Communicate Openly With Your Care Team

Extreme fatigue after stroke is not something you should manage alone. Let your doctor or therapist know when fatigue is interfering with basic activities like eating, bathing, or participating in rehab. They may:

Adjust medications

Screen for sleep apnea or other sleep issues

Recommend lab tests for vitamin or thyroid imbalances

Suggest pacing strategies tailored to your abilities

Increase support for mood or cognitive health

These steps can reveal treatable causes that may otherwise go unnoticed.

Putting It All Together: Post Stroke Fatigue Can Improve With a Balanced Approach

Overcoming fatigue after stroke is not about finding one perfect solution. It is about combining practical strategies that support your mind and body as they heal. Some days will feel easier than others, and that is completely normal. What matters most is building patterns that help you move forward with more confidence and comfort.

Among the most helpful steps are:(So, just managing it; NOT CURING IT! Your doctor is doing nothing for you then! And your doctor still doesn't know why you are fatigued!)

Pacing your activities

Improving sleep routines

Staying active at a level that feels safe

Supporting your brain and body with proper nourishment

Managing stress

Seeking emotional and medical support

Fatigue may be a part of stroke recovery, but it does not need to control your day. With time, practice, and the right strategies, many survivors notice their energy improving and their capacity growing stronger. 

Continue celebrating the progress you make, no matter the size. Every step contributes to your recovery and brings you closer to feeling more like yourself again.

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Flint Rehab is leading the way in neuro-rehabilitation with products that are backed by research and clinically proven to help you recover more effectively from stroke, TBI, and SCI.

Abbreviated Brain Care Score Predicts Dementia, Stroke, Depression Risk

 

Are you that blitheringly stupid? Survivors don't want predictions; they want EXACT RECOVERY PROTOCOLS! Right now, stroke rehab is a complete failure; 10% full recovery! Why aren't you solving that problem? Predictions are fucking lazy crapola; YOU'RE FIRED!

You've known of Brain Care Score for over a year, PREVENT THE PROBLEM FROM OCCURRING!

Brain Care Score (6 posts to July 2024)

Abbreviated Brain Care Score Predicts Dementia, Stroke, Depression Risk

An abbreviated version of the Brain Care Score, omitting physical measures, correlated with the full scale and significantly predicted risk for stroke, dementia, and late-life depression. An abbreviated version of the Brain Care Score (BCS) predicts dementia, stroke, and late-life depression risk, according to results of a study published in Neurology Open Access. The Brain Care Score is a validated, self-administered 21-point scale designed to estimate risk for dementia, stroke, and late-life depression based on modifiable physical, lifestyle, and social-emotional factors. Because the full BCS includes physical measures requiring blood collection, its use may be limited in some clinical or community settings Researchers from the University of Alabama at Birmingham and Massachusetts General Hospital analyzed data from the United Kingdom Biobank. Adults (N=397,515) aged 40 to 69 years who provided baseline data between 2006 and 2010 were assessed using both the full BCS and an abbreviated version comprising only 7 lifestyle and social-emotional components. Associations between BCS category and incident dementia, stroke, and late-life depression were evaluated over follow-up.

 

Our findings show that remote assessment of brain care has the potential to serve communities lacking traditional health care access.

The study population was 54% women, with a mean (SD) age of 56.4 (8.1) years, and was predominantly White (94%). Classification by the abbreviated BCS correlated strongly with the full BCS (Pearson r =0.70; Spearman r =0.66; both P <.001).

At a median follow-up of 13.2 years, 2.1% of participants had a stroke, 1.6% developed incident dementia, and 3.1% experienced late-life depression.

Compared with individuals categorized as low risk, those with medium and high BCS scores demonstrated lower risk for all outcomes using both the original and abbreviated instruments. For stroke, medium BCS scores were associated with adjusted hazard ratios (aHRs) of 0.68 with the full BCS and 0.75 with the abbreviated BCS, while high scores were associated with aHRs of 0.55 and 0.76, respectively. For dementia, medium BCS scores were associated with aHRs of 0.86 (full) and 0.80 (abbreviated), and high scores with aHRs of 0.87 and 0.92. For late-life depression, medium BCS scores were associated with aHRs of 0.65 (full) and 0.61 (abbreviated), and high scores with aHRs of 0.55 for both versions.

In age-stratified analyses, the abbreviated BCS did not reach statistical significance for predicting dementia among individuals younger than 50 years (aHR, 0.63; 95% CI, 0.36-1.09) or those aged 50 to 59 years (aHR, 0.95; 95% CI, 0.76-1.17), whereas the full BCS remained significantly associated with reduced dementia risk in these groups. Among participants aged 60 years or older, neither the full nor the abbreviated BCS was significantly associated with dementia risk relative to low BCS. Study limitations include the lack of racial and ethnic diversity in the cohort. The study authors concluded, “Omitting the physical components, we found that higher scores on the abbreviated version of the BCS well predicted protection against these disorders, although with less precision than the full BCS. Our findings show that remote assessment of brain care has the potential to serve communities lacking traditional health care access.” Disclosures: Some study authors declared affiliations with biotech, pharmaceutical, and/or device companies. Please see the original reference for a full list of authors’ disclosures. 

References:

Association between systemic immune-inflammation index at admission and post-stroke depression in patients with acute ischemic stroke

Don't you know associations DO NOTHING FOR SURVIVOR RECOVERY!

Stroke research is to get survivors recovered, this did nothing towards that. You're fired!

Let's check how long you've known of the problem AND DID NOTHING TO SOLVE IT!

33% survivor depression (44 posts to May 2016)

Association between systemic immune-inflammation index at admission and post-stroke depression in patients with acute ischemic stroke

Xiaohang SuFengtian ChiJiulin YouJueyu ZhaoSanqi WangXinyu ZhouXin Li^*

• Department of Neurology, The Affiliated Hospital of Qingdao University, Qingdao, China

Background: Post-stroke depression (PSD) is one of the most common neuropsychiatric complications among stroke survivors, with a substantial impact on functional recovery and quality of life. This study aimed to investigate the association between the systemic immune-inflammation index (SII) at admission and the occurrence of PSD in patients with acute ischemic stroke (AIS).

Methods: We prospectively enrolled 318 consecutive patients with first-ever AIS admitted to our hospital between August 2024 and March 2025. Venous blood samples were collected at admission, and SII was calculated as neutrophil count × platelet count/lymphocyte count. At 3 months post-stroke, depressive symptoms were assessed using the 17-item Hamilton Depression Rating Scale (HAMD-17). Patients with a HAMD-17 score >7 were diagnosed with PSD and categorized accordingly into PSD and non-PSD groups.

Results: At the 3-month follow-up, 98 patients (30.82%) were diagnosed with PSD. Compared with the non-PSD group, patients in the PSD group had significantly higher SII values [658.66 (468.73–958.90) vs. 476.71 (362.73–646.83), p < 0.001]. In multivariate logistic regression analysis, after adjusting for potential confounders, patients in the highest SII tertile had a significantly increased risk of developing PSD compared with those in the lowest tertile (OR = 3.502, 95% CI: 1.582–7.752, p = 0.002). Receiver operating characteristic (ROC) curve analysis identified an optimal SII cut-off value of 602.503 for predicting PSD, with a sensitivity of 0.582, a specificity of 0.700, and an area under the curve (AUC) of 0.659 (95% CI: 0.592–0.726, p < 0.001).

Conclusion: Elevated SII levels at admission are positively associated with the development of PSD in AIS patients, suggesting that SII may serve as a valuable inflammatory biomarker for early identification of patients at high risk for PSD.

SPONSORED CONTENT: Mary Washington Hospital launches lifesaving stroke procedure

 Still NOT GOOD ENOUGH! You have NOTHING for getting to 100% recovery! Are you that blitheringly stupid you managed to miss the only goal in stroke? 100% recovery! You think 'care' is what survivors want? Talk to them sometimes, they'll bend your ear off on what their goals are compared to yours!

SPONSORED CONTENT: Mary Washington Hospital launches lifesaving stroke procedure

Residents of the Fredericksburg region now have access to one of the most advanced stroke treatments available, thanks to a major expansion at Mary Washington Hospital. Mary Washington Healthcare has introduced thrombectomy procedures at its Primary Stroke Center, a move that will save lives and reduce long-term disability for patients experiencing severe strokes.

A thrombectomy is an emergency procedure in which a neurosurgeon uses a catheter and imaging technology to remove a blood clot from the brain, restoring blood flow. When performed quickly—often within hours of the first symptoms—the treatment can dramatically improve recovery and survival rates.

“With a stroke, seconds count,” said Dr. John C. Muse, the cerebrovascular neurosurgeon leading the new program. “Having the tools and the talent for thrombectomy procedures means even the most critical stroke patients can be treated quickly and safely right here in Fredericksburg.”

Mary Washington Hospital has invested in a state-of-the-art neurointerventional suite equipped with advanced 3D imaging, allowing surgeons to navigate delicate blood vessels and place stents with precision. The addition of thrombectomy services is part of a broader plan to expand neurological care(NOT RECOVERY!) in the region. Mary Washington Healthcare is recruiting more specialists and aims to achieve Comprehensive Stroke Center status within three years.According to the Centers for Disease Control and Prevention, nearly 795,000 Americans suffer a stroke each year. Warning signs include sudden loss of balance, vision changes, slurred speech, weakness in the arms or legs, or facial drooping. Experts urge anyone experiencing these symptoms to call 911 immediately.

Muse says the goal is not only to treat strokes but also to provide full-spectrum care(NOT RECOVERY!)—from diagnosis and surgery to rehabilitation—without patients having to leave the community.

“This is how we build the next generation of neuroscience care(NOT RECOVERY!) for our region,” he said.

For more information about advanced stroke care(NOT RECOVERY!) at Mary Washington Healthcare, visit: stroke.mwhc.com.

Editor’s note: This article was provided by Mary Washington Healthcare, a corporate sponsor of the Fredericksburg Free Press. As part of its continued partnership with MWHC, the Free Press will publish monthly public health awareness content on topics such as wellness, preventative care and the latest advancements in healthcare. This partnership seeks to help the community make informed health decisions while offering a behind-the-scenes look at local care and services. Content has been edited for clarity and style by the editorial staff.

Long-range axon branching: contributions to brain network plasticity and repair

 If your competent? doctor doesn't have any EXACT PROTOCOLS on this you have a completely fucking incompetent doctor! RUN AWAY!

Let's check how long your doctor, hospital and board of directors have been incompetent! Well over a decade! WOW, ARE YOU TRYING FOR A RECORD?

• axon pathfinding (51 posts to March 2012)
• axonal regeneration (29 posts to October 2012)

Long-range axon branching: contributions to brain network plasticity and repair

• Linda J. Richards, 
• Cheng Huang, 
• Adam Q. Bauer & 
• Jin-Moo Lee 

Nature Reviews Neuroscience (2026)Cite this article

• 330 Accesses

• 34 Altmetric

• Metricsdetails

Abstract

Brain function requires exquisitely adapted plasticity at multiple scales, from synapses to whole-brain networks. Evidence for large-scale plasticity in functional brain networks comes from neuroimaging data across a variety of species, particularly during development and following injury. However, how large-scale network remodelling is achieved at the microscopic level is unknown as the growth of entirely new long-distance axons is unlikely to occur. Recent insights from electron microscopic connectome studies and single-cell projectomes of neurons in the brains of multiple model organisms have provided new evidence for the incredible structural complexity of axons and their branches that traverse the brain. This evidence shows highly arborized axonal projections, differentially myelinated branches of the same axon, and axonal regions devoid of synaptic contacts but with the potential to form synaptic connections in new or additional areas. Recent electron microscopic data suggest that these axonal features may be evolutionarily conserved. Here we consider whether these features could enable long-range and large-scale neuroplastic changes at a functional level, particularly following focal brain injury. These insights contribute to our emerging understanding of how the brain undergoes large-scale reorganization to adapt to changing circumstances.

This is a preview of subscription content, access via your institution

Active Modes of Transport May Protect Against Dementia

 

 I biked to work for 27 years prior to my stroke, 4 miles each way 9-10 months out of the year in Minnesota. With the inability to grip the left handlebar post stroke my balance was off and I could only make about 10 blocks in total before my mental capacity for biking ran out. So now I have a 42 lb. recumbent three-wheeler. Finally have a garage to store it, will try this coming year to get out on it.

 Nothing really since then, will that earlier biking be enough to prevent dementia? AND WHY DOESN'T ANYONE KNOW THAT ANSWER?

Active Modes of Transport May Protect Against Dementia

Cycling was associated with lower risk for all-cause dementia, underscoring the potential public health benefits of promoting active travel strategies.

Cycling is associated with reduced risk for all-cause dementia, according to results of a study published in JAMA Network Open.

Researchers used data from the United Kingdom Biobank to examine long-term associations between mode of transportation and incidence of young-onset (diagnosis at <65 years of age) and late-onset (diagnosis at ≥65 years of age) dementia. Secondary outcomes included dementia subtype and brain structure. Cox proportional hazards regression models were used for statistical analysis, and magnetic resonance imaging was used to measure brain structure.

A total of 479,723 patients were included in the study. Among them, 49.1% used nonactive transportation, 37.0% combined walking with nonactive transportation (mixed-walking), 7.0% cycled with or without nonactive transportation, and 6.8% walked only. Mean (SD) ages among these groups were 56.4 (8.0), 57.1 (8.1), 54.5 (8.3), and 56.0 (8.0) years, respectively. The percentage of women in each group was 54.0%, 57.8%, 36.9%, and 56.0%. Mean (SD) BMI for each group was 28.0 (5.0), 27.1 (4.6), 25.9 (3.8), and 26.5 (4.4) kg/m2. Lastly, 28.2%, 28.6%, 28.8%, and 28.5% were carriers of apolipoprotein E (APOE) e4, respectively.

During a median follow-up of 13.1 (IQR, 12.8-13.5) years, 1.8% of the study population were diagnosed with dementia, including 0.2% with young-onset dementia, 2.5% with late-onset dementia, and 0.8% with Alzheimer disease.

The findings of this cohort study suggest that active travel modes, particularly cycling and mixed-cycling, are associated with a reduced incidence of dementia (YOD and LOD) and AD and greater hippocampal volume. These results may offer a promising approach to better brain health and lower dementia risk.

Stratified by transportation method, the incidence rate of all-cause dementia per 100,000 person-years was 147.2 for nonactive transportation, 141.5 for mixed-walking, 86.4 for cycling, and 145.8 for walking. Compared with nonactive transportation, risk for all-cause dementia was significantly lower with cycling (adjusted hazard ratio [aHR], 0.81; 95% CI, 0.73-0.91) and mixed-walking (aHR, 0.94; 95% CI, 0.89-0.98). Moreover, among individuals with nonactive transportation, the subset of individuals who traveled by car (aHR, 0.78; 95% CI, 0.72-0.85) or both car and public transportation (aHR, 0.81; 95% CI, 0.73-0.91) had significantly lower risk for all-cause dementia relative to those who only used public transportation.

Stratified by dementia type, cycling was associated with lower risk for young-onset dementia (aHR, 0.60; 95% CI, 0.38-0.95), late-onset dementia (aHR, 0.83; 95% CI, 0.75-0.93), and Alzheimer disease (aHR, 0.78; 95% CI, 0.66-0.92). Mixed-walking was associated with reduced risk for late-onset dementia (aHR, 0.94; 95% CI, 0.89-0.98), while walking was associated with a higher risk for Alzheimer disease (aHR, 1.14; 95% CI, 1.01-1.29).

Among the subset of individuals with magnetic resonance imaging data (n=44,801), cycling was associated with greater gray matter volumes in 10 brain regions (d, 0.004-0.108; P <.05) and larger hippocampal volumes (b, 0.05; 95% CI, 0.02-0.08). Conversely, smaller gray matter volumes were associated with walking (b, -0.06; 95% CI, -0.09 to -0.03) and mixed-walking (b, -0.02; 95% CI, -0.04 to -0.01). Additionally, mixed-walking was associated with less white matter (b, -0.02; 95% CI, -0.043 to -0.004).

The protective effect of cycling on all-cause dementia (hazard ratio [HR], 0.74; 95% CI, 0.63-0.87) and late-onset dementia (HR, 0.75; 95% CI, 0.63-0.89) risk was only observed among individuals who did not carry APOE e4.

Study limitations include the small number of young-onset dementia cases, limiting statistical power.

The study authors concluded, “The findings of this cohort study suggest that active travel modes, particularly cycling and mixed-cycling, are associated with a reduced incidence of dementia ([young-onset dementia] and [late-onset dementia]) and [Alzheimer disease] and greater hippocampal volume. These results may offer a promising approach to better brain health and lower dementia risk.”

Daily Nut Consumption May Help Prevent Dementia and Disability in Older Adults

 

Will your incompetent? doctor and hospital know enough to get the dietician to update diet protocols on this?

Do you prefer your doctor, hospital and board of director's incompetence NOT KNOWING? OR NOT DOING?

Daily Nut Consumption May Help Prevent Dementia and Disability in Older Adults

Daily nut consumption was strongly associated with a disability-free lifespan in older adults, even among those with a suboptimal diet quality.

Daily nut consumption is associated with the prevention of the onset of dementia and disability in older adults, particularly for those with suboptimal dietary quality, according to study findings published in Age and Ageing.

The association between nut consumption and leading a disability-free life in older age remains uncertain. To explore this further, researchers set out to investigate the relationship between nut intake and disability-free survival among older adults.

The researchers conducted a prospective cohort study using data from 9916 community-dwelling adults aged 70 years and older. Participants were enrolled in the ASPREE Longitudinal Study of Older Persons and were free from dementia, major physical disabilities, and cardiovascular disease at baseline. Nut consumption was assessed through a 49-item food frequency questionnaire, categorizing participants into 3 groups based on intake: no/infrequent (less than twice per month), weekly (1 to 6 times per week), and daily (once or more per day).

The primary outcome was disability-free survival, defined as survival without the onset of dementia, persistent physical disability, or mortality. Researchers employed Cox proportional hazards regression models to analyze the association between nut consumption and disability-free survival, adjusting for variables such as age, gender, socioeconomic status, physical ability, and overall diet quality.

[T]he findings of our study suggest that daily nut consumption is associated with an improved healthy lifespan in older adults, including in those whose diet quality may not
be optimal.

During an average follow-up period of 3.9 years, a total of 997 composite outcome events occurred, of which 63.8% were in men.Compared with individuals who consumed nuts infrequently, those who consumed nuts daily had a 23% lower risk of reaching the study’s endpoint (hazard ratio [HR], 0.77; 95% CI, 0.61-0.98). Subgroup analysis demonstrated an even stronger benefit among those with moderate dietary quality, where daily nut consumption was associated with a 29% reduced risk of the composite outcome (HR, 0.71; 95% CI, 0.51-0.98).

Compared with individuals who infrequently consumed nuts, those who consumed nuts daily demonstrated healthier baseline characteristics. These participants were more likely to report higher physical activity levels, better oral health, lower frailty scores, and adherence to dietary guidelines.

Study limitations included reliance on self-reported nut consumption, lack of detail on nut types or amounts, and a homogenous study group of older, independent Australians, which may limit broader generalizability.

“…[T]he findings of our study suggest that daily nut consumption is associated with an improved healthy lifespan in older adults, including in those whose diet quality may not be optimal,” the researchers concluded.

This research was supported by the National Institute on Ageing, the National Cancer Institute, the National Health and Medical Research Council of Australia, Monash University, the Victorian Cancer Agency, and additional collaborators listed on the ASPREE website. One study author declared affiliations with biotech, pharmaceutical, and/or device companies. Please see the original reference for a full list of disclosures.

AHA Issues Scientific Statement on Virtual Stroke Networks, AI, and Telehealth

 But nothing here acknowledges that they are completely fucking failing at 100% recovery research. 14 references to 'care' meaning THEY AREN'T EVEN TRYING TO SOLVE STROKE TO 100% RECOVERY!

That's how completely fucking useless the AHA/ASA is for stroke survivors!

Dr. Stacey Rosen is president of the American Heart Association for 2025-26; contact me and we can discuss how to improve your stroke association, because right now it is a complete fucking failure! You'll want much better than that when you become the 1 in 4 per WHO that has a stroke. And you have the ability to change the recovery trajectory now! ARE YOU A LEADER OR A MOUSE? 

AHA Issues Scientific Statement on Virtual Stroke Networks, AI, and Telehealth

The AHA scientific statement details how technologic advances in AI and telehealth can support acute stroke identification and triage while emphasizing that these tools should augment, rather than replace, clinical interpretation.

The American Heart Association (AHA) has released a scientific statement on virtual stroke networks and the role of artificial intelligence (AI), mobile imaging applications, and telehealth, as reported in Stroke.

The statement focuses on initial triage, transport, diagnosis, and treatment of stroke, and does not address in-hospital care, recovery, or rehabilitation.

Telestroke networks have increased patient access to care(NOT RECOVERY!) and the use of thrombolysis in underresourced areas, and mobile and broadband technology have expanded telestroke networks outside the hospital. Mobile access to neuroimaging has enabled optimization of transfer and triage decision-making for patients who need neuroendovascular care(NOT RECOVERY!) for acute ischemic stroke, and AI gives nonradiology professionals access to complex neuroimaging results remotely in real time. AI-related challenges include building robust stroke datasets, validating AI applications for acute stroke care(NOT RECOVERY!) safely, and assessing newly designed AI technologies before implementation, the AHA writing group noted.

AI software platforms are intended for triage and do not replace formal interpretations by a radiologist or clinician. “Most AI tools for stroke care(NOT RECOVERY!) in development are in the untested pilot phase and are not ready for widespread clinical use,” the authors cautioned.

 

Clinicians should lead in creating best practices to guide education and implementation of AI-enabled virtual stroke care(NOT RECOVERY!) in compliance with current practices.

Teleproctoring and telerobotics may be practical alternatives in a virtual stroke network, although barriers include lack of sufficient reliable broadband, manual procedural components, and complex postprocedure care(NOT RECOVERY!) needs.

Technologic advances in AI-based applications and mobile health could potentially support acute stroke identification, transfer, triage, and treatment outside the hospital, and in-hospital technology-supported care(NOT RECOVERY!) could improve diagnosis, treatment, prognosis, and monitoring of stroke-related performance, according to the writing group.

Use of AI-based tools in virtual acute stroke networks involves ethical concerns. “The risk of automation bias from passively accepting the outputs of AI algorithms risks dampening acute stroke diagnostic skills for professionals, enhancing disparities in care(NOT RECOVERY!) stemming from biased data sets, and clouding the interpretation and explainability of acute stroke treatment decisions,” the group wrote.

AI health care(NOT RECOVERY!) algorithms can be limited by the quality of the data used for training, as women, underrepresented racial and ethnic groups, and individuals from lower socioeconomic backgrounds frequently are underrepresented in digital health data sets. “AI models should be evaluated for their generalizability across diverse populations, and ongoing bias surveillance throughout the AI life cycle is essential to promote equitable health care(NOT RECOVERY!) outcomes and reduce disparities,” the authors wrote.

Access, outcomes, and cost should be considered during research into the use and implementation of these new technologies. Cost-efficiency analyses should be conducted on AI-applied health care(NOT RECOVERY!) delivery compared with standard health care(NOT RECOVERY!) delivery models.

“Clinicians should lead in creating best practices to guide education and implementation of AI-enabled virtual stroke care(NOT RECOVERY!) in compliance with current practices,” the AHA writing group wrote. “Implementation within a stroke system should be informed by evidence, regional resources, and stakeholder feedback.”

Disclosure: Some of the study authors declared affiliations with biotech, pharmaceutical, and/or device companies. Please see the original reference for a full list of authors’ disclosures.

Clinically Applicable Machine Learning Approach to Predict Intracerebral Hematoma Expansion

 You don't know predictions are TOTALLY FUCKING USELESS to getting survivors recovered? You're fired!

Clinically Applicable Machine Learning Approach to Predict Intracerebral Hematoma Expansion

Shogo Watanabe, PhD https://orcid.org/0009-0000-5053-8405, 

Nice Ren, MD, PhD https://orcid.org/0000-0003-4702-2760, 

Yukihiro Imaoka, MD, PhD https://orcid.org/0000-0002-7054-2708, 

Kento Morita, PhD https://orcid.org/0000-0002-7171-8197, 

Syoji Kobashi, PhD https://orcid.org/0000-0003-3659-4114, 

Nobutaka Mukae, MD, PhD https://orcid.org/0000-0003-1990-1485, 

Koichi Arimura, MD, PhD https://orcid.org/0000-0003-2455-9506, 

Kunihiro Nishimura, MD, PhD https://orcid.org/0000-0002-0639-0949, and 

Koji Iihara, MD, PhD https://orcid.org/0000-0002-7852-220X kiihara@ncvc.go.jp J‐ASPECT study collaboratorsAuthor Info & Affiliations

 Journal of the American Heart Association

 New online https://doi.org/10.1161/JAHA.125.042387 

Abstract

Background

Hematoma expansion (HE) is a significant risk factor for poor prognosis in patients with intracerebral hemorrhage (ICH). Accurately predicting HE is crucial for determining optimal treatment strategies.

Methods

This study enrolled 452 patients with ICH from 10 hospitals. To predict HE, 28 clinical variables available on patient arrival (including medical history, ICH location, and ICH volume) and 1142 radiomics features extracted from noncontrast computed tomography images of the ICH regions were used. Clinical variables and radiomics features were selected using gradient boosting and the least absolute shrinkage and selection operator. Three HE prediction models were built on clinical variables alone, radiomics features alone, and a third combining both. The models were compared using 5‐fold cross‐validation, and the mean area under the receiver operating characteristic curve was calculated for each. Additionally, the important features of HE prediction in the combined model were explored.

Results

The combined model demonstrated the highest performance for predicting HE with a 5‐fold mean area under the receiver operating characteristic curve of 0.77±0.05, compared with 0.70±0.06 for the clinical variables alone and 0.73±0.04 for the radiomics features alone. Permutation feature importance analysis suggested that anticoagulant treatment was the most predictive of HE.

Conclusions

A predictive model for HE was developed using the medical history, clinical features available on the patient’s arrival, imaging, and radiomics features extracted from computed tomography images. This prediction model will assist non–stroke care(NOT RECOVERY!) specialists in making treatment decisions for ICH in emergency settings.

Doctor's orders: Eat ice cream, and other tips for a long and healthy life

 I bet your incompetent? doctor will ignore this advice just like they ignored the dairy fat one!

dairy fat (40 posts to April 2016)

Doctor's orders: Eat ice cream, and other tips for a long and healthy life

It may not sound like a New Year's resolution, but Dr. Ezekiel Emanuel is serving up some unusual advice as you start out 2026: Eat your ice cream. "Ice cream will make you happy, and that's very important," he explained.

I asked, "Why would I live longer eating ice cream?"

"Ice cream is a good dairy product; it's got protein, its saturated fats are in a globule, so it doesn't affect you as much as saturated fats in meats and other things," he said. "Plus, you typically do it socially with someone else. And you know, being happy is a very important part of living a long time."

"I feel like your saying 'eat your ice cream' is like 'Don't stress out as much about life. Be more social,'" I said.

"We're here for only 75, 85, 90 years. You've got to make life enjoyable. You've got to make it fulfilling," he said.

The prominent oncologist and health policy expert is taking a different approach in his new wellness book, called, "Eat Your Ice Cream: Six Simple Rules For a Long and Healthy Life" (to be published Tuesday by W.W. Norton & Co.). He said, "I want people to stop obsessing. make it part of your life. You should like exercising, you should like eating well. Otherwise, you're not going to do it for years and years and decades, which is what's necessary for a long, healthy life."

The doctor's health handbook does include the basics of what to eat, how to exercise, and the all-important reminder that sleep is fundamental to wellness. But it goes beyond that, with behaviors that include "Don't be a schmuck."

"One of the things that is I think core to the book is, stop doing things that aren't good for your health," Emanuel said. "'Don't be a schmuck' is my father's reference to us when we were being stupid. And so, there are lots of things that we do as human beings that can be schmucky: smoking, vaping, doing drugs, not taking your vaccines. I don't agree with the current administration, and they're dead wrong on this."

Also on the so-called schmuck list: alcohol.(I completely disagree on this one. My social connections are vastly improved on jazz and trivia nights at local bars, and that is going to prevent dementia! But I'm not medically trained, so don't listen to me. I just read lots of research abstracts.)

I asked, "This is what everybody wants to know about: the right amount of alcohol, or no alcohol?"

Emanuel said, "There has been a lot of research on alcohol, so here's the way I distill it: The safest level is probably zero. There are some studies, and we should be clear, where it's half a cup a day, three cups a week."

"Nobody drinks a half a glass of wine," I said.

"So, you drink every other day," Emanuel said. "On the other hand, 60, 65% of the public drinks. You're not going from 65% to zero. So, you have to give people reasonable advice. And the reasonable advice is, first of all, no binge drinking, that's really bad for you. Don't drink alone. That's really bad for you. If you're using alcohol as a lubricant for social interaction, which many people do, that's probably good; you're getting some benefit from the social interaction."(THIS!)

Social interactions – a consistent theme for Emanuel – is something he learned at a young age, growing up with brother Ari, a super-agent in Hollywood, and his other brother Rahm, the former mayor of Chicago and ambassador, who may be running for president of the United States.

I asked, "What is it that your parents taught all of you that has led you, I mean, you're all incredibly successful?"

"Now you're gonna make me cry," Emanuel said, "because every time I talk about my parents and our growing up, I tend to cry. They taught us how to be social and interact with people. They also taught us how to be responsible. One of the things my mom did in raising us is, you know, get out of the house and go occupy yourself. Rahm and I went to school, I was six in first grade, and he was in nursery school. I had to take him from school, walk two blocks across a busy street, get on a bus, pay the car fare, get off at the right spot. I learned a huge amount of responsibility, taking care of my brothers.

"The other thing I think they did, which was super-important for us, is we all slept in the same bedroom. We were a unit. Yes, we fought endlessly. And you know, I like to joke with people, we didn't go to bed until there was blood, you know, because of all the fights. But we were also each other's best friends."

His takeaway: relationships matter.

Emanuel also lists lifestyle choices he considers "anti-wellness," like chronic stress(Especially the stress of your incompetent? doctor not knowing how to get you 100% recovered!), a fast-food diet, social media, and dining alone.

"I think people would agree with all of those, with the exception of dining alone," I said. "A lot of people go to a restaurant or get home from work, and dine alone."

Emanuel said that should be an occasional thing: "Don't make it every day. And you know, if you find yourself dining alone, what you should do is call up a friend. If you're sitting at a bar, right, and you're dining there, ask the person next to you, you know, 'Have you been to this restaurant before? What do you do? Why are you here?' Yeah, strike up a conversation. We underplay those casual conversations and how important they are for us."

His book also discusses retirement: "Retirement leads to more rapid cognitive decline for people. I say to people, don't retire. And if you're gonna retire, you have to plan retirement well, so that you stay engaged, you stay mentally sharp. And that doesn't mean, 'Well, you know, I'm gonna try to play the saxophone one day.'"

"But Dr. Emanuel, a lot of retired people like to buy books, and watch 'Sunday Morning,'" I said.

"Well, if they're buying books and staying mentally engaged that way, if they're going to volunteer, say, or they're talking to friends, or they're taking up a new hobby seriously, all of that is excellent, highly endorsed," he replied.

"Meaning don't retire the mind, or retire your social engagement?"

"Yes, and it's very important, you've got to be deliberate about it. You can't let nature take its course."

So, what is his biggest piece of advice for us in 2026? "Build your social relationships," he said. "It's definitely the most important thing for long-lasting health and happiness."

READ AN EXCERPT: "Eat Your Ice Cream" by Ezekiel J. Emanuel, M.D.

WEB EXCLUSIVE: Extended interview - Dr. Ezekiel Emanuel (Video)

   
For more info:

Ezekiel Emanuel, M.D."Eat Your Ice Cream: Six Simple Rules for a Long and Healthy Life" by Ezekiel J. Emanuel, M.D. (W.W. Norton & Co.), in Hardcover, eBook and Audio formats, available via Amazon, Barnes & 

Surviving a Stroke: A 1-in-100 Story

 You have a close to zero chance of recovering this well. Your incompetent? doctor and hospital COMPLETELY FUCKING FAILED TO create protocols from their previous successes of 100% recovery!

Surviving a Stroke: A 1-in-100 Story

A sudden stroke at 48. A race against time. A recovery so complete it defies the odds. This is Glenn Williams' incredible story.

JFK Johnson Rehabilitation Institute,Brand Partner

Posted Fri, Jan 2, 2026 at 3:52 pm ET

(JFK Johnson Rehabilitation Institute)

This is a paid post contributed by a Patch Community Partner. The views expressed in this post are the author's own, and the information presented has not been verified by Patch.

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One moment, Glenn Williams was reaching for his phone. The next, the healthy 48-year-old was on the floor, paralyzed on one side of his body. His wife, Shellon, took one look at his face and knew this was a life-or-death emergency. She was right. Glenn was having a massive stroke, and with millions of brain cells dying every minute, the clock was ticking.

Rushed to Hackensack Meridian JFK University Medical Center, he was met by cerebrovascular neurosurgeon, Brian Jankowitz, M.D., and an expert team ready for a fight. They performed a complex, life-saving procedure to remove the clot from his brain, achieving a result so rare that only one in 100 patients experience it: a full recovery with zero lasting side effects.

Read more to learn about the split-second decisions and world-class care that saved Glenn's life and allowed him to beat the odds.

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This post is an advertorial piece contributed by a Patch Community Partner, a local brand partner. To learn more, click here.