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.

Tuesday, September 1, 2026

What survivors and caregivers should know about stroke rehab

 That your doctor and therapists KNOW NOTHING ON GETTING YOU 100% RECOVERED! You'll need to fire them and look around the world and still won't find any competence anywhere!

What survivors and caregivers should know about stroke rehab

Every year, hundreds of thousands of people in the U.S. live through a stroke. Survivors may face challenges with walking, eating, speaking and other essential parts of life.

Rehabilitation helps with all of that.

"It can make all of the difference for stroke patients," said Dr. Nicole Mazwi, director of stroke rehabilitation at the University of Washington in Seattle. And it's about more than just helping improve thinking or physical abilities.

"First and foremost, rehab gives patients hope," she said.

Mazwi was part of the committee that wrote an American Heart Association/American Stroke Association guideline on adult stroke rehabilitation and recovery that was published in August in the journal Stroke.

These days, rehab can take many forms, said Dr. Lorie Richards, an associate professor in the Department of Occupational and Recreational Therapies at the University of Utah in Salt Lake City.

In some forms, rehabilitation is trying to help rewire pathways in the brain, said Richards, who led the group that wrote the guideline. "We try to make your arm work better. We try to have you walk better. We try to get your language better so you can talk and communicate with people."

(Better IS NOT GOOD ENOUGH! Survivors want full recovery! Are you that blitheringly stupid you don't listen to survivor requirements?)

In other forms, rehab is about learning to use tools that help someone adapt, she said: An occupational therapist might train someone with arm weakness on how to use a cutting board with spikes that hold food in place so a meal can be prepared with one hand.

Rehabilitation can also mean finding alternatives. A stroke survivor who enjoyed rock climbing might not be able to scale a cliff—but they might work with a recreational therapist to learn forms of adaptive skiing so they can still spend active time in the mountains.

"What we are really concerned with in rehabilitation is your ability to function and do the activities you want to do," Richards said.

The guideline, last updated in 2016, is filled with research-backed advice for health care professionals, but survivors and caregivers can benefit from these takeaways.

Stroke rehab can start within days

When Mazwi was a medical student in the 2000s, rehab usually started after someone had been discharged from the hospital. Now, she said, it might begin as early as the day after a stroke.

"In the best-case scenario, patients can start rehabilitation after day 1," if they are medically stable, Mazwi said.

"Acute stroke rehabilitation" refers to rehab done during the first week after a stroke. In this early phase, rehab might mean getting a patient to sit up in bed and practice brushing their teeth or washing their face, Richards said. Or it might include stretching to keep an arm limber.

It's an important phase for patients and caregivers to learn about what the stroke has done—and what possibilities lie ahead, Mazwi said.

Mental health is essential during recovery

For years, mental health was "highly under-addressed in post-stroke rehabilitation," Richards said. The guideline discusses its importance.

Adjusting to post-stroke life can involve grieving for the old, she said. "It's very natural that a person who's had a stroke might have depression," Richards said. "They've had a major crisis. They're going to be different than they were."

But depression and anxiety can reduce a stroke survivor's willingness to engage in rehab work, she said. It can also affect their loved ones. "Stroke doesn't just happen to the individual," she said. "It happens to the family unit they're in."

Experts have many ways to help, but more research is needed to understand how best to assess and treat post-stroke depression and anxiety, Richards said. "We don't know as much about how to treat post-stroke depression as we do in the general population."

Why sleep is important to stroke recovery

Stroke survivors often have sleep disorders or poor sleep quality. The guideline added a section on the importance of addressing such problems and poststroke fatigue.

Stroke can disrupt sleep in many ways, Mazwi said. "It can range from classic insomnia to sleep apnea or diagnoses like excessive daytime sleepiness and restless leg syndrome."

That can have a range of effects, she said. Lack of sleep can affect thinking and memory. It affects mood, which could affect whether someone wants to participate in therapy.

Sleep also is vital for learning, Mazwi said. If you learn something in therapy to help rewire your brain in the morning, that night your brain is working to tighten those wires.

The guideline says treatment options to help stroke patients sleep are limited, but the first step is to screen for trouble, Mazwi said, "because patients don't always recognize it themselves."

How can stroke rehab help with thinking and memory?

"Cognitive rehabilitation focuses on functions such as attention, memory, problem-solving skills and information processing," Mazwi said. "As you can imagine, it is quite complex, but it's incredibly important for patients."

A mail carrier, for instance, whose work requires organizational skills might be given tasks that involve detail-oriented activities like sorting a week's worth of pills into a pillbox, she said.

Technology is playing an increasing role in rehabilitation for thinking and memory problems after stroke, she said, "particularly technology that is paired very closely with a specific task or goal in mind."

An accountant who wants to return to work after a stroke, for example, might practice math and problem-solving exercises online.

Rehabilitation also can offer alternate ways to deal with an impairment, Richards said. Someone who has memory problems, for example, might be taught how to make lists on their phone.Why nutrition and exercise matter

The guideline emphasizes the need for physical activity and healthy eating as part of rehabilitation.

Physical activity is a good way to reduce the risk of another stroke, Richards said. More than that, "some studies have suggested that physical activity, aerobic exercise in particular, can help improve cognition."

Early in recovery, stroke survivors are at risk of being malnourished, particularly if they have trouble swallowing, Richards said. "That's why you usually have a dietitian on the team."

Mazwi said rehabilitation is an opportunity to embrace new habits that can help a survivor feel their best while doing everything they can to prevent a second stroke.

"And that's really what stroke recovery is about—stepping into this new life and moving forward with purpose and a healthy perspective," she said.

Stroke rehabilitation can make a difference

The world of neurorecovery, Mazwi said, "is just brimming with promise."

Early rehabilitation work is crucial, Richards said, because in the month after a stroke, genes get turned on that increase the brain's plasticity, or flexibility—almost to how it is in childhood.

The recovery process can be slow. People make most of their gains in motor skills in the first three months, Richards said. Language and cognition improvements can go on for much longer.

But Mazwi said the past decade has seen a fundamental shift in understanding survivors' capacity for recovery.

Adult brains are more flexible than once thought, she said, meaning patients can continue to see improvements decades after a stroke. "We now understand, better than we ever have, that there isn't an expiration date on one's potential for recovery."

Why stroke rehab is a team effort—and a lifelong process

Stroke rehabilitation can involve all kinds of experts—neurologists, nurses, occupational therapists, speech-language pathologists, psychologists and more.

That makes rehabilitation a time for patients and caregivers to educate themselves, Mazwi said.

"My No. 1 recommendation for patients as they start on this journey of stroke rehabilitation and recovery is to remember that they have an entire team behind them," she said.

Take advantage of that team, she urged. "We aren't here to tell patients what to do in a prescriptive way and then send them off. We're really here to partner, because this is a lifelong process."

Non-linear and spectral EEG dynamics as stage–specific biomarkers of neuropsychological recovery post-stroke

 You are that blitheringly stupid that you think biomarkers get you recovered! You need EXACT protocols that get you recovered!

WOW!

Non-linear and spectral EEG dynamics as stage–specific biomarkers of neuropsychological recovery post-stroke


  • 1. Institute of Higher Nervous Activity and Neurophysiology RAS, Moscow, Russia

  • 2. Laboratory of Experimental Neurology and Neuroimaging, Federal Research and Clinical Center of Intensive Care Medicine and Rehabilitology, Moscow, Russia

Abstract

Introduction: 

Resting-state electroencephalography (EEG) offers promising window into the neuroplastic changes underlying recovery after stroke. This longitudinal study aimed to characterize the stage-specific dynamics of non-linear (fractal dimension, FD) and linear (power spectral density, PSD) EEG metrics and to evaluate their associations with recovery of neuropsychological functions.

Methods: 

We recruited 44 patients with left-hemisphere ischemic stroke at various recovery stages and 25 age-matched healthy controls. All participants underwent high-density EEG recording at two time points (~5–7 weeks apart). The EEG was analyzed for FD, PSD across standard frequency bands.

Results: 

A rehabilitation-related increase in FD in the right hemisphere was observed in all patient groups except those in the early recovery stage, where a unique decrease in left-hemisphere FD occurred. This right-hemispheric FD increase correlated with improvements in motor control function. Spectral changes were also stage-specific: a decrease in frontal beta power (14–20 Hz) was linked to longer inter-session intervals, while a right posterior increase in slow-wave activity (2–6 Hz) correlated with gains in auditory-verbal memory. Conversely, a reduction in alpha power (7–9 Hz) was associated with improved visuospatial ability and motor functions, but only in early and intermediate recovery stages. Recovery after stroke is subserved by dynamic, phase-specific neurophysiological processes reflected in the FD and spectral composition of spontaneous brain activity. The right hemisphere appears to play a crucial compensatory role, with FD serving as a sensitive biomarker of motor planning recovery.

Conclusion: 

These findings underscore the necessity of stage-specific neurorehabilitation framework, informed by objective EEG biomarkers, to individualize and enhance therapeutic efficacy.


More at link.

Effects of acute and long-term exercise modalities and doses on brain-derived neurotrophic factor in patients with stroke: a Bayesian network meta-analysis

 Absolutely fucking useless. No mention of actual recovery results! 

CAN'T ANYONE IN STROKE THINK AT ALL?

Effects of acute and long-term exercise modalities and doses on brain-derived neurotrophic factor in patients with stroke: a Bayesian network meta-analysis


  • 1. Department of Physical Education, Tongji University, Shanghai, China

  • 2. Shanghai Normal University Tianhua College, Shanghai, China

Abstract

Objective: 

To systematically evaluate the effects of exercise interventions on brain-derived neurotrophic factor (BDNF) in patients with stroke, and to examine the dose–response relationships associated with acute and long-term exercise.


Methods: 

PubMed, Embase, Web of Science, the Cochrane Library, and APA PsycINFO were searched for studies of exercise interventions in patients with stroke that reported BDNF outcomes. Risk of bias was assessed using RoB 2.0 and ROBINS-I. A network dose–response meta-regression was conducted within a Bayesian random-effects framework.


Results: 

Twenty-three studies involving 903 participants were included, comprising 14 randomized controlled trials, 8 non-randomized studies, and 1 randomized crossover trial. Acute overall exercise showed a modest positive trend at lower dose levels; however, at a dose of 250 METs⋅min/week, the 95% credible interval included zero, indicating substantial uncertainty regarding whether a single bout of low-dose exercise produces a reliable increase in BDNF. For long-term overall exercise, posterior estimates generally favored a positive BDNF response as dose increased. The 95% credible interval first no longer included zero at 1300 METs⋅min/week, and estimates at 1700, 2000, 2300, and 2700 METs⋅min/week remained compatible with positive effects. However, these findings should be interpreted cautiously because the evidence base was limited and precision varied across dose levels. Clear differences were also observed across long-term exercise modalities. Multicomponent exercise showed the most favorable directional pattern across the 1700–2700 METs⋅min/week range, although several estimates were imprecise and the apparent advantage of this modality should be regarded as exploratory. By contrast, walking, cycling, and exercise combined with cognitive training all showed positive directional trends, but the 95% credible intervals included zero across dose levels, indicating substantial uncertainty regarding these modality-specific effects.

Conclusion: 

The effects of exercise on BDNF in patients with stroke are jointly shaped by intervention duration, dose level, and exercise modality. Compared with acute exercise, long-term exercise at moderate-to-high doses, particularly multicomponent exercise, may be associated with a more favorable BDNF response. However, because the certainty of evidence was mostly moderate to low or very low and publication bias was detected, these findings should be considered preliminary and hypothesis-generating rather than definitive exercise prescription recommendations.

Systematic review registration:

https://www.crd.york.ac.uk/PROSPERO/view/CRD420261350793, identifier CRD420261350793.