&Stroke can suddenly change how someone performs the simplest tasks. It can affect movement, vision, thinking, or coordination, making tasks like getting dressed, preparing breakfast, or even brushing teeth challenging. These difficulties with everyday activities can feel daunting for both survivors and their families.
Occupational therapy (OT) after stroke helps survivors regain independence in daily life. Therapists assess changes in movement, thinking, coordination, vision, and sensation to understand how these impact essential activities such as dressing, eating, or working.1 Instead of treating symptoms in isolation, occupational therapists (OTs) design personalized recovery plans that restore function or adapt tasks to the survivor’s new abilities.
Physical therapy (PT) focuses on major movement abilities like walking, balance, and overall mobility. On the other hand, OTs concentrate on daily living skills, which are the specific tasks people need to take care of themselves and participate in their communities. PT focuses on improving physical abilities and motion, such as strength, endurance, and walking. OT helps patients regain independence and living skills by addressing both mobility and upper extremity recovery. OT provides training in transfers, safe movement through daily environments, balance for everyday tasks, and use of the arms and hands for functional activities like dressing, cooking, and self-care.2
The two professions work collaboratively during stroke rehabilitation, with each addressing different aspects of recovery. Physical therapists (PTs) might help someone regain strength to stand up, while OTs teach them how to get dressed while standing or seated safely. Both therapies may be combined for comprehensive recovery, especially in complex cases where survivors need both movement restoration and skill retraining.
There can be many effects of stroke, with each person’s experience varying according to their recovery, the location of brain injury, and their support systems.3 OTs conduct evaluations that examine how stroke has affected their patients’ daily functioning.
OT assessments cover how someone manages daily activities, their ability to move around, and any problems with motor function, visual perception, coordination, sensation, and cognition.
The evaluation process involves watching people attempt real-world tasks like washing, dressing, or preparing meals. When OTs begin training their patients on activities of daily living, they will start with this type of assessment, observing how stroke has affected the person’s ability to carry out essential tasks on their own.
During the assessment, a therapist might notice that someone struggles to button a shirt not just because of weak fingers, but because they can’t see the left side of their body or can’t remember the sequence of steps.
OT aims to improve participation in meaningful activities, address underlying deficits, minimize complications, and provide education and support to patients and care partners.4 Rather than simply working on isolated skills, they focus on helping people return to roles that matter to them, such as parent, spouse, employee, or community member. They also help families understand how stroke has affected their loved one’s ability to function and how best to support them.
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Task-oriented training involves client-centered, repetitive practice of activities that are relevant to each person’s goals.5
Stroke recovery goes beyond physical healing. Survivors and their families also face emotional and psychological challenges that impact quality of life and long-term recovery. Early psychological interventions can decrease stress in stroke patients and increase their commitment to treatment, while problem-solving strategies and involvement in activities help survivors develop better coping abilities.7
Research shows that life quality in stroke survivors can decrease with age but often improves the longer it’s been since the stroke; over time, people also tend to improve in different areas of daily function.8
Post-stroke depression affects 30-50% of stroke survivors and can impact recovery and rehabilitation.9 When left untreated, depression can reduce motivation for therapy, slow physical recovery, and decrease quality of life for the entire family. Healthcare teams should screen for depression regularly and connect people with appropriate mental health support when needed.
Support groups may also provide essential connections for both survivors and care partners who often feel isolated after stroke. These groups offer practical advice from others who understand similar challenges, emotional support during difficult moments, and hope through seeing others who have made progress. Care partner support is particularly important because family members may experience their own stress, depression, and burnout while caring for their loved one.
Stroke survivors typically receive OT sessions multiple times per week, with frequency and duration varying based on individual needs and location.
Recovery after a stroke tends to be most rapid in the first few months, when the brain’s natural healing and rewiring processes are most active. However, research shows that neuroplasticity—the brain’s ability to adapt and form new connections—can support meaningful improvements well beyond the first year. With consistent, targeted therapy and practice, many stroke survivors continue to make gains months and even years after their stroke.
Family members can help by practicing recommended exercises with their loved one, learning safe techniques for transfers and daily activities, and providing encouragement while stepping back when their loved one can work independently.
Research confirms that early OT intervention soon after the stroke can enhance quality of life, improve cognitive function, and reduce depression in stroke survivors.10 A comprehensive approach—combining skill retraining, adaptive or assistive equipment, and environmental modifications—can address the full scope of post-stroke challenges.
The most rapid recovery after stroke often happens in the first few months, when the brain is especially responsive to change. Yet, research on neuroplasticity shows that with the right therapy and practice, survivors can continue to improve well beyond this early phase. Working with certified occupational therapists provides access to evidence-based strategies and individualized treatment plans that combine restoring lost abilities with teaching practical adaptations. This approach supports ongoing progress, helping stroke survivors enhance both independence and quality of life over time.
To investigate how functional cognition of people post-stroke is evaluated and reported by occupational therapists in Ireland. Functional cognition refers to the use and integration of cognitive skills for daily function.
This study used a qualitative design. Six focus groups and one individual interview were conducted with 20 occupational therapists purposively sampled for variation across different clinical grades. Data were analysed according to the Braun and Clark thematic analysis framework.
Participants felt that assessment of functional cognition was an integral feature of occupational therapy assessment in stroke care but acknowledged that terminology used by occupational therapists for functional cognition was inconsistent. Non-standardised observational assessment was routinely used by participants. Challenges were reported with respect to written documentation of non-standardised observations. Participants reported that use of standardised cognitive assessments required considered clinical reasoning before administration. Standardised performance-based assessments were not widely implemented by participants.
Occupational therapists in Ireland reported a multi-component assessment process to evaluate functional cognition post-stroke. Establishing practice guidelines for the assessment of functional cognition may be of benefit to occupational therapists working in stroke care. Further research is needed to quantify procedures in this assessment process to account for variation in practice.
The assessment of functional cognition in stroke rehabilitation is integral to occupational therapy practice.(I totally disagree, nothing about this gets survivors recovered; the only goal in stroke!)
Occupational therapists described the assessment of functional cognition as a multi-component assessment drawing from three main modalities: standardised cognitive assessments; non-standardised observations; and performance-based assessments.
Professional education in, and practice guidelines, for the assessment and reporting of functional cognition could be beneficial for occupational therapists in stroke care to streamline their assessment and reporting of functional cognition.
One of the most complex parts of human anatomy is also one (or rather two) that we use hundreds of times per day yet often take for granted. Human hands are the body’s multipurpose tools, equipped with 27 individual bones; about half of those are found in our fingers, the tactile appendages that will bend and flex roughly 25 million times over the course of our life span. Our fingers are able to perform the everyday tasks we need thanks to thousands of nerve endings and touch receptors that can sense pressure, texture, temperature, movement, and more. But there’s one thing our hardworking digits don’t have: muscles.
Muscles make it possible for our bodies to move, and the human frame relies on more than 600, which are tasked with helping us in nearly every motion. So how do fingers perform the intricate tasks we require without them? Turns out human fingers are controlled by the muscles in our forearms and the tops and palms of our hands. Small intrinsic muscles in the hand allow the fingers to perform fine motor movements, while extrinsic muscles in the forearm and elbow control how the wrist and hand
move. Finger bones (aka phalanges) are connected to these muscles by tendons — fibrous, cord-like connective tissues — and when the attached muscles contract, fingers are able to perform their range of motion. Flexor tendons in the palm help fingers to bend, while extensor tendons on the top of the hand are responsible for straightening the fingers back out — essential movements that allow our hands to touch, grasp, and hold objects.
Occupation-based practice (OBP) is central to the practice of occupational therapists where occupations or meaningful activities become the focus of the assessment, intervention, and outcomes measurement process. Although occupational therapists practising in Thailand claim that they engage in OBP, this claim warrants empirical investigation. This study aimed to investigate the experiences and perceptions of hospital-based occupational therapists of OBP within stroke rehabilitation. Utilizing a qualitative design, fourteen occupational therapists were recruited through purposive sampling. Data were collected through semi-structured interviews until data saturation was reached. Each interview was recorded and transcribed verbatim, and data were analyzed using thematic analysis. Five themes were identified (1) Perspective towards OBP, (2) OBP as professional value and cultural identity, (3) Implementing OBP for stroke rehabilitation in hospital settings, (4) Environmental factors of using OBP in stroke rehabilitation, and (5) OBP in the service management. Occupational therapists perceived that OBP is important for professional identity. Using OBP provides positive changes in stroke clients. This study provides evidence that will help implement OBP into occupational therapy in Thailand.
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| The loop, it probably should have been a half inch longer for ease of insertion |
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| It takes a bit of effort to get the thumb out of the way to get the zipper pin inserted into the zipper tab. Damn spasticity. |
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| This is what my left hand looks like 5 seconds after opening it with my right hand. Wrist and finger spasticity have completely kicked in making clapping impossible |
