Epilepsy and Seizure Care at Home in North Shropshire
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Most people, when they think of epilepsy, think of a condition that begins in childhood or young adulthood. This is understandable — that is the picture that public awareness has historically painted. It is also, for a significant and growing proportion of people living with epilepsy in the UK, simply wrong.
Epilepsy is the third most common neurological disorder in older adults, after stroke and dementia. Older adults account for 25% of first-time seizures. The incidence of epilepsy increases progressively after the age of 50 and rises steeply after 65. Among adults aged 65 and over, the age-standardised prevalence rate of late-onset epilepsy is estimated at 472 per 100,000 population — making it far more common in later life than most people, and many healthcare professionals, realise.
This matters for home care because late-onset epilepsy presents differently from childhood epilepsy, is caused by different underlying conditions, responds differently to medication, and creates a different set of daily care challenges. A carer who has never supported an older person with epilepsy, and who applies what they know about epilepsy in younger people to an older client, may miss the very things that matter most.
At North Shropshire Homecare we provide specialist seizure management and epilepsy support for older adults across Whitchurch, Wem, Prees, Whixall, and the surrounding villages. This page explains what late-onset epilepsy actually looks like in older adults, and how we support people living with it safely and well at home.
Why Epilepsy in Older Adults Is Different
It Is Usually a Symptom of Something Else
In younger people, epilepsy is often idiopathic — arising without a clearly identified cause. In older adults, the causes are almost always structural or neurological, and identifiable. The most common causes of new-onset epilepsy in older adults are:
Stroke — 37% of cases. Ischaemic or haemorrhagic stroke is the single most common cause of late-onset epilepsy. Post-stroke seizures can begin in the acute phase or develop months to years after the stroke. They typically arise from the area of the brain affected by the infarction or bleed, and their character is determined by the location of that damage.
Brain tumours — 13% of cases. Both primary brain tumours and cerebral metastases from cancers elsewhere in the body can cause seizures by irritating the surrounding brain tissue.
Neurocognitive disorders — 12% of cases. Alzheimer's disease, vascular dementia, and other dementias carry a significantly elevated seizure risk. Research has demonstrated a link between amyloid-beta pathology — the hallmark of Alzheimer's disease — and epileptic network activity. Seizures in someone with dementia can be subtle and easily attributed to confusion or behavioural changes rather than to epileptic activity. This matters because unrecognised and untreated seizures accelerate cognitive decline.
Other causes include head injury, cerebral infections, metabolic disturbances (including hyponatraemia, hypoglycaemia, and renal failure — all more common in older adults), and alcohol withdrawal.
Understanding the underlying cause of a person's epilepsy is essential to understanding their specific care needs — both because the seizure type and pattern often reflect the underlying cause, and because the underlying condition itself requires management alongside the epilepsy.
The Seizures Look Different
Late-onset epilepsy most commonly presents with focal seizures — seizures arising in one specific area of the brain rather than involving the whole brain simultaneously. In younger people, generalised tonic-clonic seizures (the classic full-body convulsion) are the form most associated with epilepsy in public awareness. In older adults, focal seizures are considerably more common, and they may not look anything like the seizure that most carers have been trained to recognise.
Focal aware seizures — the person remains conscious but experiences abnormal sensations, movement, or cognition confined to one part of the body. They may stare, make automatic movements, or experience a brief period of confusion. These episodes are often brief — seconds to a minute — and in an older person with cognitive changes may be dismissed as confusion or a "funny turn."
Focal impaired awareness seizures — the person's awareness is altered but not fully lost. They may stare blankly, make repetitive movements (lip smacking, hand rubbing), and be unresponsive to communication during the seizure. In an older person, particularly one with existing cognitive impairment, this can be extraordinarily difficult to distinguish from a confusional episode or a behavioural symptom of dementia.
Focal to bilateral tonic-clonic seizures — a focal seizure that spreads to involve both hemispheres, producing the full convulsive episode. These are more recognisable but carry a higher immediate safety risk in an older person because of the falls risk, the post-ictal confusion, and the cardiovascular stress of a major convulsive event.
Post-ictal confusion — the period of confusion, fatigue, and disorientation that follows a seizure — is typically more prolonged in older adults than in younger people. It can last hours and can be severe enough to resemble delirium. A carer who does not know that a person has epilepsy may witness the post-ictal phase without having seen the seizure itself, and may have no framework for understanding what they are observing.
This is one of the most important reasons why detailed, accurate care planning matters in epilepsy care. A carer who knows that this person has focal epilepsy, knows what their specific seizure looks like, knows how long a seizure typically lasts, and knows what the post-ictal phase typically involves — that carer is providing an entirely different quality of observation and response from one who has only generic training.
Diagnosis Is Often Delayed or Missed
Because late-onset epilepsy presents subtly, because focal seizures can look like confusion, because older adults themselves often do not recognise what they have experienced as a seizure, and because the investigation pathway is not always straightforward, diagnosis is frequently delayed.
A routine EEG — the standard investigation for epilepsy — has a low sensitivity for focal epilepsy, particularly when performed between events. A normal EEG does not rule out epilepsy, and in older adults whose seizures may be infrequent and brief, capturing an event on EEG can be genuinely difficult. The diagnosis often requires prolonged EEG monitoring, careful clinical history, and the input of a neurologist with specific expertise in late-onset epilepsy.
For home carers, this creates an important responsibility. Detailed, specific observation of possible seizure episodes — not "patient appeared confused for a few minutes" but the exact timing, the specific movements, which part of the body was involved, whether the person was responsive, how they were afterwards, and how long the whole episode lasted — is the kind of documentation that the neurologist needs to make an accurate diagnosis. We train our carers in epilepsy observation specifically for this reason.
The Medication Challenges in Older Adults
Around 90% of people with late-onset epilepsy achieve seizure control with one medication — a better response rate than in many other epilepsy populations. The good news is that late-onset epilepsy is often well-controlled. The challenge is getting there safely.
Older adults are significantly more vulnerable to the side effects of anti-seizure medications (ASMs) than younger people, for several reasons:
Altered drug metabolism. Kidney and liver function decline with age, meaning that drugs are cleared more slowly and their effective plasma concentrations are higher than the prescribed dose would suggest in a younger person.
Polypharmacy. Older adults typically take multiple medications. Anti-seizure medications interact with a wide range of commonly prescribed drugs — anticoagulants, antihypertensives, statins, antidepressants — and the interactions can be clinically significant in both directions.
Side effect sensitivity. The side effects of many ASMs are disproportionately problematic in older adults. Drowsiness and dizziness — common with many ASMs — significantly increase falls risk. Cognitive effects — which many ASMs carry — compound existing cognitive vulnerability. The AARP notes specifically that "it's better to start anti-seizure drugs at low doses and slowly, slowly go up" in older patients.
Bone health. Several older ASMs — particularly enzyme-inducing drugs like phenytoin and carbamazepine — accelerate bone mineral loss, which is already a concern in older adults. Long-term use increases fracture risk in a population already at elevated falls risk.
This is why medication management in older adults with epilepsy requires both precision and vigilance. The right dose at the right time, consistently, without gaps. Observation of side effects — drowsiness, dizziness, confusion, unsteadiness — that are clinically significant rather than tolerable inconveniences. Communication of any change in presentation to the GP and neurologist, because a pattern that looks like disease progression may be a medication effect.
We manage anti-seizure medication through our eMAR system with real-time recording of every dose. We observe and document side effect profiles specifically. We never omit an ASM dose, because missed doses are among the most common triggers for breakthrough seizures in otherwise well-controlled epilepsy.
Seizure First Aid — What Good Response Looks Like
Every carer at North Shropshire Homecare working with an epilepsy client has received seizure-specific first aid training tailored to that individual's seizure type. General first aid principles apply alongside the individual's specific seizure protocol.
For a Focal Seizure Without Full Convulsion
Stay calm. Stay with the person. Do not restrain them. Note the time the seizure began. Talk calmly if they are semi-aware, but do not expect a coherent response. Remove or cushion anything nearby that could cause injury. After the seizure, guide the person to a safe, comfortable position. Allow the post-ictal period to run its natural course without rushing or alarming the person. Document the episode in detail and communicate it to the office.
For a Convulsive Seizure
Do not restrain the person. Do not put anything in their mouth. Cushion the head. Time the seizure from the moment it begins. Roll the person onto their side as soon as the convulsive movements have subsided. Stay with them throughout the post-ictal phase. Call 999 if the seizure lasts more than five minutes, if one seizure follows another without recovery between them, if the person is injured, if it is their first known seizure, or if they do not recover to their normal baseline within a reasonable time.
Rescue Medication — Buccal Midazolam
For clients at risk of prolonged seizures, or clusters of seizures, a neurologist may prescribe rescue medication — most commonly buccal midazolam, administered into the cheek. Rescue medication is prescribed with specific instructions: which situations warrant administration, the dose, and when to call 999 regardless of whether rescue medication has been given.
Every carer who is expected to administer rescue medication receives specific, documented training in its use for that individual client, including the clinical rationale, the correct administration technique, and the post-administration observation and escalation protocol. We do not administer rescue medication without this training. We do not treat a rescue medication prescription as an alternative to calling 999 in a genuine emergency — it is an adjunct to appropriate clinical escalation, not a substitute for it.
Epilepsy and Dementia — The Overlap That Changes Everything
The relationship between epilepsy and dementia in older adults is more complex and more clinically significant than is widely appreciated.
Dementia significantly increases seizure risk. People with Alzheimer's disease have a seizure risk six times higher than the general population of the same age. Vascular dementia, arising from the same cerebrovascular disease that causes strokes, carries elevated seizure risk for the same reasons that post-stroke epilepsy is common.
Crucially, seizures in people with dementia are frequently missed — because the subtle focal seizures characteristic of late-onset epilepsy can be indistinguishable from behavioural symptoms of dementia, confusional episodes, or sundowning. A person with Alzheimer's who has a brief staring episode, followed by a period of increased confusion, may be observed as simply having a worse afternoon than usual.
This has clinical consequences beyond the missed diagnosis. Unrecognised and untreated seizures in people with Alzheimer's disease have been shown to accelerate cognitive decline and functional deterioration beyond what the dementia alone would produce. There is also evidence that seizure activity itself — independent of the underlying dementia — damages cognitive function through the neurological disruption of the ictal and post-ictal periods.
For our carers supporting clients with both dementia and epilepsy, this creates a specific observation priority. We are trained to recognise the subtle indicators that distinguish a possible seizure from a purely confusional episode in someone with dementia — the automatisms, the specific movement patterns, the post-ictal recovery profile — and to document these in enough detail that the neurologist and GP can make an informed clinical judgement. We never attribute every unusual episode to dementia without considering whether epileptic activity might be contributing.
Falls — The Most Serious Practical Risk
Seizures in older adults carry a direct and serious falls risk. A convulsive seizure in a person standing, walking, or on stairs can cause injury that would be minor in a younger person but is potentially catastrophic in someone with osteoporosis or existing frailty.
Even focal impaired awareness seizures carry falls risk — a person who loses awareness while walking, who makes uncoordinated automatic movements, or who is confused in the post-ictal phase is vulnerable to falls and cannot protect themselves effectively.
Research into ambulance call-outs for seizures has highlighted the significant costs — human and financial — of poorly managed seizure care in the community, with many call-outs representing preventable escalations. The evidence is clear that consistent, knowledgeable home care reduces unnecessary emergency admissions.
What we do: Falls prevention for epilepsy clients is environmental, temporal, and behavioural. Environmental — removing trip hazards, padding sharp corners, ensuring safe surfaces in the bathroom and bedroom where seizures are common (waking seizures and nocturnal seizures are frequent in late-onset epilepsy). Temporal — knowing the times of day when seizures are more likely for this individual and ensuring carer presence or close availability during those periods. Behavioural — working with the client and family on the specific activities that carry elevated risk during a seizure: cooking on a hob, bathing, being on stairs, driving (which is a legal restriction for people with active epilepsy).
We document every seizure and every near-miss in detail, and we communicate patterns to the neurologist and GP — because a change in seizure frequency, timing, or character is clinically significant information that may indicate a medication adjustment, an underlying change in the condition causing the epilepsy, or a concurrent illness.
What We Provide — The Practical Care
Seizure Observation and Documentation
Accurate, detailed seizure observation is one of the most valuable contributions a home carer makes in epilepsy management. We document: the time the seizure began and ended; the type of movements; which parts of the body were involved; whether the person was aware or responsive during the event; any preceding aura or warning; the post-ictal profile and its duration; and anything that might have triggered the episode — sleep deprivation, missed medication, illness, stress, alcohol.
This documentation is not for our records. It is clinical data that directly informs the neurologist's management decisions. We make it available to the family and clinical team promptly.
Medication Management
Anti-seizure medication is managed through our eMAR system with real-time documentation of every dose. We do not omit doses, we do not approximate timing, and we do not substitute one medication for another. For clients on complex multi-drug regimens, or where drug interactions with other prescribed medications are a known concern, we flag any changes in the medication picture to the GP immediately.
We observe for side effects specifically relevant to ASMs in older adults — drowsiness, dizziness, cognitive changes, unsteadiness — and communicate these to the clinical team rather than accommodating them as fixed features of the person's daily experience. Many side effects in older adults on ASMs are modifiable through dose adjustment or drug switch.
Personal Care and Safety Adaptation
Personal care for clients with epilepsy requires specific safety adaptations, particularly around bathing and showering — settings where an unwitnessed seizure carries serious drowning risk. We use shower rather than bath where possible. We are present during bathing. We adapt the bathroom environment with appropriate safety equipment in consultation with the occupational therapist.
We are aware of the specific times of day when individual clients are more likely to have seizures and we structure our visits and our attentiveness accordingly.
Rescue Medication Administration
Where prescribed and trained, we administer buccal midazolam according to the individual client's rescue protocol. Every carer administering rescue medication has received client-specific training before the first solo visit. We document every administration and communicate it to the family, the office, and the clinical team immediately.
Emotional and Psychological Support
A diagnosis of epilepsy in later life carries a particular psychological weight. It often arrives in the context of another significant diagnosis — stroke, dementia, brain tumour — and it brings with it restrictions on independence that older adults frequently find more distressing than younger people do.
The loss of a driving licence — a legal requirement following a seizure diagnosis in England — in a rural area like North Shropshire is not a minor inconvenience. It is a profound loss of independence and community connection for someone who may have been driving for fifty years. The anxiety of not knowing when the next seizure will occur, and of not being able to carry out activities independently that previously required no thought, is real and deserves genuine acknowledgment.
We do not minimise this. We support our clients emotionally as well as practically, and we involve our Shopping and Companionship services specifically to address the practical consequences of the driving restriction and the reduction in independent mobility that epilepsy can create.
Working With the Epilepsy Clinical Team
Epilepsy in older adults is managed by a multidisciplinary team that typically includes a neurologist or epileptologist, an epilepsy specialist nurse, the GP, and — where the underlying cause involves another condition — the relevant specialist for that condition.
We work within this team as the consistent daily presence, implementing the clinical team's recommendations in the home environment. We communicate seizure observations promptly and specifically. We flag medication concerns. We alert the clinical team to any change in seizure pattern, frequency, or character.
Epilepsy specialist nurses are one of the most valuable resources available to older adults with epilepsy and their families, and we actively support clients and families in engaging with this service. In Shropshire, specialist neurology services are primarily accessed through Royal Shrewsbury Hospital and the Neurology outpatient service — and our carers are experienced in supporting clients through the investigation and monitoring process that late-onset epilepsy diagnosis and management involves.
Arrange a Free Home Assessment
If you or someone you love has been diagnosed with epilepsy — or if you are concerned about episodes that might represent seizure activity — and you are looking for home care support in North Shropshire, we would be glad to talk.
A free home assessment costs nothing and commits you to nothing. We visit, we listen, and we give you an honest picture of what we can provide and how quickly we can begin.
📞 01948 411222 — 24 hours, 365 days
✉️ mail@nshomecare.co.uk
North Shropshire Homecare
The Coach House, 15/17 Green End, Whitchurch, SY13 1AD
Providing specialist epilepsy and seizure care at home across Whitchurch, Wem, Prees, Whixall, Higher Heath, Tilstock, Ash, and the surrounding villages of North Shropshire. CQC Rated Good. Independently Owned. Locally Staffed.
