MND Motor Neurone Disease Home Care in North Shropshire

The Symptoms That Shape Daily Care

Muscle Weakness and Wasting

Progressive loss of muscle strength is the central feature of all MND types. It affects different muscle groups depending on where the disease begins and how it spreads. For limb-onset ALS, early weakness may present as a weakened grip, difficulty lifting the arms, or foot drop. For bulbar-onset presentations, speech and swallowing are affected first.

As weakness progresses, previously independent activities — personal care, transfers, meal preparation, getting in and out of bed — require increasing assistance. The care package that works at six months post-diagnosis may be entirely inadequate at twelve months.

What we do: We build care plans that are reviewed regularly and adapted proactively — not in response to crisis but in anticipation of progression. We work with the occupational therapist to ensure that adaptive equipment is in place before it is urgently needed, and we adjust our approach continuously as functional capacity changes.

Respiratory Failure — The Central Medical Challenge

Respiratory muscle weakness is the most life-threatening feature of MND and, for most people, the cause of death. As the diaphragm and accessory breathing muscles weaken, the capacity to take a full breath diminishes. Carbon dioxide builds up in the blood. Breathlessness on exertion, disturbed sleep, morning headaches, and recurrent chest infections are the early signs.

Non-Invasive Ventilation (NIV) is the most significant intervention available for respiratory failure in MND. NIV supports the breathing muscles through a mask interface — typically used overnight initially, and for increasing periods of the day as the condition progresses. It improves quality of life, reduces breathlessness, and extends survival. The MND Association and NICE both recommend early introduction of NIV — before respiratory failure is severe — to achieve the best outcomes.

Our care team has detailed, hands-on experience of NIV support in MND. We know the equipment — the machines, the mask interfaces, the settings, the alarms, and the protocols for when something is not right. We know the power-on and power-off sequence, the strap tension, the pressure sore prevention at the contact points, the filter maintenance, and the battery backup arrangements that matter when a power cut occurs. Every carer working with a client using NIV is trained specifically for that client, by the respiratory team managing their care, before the first solo visit.

The Cough Assist Machine — A Critical and Underused Intervention

As respiratory muscles weaken, the ability to generate an effective cough — to clear secretions from the airway — diminishes. Secretions that cannot be cleared lead to chest infections. Chest infections in a person with compromised respiratory function are potentially life-threatening.

We want to say something directly about this, because it reflects our own experience and because it matters.

We have supported clients with MND who were struggling to cough effectively — producing the laboured, inadequate cough that anyone who has seen it will recognise — without knowing that a specific device exists to address it. The mechanical insufflator-exsufflator, also called a cough assist machine, inflates the lungs with positive pressure and then rapidly reverses to negative pressure, simulating the airflow of a natural cough. Clinical evidence shows it was effective for 83% of patients during respiratory tract infections, compared to 35% with manually assisted coughing.

We know this device. We tell our clients about it. We have facilitated conversations between clients, families, and respiratory teams that have resulted in cough assist machines being prescribed — devices that significantly reduced chest infection frequency, prevented hospitalisations, and in at least one case that we know of, made a meaningful difference to both survival and quality of life.

If you are living with MND and you are struggling to cough effectively, and nobody has mentioned a cough assist machine to you, please raise it with your respiratory team. Or call us and we will help you have that conversation.

PEG Feeding — Nutrition, Timing, and the Decision Nobody Wants to Make

Dysphagia — difficulty swallowing — is one of the most distressing features of MND for both the person living with it and the family supporting them. Food and drink become unsafe when the muscles controlling swallowing weaken. The risk of aspiration — food or liquid entering the airway — increases, bringing with it the risk of aspiration pneumonia.

Before swallowing becomes acutely unsafe, a Speech and Language Therapist will recommend modifications to food texture and fluid consistency. We implement these modifications precisely and consistently. We allow the extended mealtime duration that safe eating with dysphagia requires. We monitor for the early signs of aspiration.

For many people with MND, a time arrives when oral nutrition alone is no longer sufficient or safe — and a Percutaneous Endoscopic Gastrostomy (PEG) feeding tube is recommended. This is one of the most emotionally significant decisions in the MND journey, and it often feels — wrongly — like a surrender.

The clinical reality is different. Early PEG nutrition, even when some oral feeding is still possible, may reinforce the preventative role of enteral feeding in maintaining nutrition and potentially improving survival. The evidence suggests that PEG placement is safer and better tolerated when respiratory function is still adequate — which argues strongly for making this decision earlier rather than later, while the person has both the physical reserves to tolerate the procedure and the capacity to make an informed choice.

We provide full PEG feeding support for MND clients — the preparation and administration of prescribed feeds, site hygiene and monitoring for infection, management of the external tube, and close communication with the clinical nutrition team and district nursing service who are responsible for clinical oversight.

We also understand that a person with a PEG tube may still eat and drink orally for pleasure and social connection, even when nutrition is primarily tube-based. We support this where the clinical team agrees it is safe. Food and mealtimes carry meaning beyond nutrition, and we do not reduce them to a clinical calculation where a human one is also possible.

Communication — Voice Banking, AAC, and the Long View

Speech deteriorates in most forms of MND. For bulbar-onset presentations, it is among the earliest and most significant losses. For limb-onset ALS, speech may remain adequate for longer while physical function deteriorates.

The most important thing we can say about communication planning in MND is this: voice banking should begin as early as possible, before speech changes significantly. Voice banking involves recording the person's own voice — sentences, phrases, sounds — so that a text-to-speech communication device can speak in something close to their own voice, rather than a generic synthesised one. Once speech has deteriorated significantly, banking a natural-sounding voice is no longer possible.

We are not voice banking specialists or AAC (Augmentative and Augmentative Communication) specialists — the MND Association's visitor service and the SALT team are the right resources for this. But we are the people who are present daily, and we communicate to families and clinical teams when we observe changes in speech that suggest the timing for voice banking and AAC introduction should be reviewed.

During care visits, we adapt our communication to the person's current capacity — allowing time, using alternative communication methods, never speaking for the person or finishing their sentences, and treating every means of communication the person uses as equally valid whether it is speech, a communication device, gesture, or eye gaze technology.

Spasticity and Pain

Spasticity — involuntary muscle stiffness and spasms — is common in forms of MND that involve upper motor neurons, particularly PLS and ALS. It can be painful and can significantly complicate personal care, positioning, and transfers.

Pain in MND arises from multiple sources: spasticity, immobility, pressure on joints, and the muscle cramps that are common in the condition. MND does not affect sensory neurons — the person's ability to feel pain is preserved while their ability to communicate it may diminish.

What we do: We document pain observations specifically — location, character, timing, relationship to movement — as clinically useful information rather than vague notation. We approach all care tasks with awareness of pain and spasticity, using slow, smooth movements and positioning that reduces discomfort. We communicate pain observations to the clinical team promptly, because changes in pain pattern often indicate either disease progression or a complication that requires intervention.

Cognitive and Behavioural Changes

MND was historically understood as a purely motor condition. It is now recognised that up to 50% of people with MND have some degree of cognitive or behavioural change, and around 10–15% develop frontotemporal dementia (FTD) alongside the motor symptoms.

Cognitive changes in MND can include difficulties with attention, executive function, and verbal fluency. Behavioural changes can include apathy, disinhibition, and changes in personality. These changes affect the person's capacity to make decisions about their care, and they affect how care is provided.

We are trained to recognise cognitive and behavioural changes in MND, to document them specifically, and to communicate them to the clinical team. Where cognitive change raises questions about capacity, we involve the appropriate professionals rather than making assumptions in either direction.