Recovery doesn't end at discharge - why nutrition is the missing piece nobody talks about

Richard Moore
4 days ago
9 min read

You can survive the hospital. Finish rehab. Be told you're doing well. And still feel absolutely nothing like yourself.

For a lot of people recovering from a stroke, concussion, or brain injury, this is the part that blindsides them. The headaches that won't quit. The exhaustion that makes even a quiet day feel like too much. The sleep that doesn't restore anything. The brain fog, the anxiety, the low mood, and that persistent, demoralising feeling that you should be further along by now.

Nobody really prepares you for this phase. And not many people are equipped to help with it.

That is where nutrition and lifestyle support comes in - and where Becki Drewett at You Nutrition Clinic specialises.

What happens after rehab ends

Let's be clear from the start: conventional care is essential. Emergency treatment, medication, scans, and rehabilitation are not optional extras. Nothing here is about replacing any of that.

But here is the reality. Once the acute phase is over, most people are sent home and largely left to it. They are still dealing with inflammation, disrupted energy, poor sleep, appetite changes, unstable blood sugar, muscle loss, and a nervous system under serious strain (Poblete et al., 2023; Serra, 2018). The expectation, often unspoken, is that they will figure it out.

The problem is that recovery is not just physical. It is metabolic. The brain is trying to heal itself in the middle of all that biological disruption, with very little nutritional support to help it do so.

Nutritional therapy cannot cure a stroke or a brain injury. But there is solid evidence that it can support the conditions the brain and body actually need in order to recover - to adapt, to get more out of rehabilitation, to feel more like a person again (Zielińska-Nowak et al., 2021; Poblete et al., 2023).

This is not about eating more vegetables

When most people hear “nutrition,” they think of generic healthy-eating tips, more fruit and veg, fewer treats, that sort of thing. In neurological recovery, the conversation is quite different.

After a stroke or brain injury, the body is often dealing with oxidative stress, systemic inflammation, disrupted energy metabolism, sharply increased nutrient demand, reduced appetite, less movement, and muscle loss - all at the same time (Poblete et al., 2023; Serra, 2018). Each of those things affects how someone feels and functions. Together, they can make recovery feel like pushing through treacle with no idea why.

This is why someone can be genuinely committed to getting better - attending every appointment, doing the exercises, trying hard - and still feel stuck. If energy intake is too low, protein is inadequate, blood sugar is swinging around, sleep is broken, or inflammation is quietly driving symptoms, progress will be slower and harder than it needs to be. That is not a willpower problem. It is a biology problem.

What the evidence actually says

This is a space where bold claims spread fast, so it’s worth being precise.

There isn’t one diet that works for everyone, and there isn’t a single supplement “stack” that fixes recovery across the board. Anyone promising that is simplifying something that’s much more individual. What the research does show - and this is genuinely useful - is that nutritional status and targeted nutritional strategy can influence how well someone recovers. Not marginally. Meaningfully.

In chronic stroke recovery, nutritional status is strongly linked to physical function, muscle mass, and rehabilitation capacity - yet it is routinely under-assessed the moment someone leaves acute care (Serra, 2018). A review by Zielińska-Nowak et al. (2021) found that neuroprotective dietary patterns and appropriate supplementation may improve rehabilitation outcomes after stroke. Poor nutritional status, on the other hand, is associated with worse functional recovery, cognitive decline, and higher rates of depression.

Nutrition is not just about preventing another stroke further down the line. It may shape how well rehabilitation works right now.

The same is true for brain injury

In traumatic brain injury, Chapple et al. (2016) found that hospitalised TBI patients routinely experienced significant energy and protein deficits throughout their stay. In plain terms: many people were substantially under-fuelled at the precise moment their bodies were under the highest demand they would ever face.

That is not a small issue. The recovering brain needs energy and amino acids for tissue repair, immune function, and the capacity to actually engage with rehabilitation. When intake falls short - repeatedly, over days and weeks -recovery suffers for it (Chapple et al., 2016; Poblete et al., 2023).

Poblete et al. (2023) are clear that secondary brain injury processes - neuroinflammation, catabolism, metabolic dysfunction - can all be made worse by inadequate nutritional support. Their conclusion is not dramatic. It is practical: nutrition should be treated as a therapeutic consideration, not something to think about once everything else has been sorted.

Concussion tends to be where people start asking

This is often where families and individuals first start looking seriously at nutrition. Younger adults, athletes, parents of teenagers with persistent post-concussion symptoms - people who want to do something useful but are drowning in conflicting internet advice.

The evidence for supplements in concussion is still developing, and that has to be said honestly. But reviews have pointed to plausible neuroprotective roles for specific nutrients, particularly omega-3 fatty acids and compounds involved in inflammation regulation, neuronal membrane integrity, and cellular stress response (Barrett et al., 2014; Ashbaugh & McGrew, 2016; Oliver et al., 2018).

The takeaway is not "take these supplements." It is that nutrition and lifestyle can be used strategically to support a recovering brain - and that this works best when it is guided by someone who actually understands the condition, not just the supplement aisle.

Why so many people still feel unwell months later

This is the part most people recognise immediately. Technically discharged. Technically progressing. But still exhausted. Sleep that does not seem to help. Mood that is flat, or anxious, or both. Concentration worse than it used to be. A significantly reduced tolerance for noise, demands, or anything that never used to be a problem.

These symptoms are real. They are not "just stress" or a sign of not trying hard enough. They frequently point to disrupted energy metabolism, persisting inflammation, poor sleep architecture, blood sugar instability, low protein intake, gut dysfunction, or nutrient insufficiency sitting beneath the surface of ongoing neurological symptoms (Poblete et al., 2023; Serra, 2018).

A personalised nutrition approach is not a shortcut. It will not undo a brain injury. But it can meaningfully reduce the biological load that keeps recovery harder than it needs to be - and sometimes that shift is what allows everything else to start working properly.

Why Becki Drewett is not like most practitioners in this space

Plenty of nutritionists understand evidence-based practice. Plenty of physiotherapists understand neurological rehabilitation. Very few have serious, sustained expertise in both.

Becki does.

She is a BANT-registered Nutritionist and CNHC-registered Nutritional Therapy Practitioner. She is also an HCPC and MCSP-registered Chartered Physiotherapist and Exercise Medicine Prescriber with advanced practice expertise in neurological rehabilitation - built across nearly two decades of clinical work in NHS, private, charitable, and specialist neurorehabilitation settings in the UK and the USA.

What that combination means in practice: she does not just understand the research. She understands what stroke, concussion, and brain injury recovery actually looks like when someone is at home, six months out, wondering why they still feel so off. She knows where conventional rehab is strongest. She also knows what tends to get missed.

Her practice is deliberately focused

At You Nutrition Clinic, Becki works specifically with conditions affecting the brain and spinal cord: stroke, TIA, concussion, acquired and traumatic brain injury, spinal cord injury, transverse myelitis, and Guillain-Barré syndrome.

She also offers Exercise Medicine consultations, which matters a lot for people who need support that properly connects nutrition, movement, and function, rather than treating them as separate concerns that happen to coexist.

The approach looks at energy, inflammation, gut health, sleep quality, blood sugar regulation, protein intake, and longer-term metabolic resilience - all kept in line with the person's existing medical care and rehabilitation. For a lot of people, this coordinated perspective is exactly what has been missing from their recovery.

In Becki's own words ...

What led you to this work?

Neurology has been part of my life for a long time - personally before professionally. I lost my mum following a stroke when I was young, and my sibling experienced Guillain-Barré syndrome in their early teens. I saw both ends of the spectrum early on. Recovery, and loss. That shapes how you understand what neurological conditions do to a person and to the people around them.

Professionally, I have spent nearly 20 years working as a Chartered Physiotherapist with people recovering from stroke, brain injury, concussion, and other neurological conditions. I have seen real resilience. I have also seen how hard recovery becomes when people are left to manage fatigue, mood, sleep, and cognition with very little structured support.

Why train as a Nutritional Therapist on top of that?

I kept running into the same gap. Rehabilitation is rightly focused on stabilising people, preventing complications, restoring movement and function. That is essential. But there is very little in standard care pathways for what is happening metabolically and biochemically.

I would work with people who were giving everything in rehab - and they were exhausted in a way that did not quite add up. They were not recovering between sessions the way they should have been. Nutrition was rarely part of the conversation in any meaningful way. That gap is what eventually pushed me to train.

I think of recovery as an endurance event. What you eat, the nutrients you are getting, the lifestyle decisions you are making - all of it shapes the internal environment the brain and body are healing in. That environment matters just as much as the rehabilitation happening on top of it.

Who do you most want to help?

People who want to be proactive and take an active role in their recovery. That often means younger stroke survivors, people dealing with post-concussion syndrome, and those with less severe but still genuinely life-altering brain injuries who are ready to do something about it. These clients are usually motivated — they just need a plan that is realistic, honest about the evidence, and actually built around them.

What matters most in how you work?

Openness, in every direction.

For clients, that means feeling genuinely listened to, not processed. Everyone's recovery is different. For clinicians and referrers, it means transparency and collaboration - I want nutritional therapy to sit alongside rehabilitation and medical care, not separate from it. And for the wider community, it means education. Most people have no idea that nutritional support can play a meaningful role in neurological recovery. That needs to change.

Is this the right fit?

If you are still dealing with fatigue, headaches, broken sleep, low mood, anxiety, brain fog, or reduced stamina following a stroke, TIA, concussion, or brain injury — and something still feels missing from your recovery - this is worth exploring.

It is also relevant if your focus is prevention. Reducing future stroke risk, protecting cognition, improving metabolic health, building long-term resilience. Many people want to do these things in a way that is specific to their neurological history. Becki helps with that.

Her work is designed for people who want a plan that is personalised, genuinely evidence-based, and grounded in real clinical experience across both neurological rehabilitation and nutritional therapy.

Want to find out more?

Becki at You Nutrition Clinic offers a type of specialist, integrated support that is genuinely rare to find in one place.

To find out if working with Becki is the right next step, get in touch at admin@younutritionclinic.com. If you are a clinician or referrer, Becki welcomes collaborative working - the aim is always to complement existing care, not complicate it.

References

Ashbaugh, A., & McGrew, C. (2016). The role of nutritional supplements in sports concussion treatment. Current Sports Medicine Reports, 15(1), 16–19. https://doi.org/10.1249/JSR.0000000000000219

Barrett, E. C., McBurney, M. I., & Ciappio, E. D. (2014). ω-3 fatty acid supplementation as a potential therapeutic aid for the recovery from mild traumatic brain injury/concussion. Advances in Nutrition, 5(3), 268–277. https://doi.org/10.3945/an.113.005280

Chapple, L.-A. S., Deane, A. M., Heyland, D. K., Lange, K., Kranz, A. J., Williams, L. T., & Chapman, M. J. (2016). Energy and protein deficits throughout hospitalization in patients admitted with a traumatic brain injury. Clinical Nutrition, 35(6), 1315–1322. https://doi.org/10.1016/j.clnu.2016.02.009

Oliver, J. M., Anzalone, A. J., & Turner, S. M. (2018). Protection before impact: The potential neuroprotective role of nutritional supplementation in sports-related head trauma. Sports Medicine, 48(Suppl 1), 39–52. https://doi.org/10.1007/s40279-017-0847-3

Poblete, R. A., Yaceczko, S., Aliakbar, R., Saini, P., Hazany, S., Breit, H., Louie, S., Lyden, P., &

Partikian, A. (2023). Optimization of nutrition after brain injury: Mechanistic and therapeutic considerations. Biomedicines, 11(9), 2551. https://doi.org/10.3390/biomedicines11092551

Serra, M. C. (2018). The importance of assessing nutritional status to ensure optimal recovery during the chronic phase of stroke. Stroke Research and Treatment, 2018, 1297846. https://doi.org/10.1155/2018/1297846

Zielińska-Nowak, E., Cichoń, N., Saluk-Bijak, J., Bijak, M., & Miller, E. (2021). Nutritional supplements and neuroprotective diets and their potential clinical significance in post-stroke rehabilitation. Nutrients, 13(8), 2704. https://doi.org/10.3390/nu13082704