Oefeningen bij ALS / MND — bewegingsbereik + aerobe lage intensiteit, NIET kracht tot uitputting, multidisciplinaire kliniek

El Escorial revised 1998 + Awaji-Shima 2008 criteria + 2024 EFNS/EAN ALS management framework. ALS / motor neuron disease is progressive upper + lower motor neuron degeneration with no sensory involvement. Disease-modifying therapy is limited (riluzole + edaravone modest survival benefit; AMX0035 mixed phase 3; tofersen / qalsody for SOD1; emerging gene-targeted therapies). The exercise framework is REVERSED from the 'rest is rust, fight harder' mindset that informs most musculoskeletal rehab: Lui & Byl 2009 + Bello-Haas 2007 + Lunetta 2016 established that muscle-strengthening to fatigue WORSENS denervation in ALS (the failing motor units cannot recover and accelerated demand precipitates faster loss), while gentle range-of-motion + low-intensity aerobic activity + breath control IS safe and helps maintain function. Practical translation: keep exercise sessions short, well below fatigue threshold, focused on mobility and respiratory training; don't 'push through' as you would with conditions like MS or PD. Cough-assist devices + BiPAP / NIV introduced EARLY (FVC drops below 50% predicted or symptomatic) are the key respiratory care interventions; PEG (gastrostomy) placement EARLY when dysphagia compromises nutrition or aspiration risk rises (Heffernan 2004 + Allen 2017 confirm earlier placement improves outcomes — not 'giving up', extends QoL and survival). Van den Berg 2005 + Roganova 2018 showed multidisciplinary ALS clinic care (neurology + PT + OT + SLP + RT + dietitian + social work + palliative care) reduces mortality and improves quality of life — referral to a designated ALS clinic is one of the single highest-impact decisions for a newly diagnosed patient.

Volya's catalogue carries the foundation moves: supported-glute-bridge for posterior chain low-intensity work (NOT failure-set), cat-cow for spinal mobility, supine-knee-to-chest for low-back release, diaphragmatic-breathing as the core ALS respiratory training — the diaphragm is the lethal vector and dedicated breath training preserves function longer, pursed-lip-breathing for dyspnea + respiratory muscle endurance, seated-march for cardio without joint impact (ALS patients fall easily; seated-cardio safer in mid-late stages), ankle-pump for circulation + DVT prevention (ALS thrombosis risk elevated due to immobility), sit-to-stand for functional + falls prevention (until balance precludes), chin-tuck for cervical posture (forward-head from neck weakness common). The AI coach also knows the nutrition side — caloric requirement OFTEN ELEVATED (Desport 2001 + Ngo 2019 hypermetabolic state; weight loss is independent prognostic for shorter survival — aggressive nutritional support is survival care), dysphagia ubiquitous progression SLP eval EARLY + texture modifications + small frequent meals + chin-tuck swallow training, PEG when FVC < 50% OR weight loss > 10% OR dysphagia (not 'giving up'), protein 1.2-1.5 g/kg/day stable + higher during catabolic, Mediterranean anti-inflammatory backbone (Wang 2017 + Pupillo 2018 trends to slower decline), omega-3 1-3 g/day EPA+DHA (Fitzgerald 2014 reduced risk), vitamin E adequate (Wang 2011 Lancet >5 yrs pre-onset = lower ALS risk), creatine 5-10 g/day mixed evidence per neurology, AVOID large meals + supine eating + alcohol excess (aspiration), AVOID smoking absolutely. CRITICAL: ALS Association + Les Turner ALS Foundation + MND Association UK + Project ALS + neurology (ideally designated ALS clinic per Van den Berg 2005) + SLP + pulmonology + nutrition/dietitian familiar with ALS + PT + OT + palliative care + social work + caregiver support. This is NEVER a replacement for ALS clinic + multidisciplinary care.