Amyotrophic lateral sclerosis (ALS) is a progressive, irreversible neurodegenerative disorder of motor neurons. Globally, no specific drug or curative regimen currently exists to halt disease progression. Standard clinical management—nutritional support, respiratory assistance, and symptomatic nursing—can only control secondary complications without delaying the continuous apoptosis of motor neurons at the pathological level 1. The field of integrative Chinese and Western rehabilitation medicine has long suffered from a disconnection between theory and practice: modern rehabilitation prioritizes external instrumental compensation while neglecting the body's intrinsic homeostatic regulation; traditional Chinese medicine (TCM) excels at internal regulation through meridian and qi-blood theories but lacks systematic integration with modern bioengineering technologies. Most notably, an integrated research model in which consciousness modulates bioenergy to coordinate systemic metabolic cascades remains absent. This study originates from the real-life predicament of a close friend diagnosed with advanced ALS. The patient is nearly completely paralyzed, retaining only minimal finger mobility, yet his consciousness and cognitive function remain fully intact, allowing him to communicate through logically clear mobile phone typing. This unique physiological state prompted a central question: when motor nerve pathways are nearly severed, could the patient's intact consciousness and strong will to live serve as the core endogenous regulatory force, connecting traditional meridian-based recuperation with modern rehabilitation engineering, to construct an entirely new life-sustaining pathway? On this basis, grounded in the author's self-developed Fundamental Consciousness Energy (FCE) Theory 2, integrated with the traditional Taoist Zhou-tian meridian Daoyin system 3 and extrinsic myoelectric stimulation technology based on biomimetic flexible electrodes 4,5, this study establishes a three-in-one compound intervention model: endogenous consciousness regulation, meridian circulation reconstruction and extrinsic myoelectric compensation. In accordance with the distinctive pathological features of ALS—where patients retain intact cerebral consciousness and central cognitive function, with pathological damage exclusively manifested as progressive motor neuron necrosis and interrupted nerve signal transmission, while skeletal muscle cells maintain full structural integrity without organic lesions 1—the proposed protocol works through two complementary pathways. On the endogenous side, directional consciousness guidance reconstructs the dual closed-loop circulation of the upper and lower extremities plus the spinal axis central pathway, improving microcirculation around the spinal cord and respiratory muscle groups and protecting the survival microenvironment of residual motor neurons. On the extrinsic side, non-invasive flexible electrodes, combined with AI closed-loop regulation of external electrical stimulation, bypass the damaged motor nerve pathways to directly trigger functional contraction of skeletal muscles, passively activating paralyzed muscle groups to prevent disuse fibrosis, thereby fundamentally reducing fatal complications such as pulmonary infections and respiratory failure. This research, rooted in the cross-fertilization of indigenous traditional health cultivation practices and modern rehabilitation engineering, develops an operable, dual-dimension measurable, and long-term follow-up trackable integrative Chinese-Western rehabilitation protocol. It provides new theoretical reference and clinical practice approaches for conservative rehabilitation, disease progression deceleration, and survival extension in bedridden, tracheostomy-dependent advanced ALS patients.
Ke Luo (Tue,) studied this question.