Amyotrophic Lateral Sclerosis as Declining Recovery Capacity

What if ALS progression is driven by a collapse in network recovery kinetics rather than a binary cellular trigger? This paper applies the Terrain–Timing Model to motor-neuron degeneration, operationalizing ALS as a progressive, non-linear collapse in the capacity of vulnerable motor networks to recover from repeated biological workloads. By mapping the Glutamate-Calcium-Energy Relay, it charts how the attenuation of astrocytic transporters triggers temporal handoff failures and compounding terrain carryover.

Crucially, the model proposes that this multi-system backlog is driven by a highly specific, co-inherited configuration of SNPs that renders the delta-wave sleep clearing mechanism structurally incapable of completing its nightly maintenance cycle. It resolves long-standing causality dilemmas by treating this uncompleted chronological recovery cycle and declining recovery kinetics as measurable, independent trajectory accelerators.