Disclaimer and Ethical Notice: This paper presents a theoretical biophysical model regarding microtubule architecture and mitochondrial dynamics. The "structural unzipping" hypothesis is proposed for scientific research purposes and does not constitute clinical practice guidelines or direct medical recommendations. Any application of the concepts discussed herein within a clinical or surgical environment must be validated by established medical protocols and remains the sole responsibility of the licensed medical professionals involved. The author assumes no liability for the clinical use of this information without proper experimental validation by competent health authorities.

This paper explores the 2026 clinical crisis involving the mtND4 m.11232T>C mutation found in patients of Venezuelan ancestry. Following catastrophic neurological outcomes during routine anesthesia, evidence suggests that volatile gases (such as Sevoflurane) trigger an immediate structural collapse of the neuronal cytoskeleton. The research suggests that the immediate injury observed, irreversible brain damage within minutes is caused by a "structural crash" rather than simple metabolic exhaustion. When ATP production is inhibited, the protective "cap" of microtubules is lost, triggering "Catastrophic Depolymerization" where the tubes physically unzip.