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MYOTECH
CAPÍTULO 28 · de 41

Long COVID

Mitochondrial collapse, microclotting, and the protocols restoring real recovery.

Recovery & Chronic Illness

Por qué importa este capítulo

Long COVID has shown how deeply a viral illness can disrupt energy, circulation, immunity, sleep, cognition, and recovery capacity. For many people the problem is not simply deconditioning or anxiety - it is a multi-system collapse involving mitochondria, endothelial function, clotting, inflammation, and autonomic regulation. This chapter explains the biology behind that crash and the practical recovery framework that follows from it.

Qué aprenderás

6 ideas clave de este capítulo.

  • Why post-viral illness can create lasting mitochondrial dysfunction and crushing fatigue
  • How microclotting, endothelial irritation, and oxygen delivery may contribute to symptoms
  • The role of dysautonomia, pacing, sleep, and relapse prevention in real recovery
  • Nutritional and anti-inflammatory foundations that support post-viral rebuilding
  • Where regenerative and mitochondrial peptides may fit in a structured recovery plan
  • How to think about progress when recovery is non-linear and symptom flares are common
Para quién es este capítulo

Anyone still feeling unwell months after COVID or another viral illness. People dealing with fatigue, breathlessness, brain fog, exercise intolerance, or repeated crashes after doing too much. Also useful for family members trying to understand why recovery is not as simple as pushing harder.

Parte de The Body Blueprint — 41 capítulos sobre cada sistema que importa. £6 por capítulo, o £29 por el pack completo (ahorra £217).

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Péptidos alineados con este capítulo.

Primero la base natural — después los protocolos MYOTECH que encajan con lo que acabas de leer.

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BPC-157

BPC-157

4.70

BPC-157 is a peptide studied in regenerative research involving tissue repair pathways, recovery signalling, and gut-related research protocols.

Péptido individual

£63 desde

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TB-500

TB-500

4.75

TB-500 is a peptide studied for cellular migration pathways, tissue repair signalling, and regenerative research protocols.

Péptido individual

£75 desde

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MOTS-C

MOTS-C

5

MOTS-C is a mitochondrial-derived peptide studied for cellular energy production, metabolic efficiency, and exercise-mimetic research protocols.

Péptido individual

£69 desde

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