IMMUNE OSby Allerim

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Mitochondrial Systems Biology

Energy allocation, ROS signaling, mitochondrial reserve, immune activation, fatigue biology, and recovery capacity.

coremitochondrial reserveROSlactatepyruvate

Review layer

Last reviewed 2026-05-17

conceptualeducational

Systems teaching draft. Content is structured for education and graph expansion, with formal source tagging ready for the next review pass.

core

Systems Frame

This module models mitochondria as dynamic signaling and energy allocation systems that shape immune activation, tolerance, exhaustion, and recovery.

Core Concepts

mitochondrial reserveROSlactatepyruvateCoQ10fatiguemitochondrial stress

Key Interactions

Inflammatory activation changes mitochondrial dynamics and ROS signaling.

T cell exhaustion often includes mitochondrial strain and reduced reserve.

Macrophage inflammasome biology is linked to mitochondrial injury and metabolic stress.

Scenario Examples

sleep deprivation -> lower mitochondrial recovery

chronic infection -> T cell mitochondrial strain

metabolic inflammation -> ROS tone

Build Next

mitochondrial reserve visualizerlactate/pyruvate interpretation layerfatigue systems map