Pathophysiology

Elevated lactate on organic acids testing is presented as a marker of mitochondrial compromise. Zearalenone is mechanistically distinct because it functions as a xenoestrogen. Mycotoxins can damage mitochondria and directly impair ATP synthesis, providing a mechanism for profound fatigue. Aflatoxin can bind DNA and directly disrupt genetic function. Mycotoxins heavily use the cytochrome P450 Phase 1 liver pathway, and impaired function can lead to systemic accumulation. Sepsis promotes inflammation, endothelial injury, atherothrombosis, and a prothrombotic state. Reduced vascular reactivity and cardiac reserve make septic shock physiology harder to tolerate in ASCVD patients. Sepsis and ASCVD interact in a bidirectional and self-reinforcing manner. DIC and microvascular thrombosis are shared coagulopathy mechanisms that compound organ failure risk. Inflammatory mediators and adhesion molecules are described as drivers of endothelial injury and vascular inflammation in this overlap. Hormonal assessment and progesterone supplementation are included in treatment planning for zearalenone-positive cases.