A growing, searchable library of recovery, regeneration, PEMF, and human-performance literature. Built upon decades of foundational science and continuously expanding.
Mechanism-focused review of electromagnetic field exposure and its association with microvascular function relevant to metabolic regulation and tissue oxygen delivery.
Preliminary study using the Heidelberg Retina Flowmeter to quantify microcirculatory response to PEMF exposure vs. sublingual nitroglycerin in healthy adult subjects, isolating endothelial-driven vasodilation.
Comprehensive review of PEMF effects on peripheral circulation, arteriolar diameter, capillary perfusion, and angiogenic signaling, relevant to endurance recovery, microcirculatory support, and tissue oxygenation between high-output sessions.
Krauß & Grohmann instrumented study using the non-invasive NIRP method (near-infrared photoplethysmography) to quantify peripheral circulatory parameters under PEMF exposure, providing objective, reproducible measurement of microvascular response.
Extended follow-up study (Krauß, 2003) reaffirming retinal microcirculatory response under PEMF exposure using the Heidelberg Retina Flowmeter, strengthening the endothelial-NO mediated vasodilation evidence base.
Clinical study examining PEMF effects on endothelium-dependent vasodilation in vascular dysfunction populations, a representative dataset for the nitric-oxide pathway underlying many of PureWave's circulatory protocol claims.
Review of PEMF's effect on capillary blood flow, arteriolar dilation, and nitric oxide signaling — relevant to peripheral perfusion, oxygen delivery, and recovery between training loads.