YouTube Slide Shows

"The tragedy of man is that he has developed an intelligence eager to uncover mysteries, but not strong enough to penetrate them. With minds but slightly evolved beyond those of our animal relations, we are tortured with precocious desires to pose questions which we are sometimes capable of asking, but rarely able to answer." ----Hans Zinsser

"A little philosophy inclineth man’s mind to atheism; but depth in philosophy bringeth men’s minds about to religion”—-Francis Bacon

The following links will connect to YouTube slide shows, each of which lasts about 15 minutes, that explain stress theory and the operation of the mammalian stress mechanism.

Part I The History of Stress Theory

Part II The Three Stress Mechanism Products

Part III MSM Enzymes and Cofactors

Part IV The Vascular Endothelium

Part V The Tissue Repair Mechanism

Part VI The Shortcomings of Medical Theory

Part VII The Capillary Gate Mechanism

Part VIII Insoluble Fibrin and the Capillary Gate

Part IX Pipe Flow Turbulence

Part X Turbulence, Atherosclerosis, and Coagulation

The Mammalian Stress MechanismThe History of The Mammalian Stress Mechanism

Home Introduction Author/Contact Published Papers Stay Up to Date YouTube Slide Shows What is Stress Theory? Who was Hans Selye What is the Mammalian Stress Mechanism The Central Dogma of Molecular Biology Prokaryotes versus Eukaryotes The Vascular Endothelium Stressful Definitions The Hypothalamic-Pituitary-Adrenal (HPA) axis The Immune System Chimeric Factor VIII Factor VII and Tissue Factor Fibrinogen Soluble Fibrin Thrombin Insoluble Fibrin The Coagulation Cascade The Unified Theory of Biology The Unified Theory of Medicine The Need for Reform Shortcomings of Hemodynamic Physiology Rigor Mortis, Vasoconstriction, Vasodilation, and Hemod The Capillary Gate Mechanism The Turbulence Mechanism The Tissue Repair Mechanism Critical Illnesses The Interaction of Factors VII, VIII, IX and X Tissue Factor DIC (Disseminated Intravascular Coagulation) Theory of Anesthesia Lyme Disease, MRSA, and Sepsis Embryological Development Cancer PAR Receptors