Neutrophils and Altered Matrix – Induced Generation of Kallikrein Singlet Oxygen

Thomas Stief
Specialist for Laboratory Medicine, Institute of Laboratory Medicine and Pathobiochemistry
University Hospital, Baldingerstr, Marburg, Germany

Series: Biochemistry Research Trends
BISAC: SCI007000

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Neutrophils are the cells that protect our lives against fungi, bacteria, or thrombi. In fungal or bacterial sepsis the flowing blood is exposed to unphysiologic matrices that fold factor 12 and prekallikrein into F12a and kallikrein. These two enzymes start the contact system of coagulation (altered matrix (AM) – coagulation). The intrinsic ten-ase, factor 10a, thrombin, and micro-thrombi are formed. The neutrophils answer to increased blood concentrations of kallikrein (also a tissue enzyme) or micro-thrombi with intracellular NADPH-oxidase assembly and secretion of extracellular myeloperoxidase, together these enzymes generate reactive oxygen species (ROS) of the type of singlet oxygen, a selective destructor of “non-self” and light signal emitter.

Two very interesting clinical routine assays quantify the pro-oxidative capacity of neutrophils in unsupplemented or supplemented blood (the blood ROS generation assay (BRGA)) and the kallikrein and thrombin-generating capacity of any material (e.g. drinking water, vitamins, drugs, pathogens) that comes into contact with blood (the recalcified coagulation activity assay (RECA)). Especially the RECA is the breakthrough in innovative hemostasis diagnostic. Therefore, the present book focuses on activation of neutrophils by singlet oxygen or by kallikrein, an important starter enzyme of clinically so relevant altered matrix coagulation.
(Imprint: Nova)

Preface

Chapter 1 - Quantification of Micro-Thrombi Induced Blood ROS Generation (pp. 1-6)

Chapter 2 - Systemic Intravascular Coagulation (pp. 7-22)

Chapter 3 - Ultraviolet A Photons in the Late Phase of Oxidative Burst (pp. 23-28)

Chapter 4 - Kallikrein Modulates Singlet Oxygen Generation (pp. 29-36)

Chapter 5 - Metamizole Is a Strong Trigger of Intrinsic Coagulation (pp. 37-42)

Chapter 6 - Vitamin B1 (Thiamine) Triggers AM-Coagulation (pp. 43-48)

Chapter 7 - Vitamin B2 (Riboflavin) Triggers AM-Coagulation (pp. 49-56)

Chapter 8 - Vitamin B6 Triggers AM-Coagulation (pp. 57-62)

Chapter 9 - Vitamin B12 Modulates AM-Coagulation (pp. 63-72)

Chapter 10 - Dramatic Increase of Blood ROS Generation by Vitamins B1, B2, B6, B12 (pp. 73-88)

Chapter 11 - Drinking Water or Beverage Analysis for Intrinsic Coagulation Activation (pp. 89-92)

Chapter 12 - The True PAP Concentration in Plasma (pp. 93-98)

Chapter 13 - Stimulation of Blood Singlet Oxygen Generation by Serine Proteases (pp. 99-114)

Chapter 14 - Applied Biochemistry of the BRGA (pp. 115-126)

Chapter 15 - Neutrophils in Fibrinolysis (pp. 127-150)

Chapter 16 - Hemostasis Activation in Inflammation: Kallikrein, Thrombin, 1ΔO2* (pp. 151-158)

Index

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