Monitoring tissue perfusion and oxygenation

"The Physiologic Role of Erythrocytes in Oxygen Delivery and Implications for Blood Storage; Key points; Introduction; Hb in an erythrocyte actively responds to its local environment; The microcirculation is designed to respond to local tissue needs; Capillary endothelial cells create a metabolic link between the tissue and the blood; Hb is a heterogeneous and sensitive molecule; Hb carries and releases the potent vasodilator NO; Storing erythrocytes alters their optimal function; Does RBC storage time matter?; How does storage affect the erythrocyte?; Biopreservation of erythrocytes"@en
"Monitoring Tissue Perfusion and Oxygenation, An Issue of Critical Nursing Clinics,"@en
"Basic Concepts of Hemorheology in Microvascular Hemodynamics; Key points; Introduction; Composition of blood; Principles of rheology; Hemorheology; Role of leukocytes in resistance; Summary; Monitoring Tissue Blood Flow and Oxygenation; Key points; Introduction; Measurement in clinical practice; Summary; Exploring Hemodynamics; Key points; Introduction; From cardiac pressures to parameters based on blood flow; Use of SV to assess fluid responsiveness; Techniques for assessing SV at the bedside; Summary; The Experience of Family Members of ICU Patients Who Require Extensive Monitoring"@en