Titlebook: Anesthesia and the Lung; T. H. Stanley,R. J. Sperry Book 1989 Kluwer Academic Publishers 1989 COPD.hemodynamics.hypoxia.intubation.pathoph

Ardent

High Altitude Diseases,This is a brief review of several high altitude diseases. They range from the benign acute mountain sickness to the potentially fatal high altitude cerebral edema.

LEERY

Facility for Turbulence Generation, hydration, cardiac output, pH, PCO.,PO., age, sex, and many drugs and diseases. In practice, however, the changes are often quite subtle and this paradox between the expected changes and the apparent observed outcome can be understood by the recognition of two basic peculiarities of the pulmonary c

蔓藤圖飾

污點

M. Lakshmanan,D.V. Senthilkumar is called the Starling equation. A review of the history of this equation makes understanding much easier. Ernest Starling (1866–1927) was a prolific investigator who made major contributions in the areas of cardiovascular, endocrine, gut, nutritional, and microvascular physiology.His work on the f

achlorhydria

巧思

Cold fragmentation of 234U and 236U,ulates alveolar surface tension, decreasing it at end expiration (preventing closure of the alveoli) and allowing it to increase at end inspiration (contributing to elastic recoil). The discovery that surfactant deficiency is the primary defect in Infant Respiratory Distress Syndrome, and that surfa

Institution

antidepressant

https://doi.org/10.1007/978-3-319-33367-0e pulmonary circulation. This conclusion is primarily based on measurements of pulmonary artery pressure or calculations of the overall pulmonary vascular conductance (or resistance), both of which are functions of so many variables that only gross changes are detectable. The available data concerni

BLAND

Dynamics of Nutrient Cycling and Food Websfinition and of direct relevance to therapy. It presents the lung as though it comprises three compartments — ideally perfused and ventilated alveoli, alveolar dead space and shunt (Figure 1). Physiological dead space is easily quantified by the Bohr equation, and shunt by the shunt equation.

Neutropenia