Tissue and Capillary Force Changes During the Formation of Intra-Alveolar Edema

摘要: The Starling forces, capillary pressure (Pc) plasma colloid osmotic (Лc), tissue (Лt) and fluid (Pt) are related to the volume movement (JV) across any system by relationship: $$J_v = K_{FC} \left[ {\left( {P_c - P_t } \right) \sigma _c \left( {\pi \pi _t \right)} \right]$$ where KF, C is filtration coefficient of bed (ml/min-mm Hg-100 gm) σ Staverman reflection proteins (σ protein equal 1 if membrane impermeable 0 as permeable water in i.e. velocity solute/velocity 1). Obviously there not just one but a for each various fractions body fluids (α1, α2. β globulins, albumin γ globulins); however, practical purposes we can assume that =1 all calculate total ΔЛ use Landis Pappenheimer equation (1,2).