Fluid is continually being exchanged between the vascular space and the interstitium, and is returned to the vascular space via the lymph. The net balance of this movement determines the amount of fluid in the tissue. If there is too little fluid in the tissue, it becomes dehydrated, while excessive fluid collection causes oedema. Knowledge of the forces governing this movement, and the ability to define the alteration that has occurred, increases our understanding of the patient's condition and enables the response to treatment to be predicted.Fluid is continually being exchanged between the vascular space and the interstitium, and is returned to the vascular space via the lymph. The net balance of this movement determines the amount of fl...
Lymphatic capillary drainage of interstitial fluid under both steady-state and inflammatory conditio...
Abstract—The lymphatic system is important in tissue fluid balance regulation, immune cell trafficki...
Fluid homeostasis is required for life. Processes involved in fluid balance are strongly related to ...
Fluid is continually being exchanged between the vascular space and the interstitium, and is returne...
The capillaries are the ‘business end’ of the circulatory system, where materials exchange between t...
The capillaries are the ?business end? of the circulatory system, where materials exchange between t...
The capillaries are the ?business end? of the circulatory system, where materials exchange between t...
AbstractBackgroundControl of the extracellular fluid volume is one of the most indispensable issues ...
The management and control of tissue fluid balance depends on the highly regulated orchestration of ...
Background: Control of the extracellular fluid volume is one of the most indispensable issues for ho...
A transient, spatially distributed mathematical model is developed describing the exchange of materi...
The article deals with the interaction of fluid flow in the «blood capillary - tissue - lymphatic ca...
Wiig H, Swartz MA. Interstitial Fluid and Lymph Formation and Transport: Physiological Regulation an...
Lymphatic vessels drain and propel lymph by exploiting external forces that surrounding tissues exer...
The diaphragmatic lymphatic system drains fluid and solutes from the pleural and peritoneal cavities...
Lymphatic capillary drainage of interstitial fluid under both steady-state and inflammatory conditio...
Abstract—The lymphatic system is important in tissue fluid balance regulation, immune cell trafficki...
Fluid homeostasis is required for life. Processes involved in fluid balance are strongly related to ...
Fluid is continually being exchanged between the vascular space and the interstitium, and is returne...
The capillaries are the ‘business end’ of the circulatory system, where materials exchange between t...
The capillaries are the ?business end? of the circulatory system, where materials exchange between t...
The capillaries are the ?business end? of the circulatory system, where materials exchange between t...
AbstractBackgroundControl of the extracellular fluid volume is one of the most indispensable issues ...
The management and control of tissue fluid balance depends on the highly regulated orchestration of ...
Background: Control of the extracellular fluid volume is one of the most indispensable issues for ho...
A transient, spatially distributed mathematical model is developed describing the exchange of materi...
The article deals with the interaction of fluid flow in the «blood capillary - tissue - lymphatic ca...
Wiig H, Swartz MA. Interstitial Fluid and Lymph Formation and Transport: Physiological Regulation an...
Lymphatic vessels drain and propel lymph by exploiting external forces that surrounding tissues exer...
The diaphragmatic lymphatic system drains fluid and solutes from the pleural and peritoneal cavities...
Lymphatic capillary drainage of interstitial fluid under both steady-state and inflammatory conditio...
Abstract—The lymphatic system is important in tissue fluid balance regulation, immune cell trafficki...
Fluid homeostasis is required for life. Processes involved in fluid balance are strongly related to ...