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Transmission electron microscope image of a cross-section of a capillary occupied by a red blood cell
Transmission electron microscope image of a cross-section of a capillary occupied by a red blood cell
A simplified illustration of a capillary network
A simplified illustration of a capillary network
Types of capillaries: (left) continuous with no big gaps, (center) fenestrated with small pores, and (right) sinusoidal (or 'discontinuous') with inte
Types of capillaries: (left) continuous with no big gaps, (center) fenestrated with small pores, and (right) sinusoidal (or 'discontinuous') with intercellular gaps
Scanning electron micrograph of a liver sinusoid with fenestrated endothelial cells. Fenestrae are approximately 100 nm in diameter.
Scanning electron micrograph of a liver sinusoid with fenestrated endothelial cells. Fenestrae are approximately 100 nm in diameter.
The distribution of the total body water in mammals between the intracellular compartment and the extracellular compartment, which is, in turn, subdiv
The distribution of the total body water in mammals between the intracellular compartment and the extracellular compartment, which is, in turn, subdivided into interstitial fluid and smaller components, such as the blood plasma, the cerebrospinal fluid and lymph