A combination of extrinsic (passive) and intrinsic (active) forces move lymph against a
hydrostatic pressure gradient in most regions of the body. The effectiveness of the lymph …

Simple Summary Lymphatic vessels are responsible for the drainage of liquids, solutes, and
cells from interstitial spaces and serosal cavities. Their task is fundamental in order to avoid …

The lymphatic system has important roles in body fluid regulation, macromolecular
homeostasis, lipid absorption, and immune function. To accomplish these roles, lymphatics …

The lymphatic system plays an important role in fluid/macromolecular balance, lipid
absorption, and immune functions, and is involved in many different pathologic conditions …

To accomplish its normal roles in body fluid regulation/macromolecular homeostasis,
immune function, and lipid absorption; the lymphatic system must transport lymph from the …

Lymphangions, segments of lymphatic vessels bounded by valves, have characteristics of
both ventricles and arteries. They can act primarily like pumps when actively transporting …

Embedded into the wall of collecting lymphatic vessels and trunks, the lymphatic smooth
muscles are cardinal to the functions of the lymphatic system. Their intrinsic contractile …

The contractile properties of the mesenteric collecting lymphatics of the rat were analyzed
under control conditions and during periods of enhanced lymph formation using in vivo …

Human leg lymphatics contract spontaneously, rhythmically propelling lymph. This intrinsic
property regulates the fluid environment in the intercellular space in skin, connective tissue …

The lymphatic system is composed of a dense network of lymphatic vessels, which are
critical components of physiological interstitial fluid transport. These vessels possess …