arteriole smooth muscle artery precapIllary sphincter capillary network venule thoroughfare channel Taken from Underwood- General and Systemic pathology
Taken from Underwood – General and Systemic Pathology
Taken from guyton hall-Human Physiology and mechanisms of Disease Endothelial cell Vesicular channel ?? Plasmalemmal vesicles Basement membrane Intercellular cleft Figure 13-1 Structure of the capillary wall. Note especially the in- tercellular cleft at the junction between adjacent endothelial cells; it is believed that most water-salubl the capillary membrane along this cle substances diffuse through ole sub
Taken from Guyton & Hall – Human Physiology and Mechanisms of Disease
Properties of lymphatic channels Tube-like Numerous valves >Drains fluid back to blood-stream-passes through at least one lymph-node Present in all tissues except CNS, Eyeballs, Internal Ear, Epidermis of the skin, cartilage and bone
Properties of lymphatic channels ➢ Tube-like ➢ Numerous valves ➢ Drains fluid back to blood-stream – passes through at least one lymph-node. ➢ Present in all tissues except ⚫ CNS, Eyeballs, Internal Ear, Epidermis of the skin, cartilage and bone
Pores ∨ alves Lymphatic capillaries Collecting lymphatic Taken from Guyton Hall Human Physiology and Mechanisms of disease
Taken from Guyton & Hall – Human Physiology and Mechanisms of Disease
systeMic circulation VS m Pulmonary circulation Taken from Robbins Pathologic Basis of Disease
Systemic circulation vs. Pulmonary circulation Taken from Robbins Pathologic Basis of Disease