PPT-Assembly and Maturation of Engineered Linear Blood Vessels

Frank Alexis PhD Laboratory of Nanomedicine Department of Bioengineering Clemson University falexisclemsonedu Outline Motivation Background magnetic cellular spheroids or cells Preliminary resultsProcessing and PostProcessing Fabrication of novel magnetic cellular spheroids and controlled assembly to form linear blood vessels. . Digital . Laboratory. It’s best to view this in . Slide Show . mode, especially for the quizzes.. This module will take approximately . 40 . minutes to complete. .. Note that much of this module was presented by necessity earlier in the year, but is placed here again for completeness and reinforcement.. . Digital . Laboratory. It’s best to view this in . Slide Show . mode, especially for the quizzes.. This module will take approximately . 40 . minutes to complete. .. After completing this exercise, you should be able to:. Blood Vessels. Our Goals Today.... Explain the difference between the five types of blood vessels.. Arteries, Veins, Arterioles, . Venules. and Capillaries. Identify and give the function (including where the vessel is carrying blood from and where it is carrying blood to) of each major blood vessel. Blood Vessels: The Vascular System. Taking blood from the heart to the tissues and back. Arteries. Arterioles. Capillaries. Venules. Veins. The Vascular System. 4. Differences Between Blood Vessel Types. SLO 2. Blood Vessels can be divided into five groups:. Arteries . Carry blood away from the heart towards tissues. The heart’s ventricles pump blood into the arteries. Blood Vessels. Arterioles. Small subdivisions of the arteries. Blood Vessels P A R T A Blood vessels and circulation Blood is carried in a closed system of vessels that begins and ends at the heart 5 types of blood vessels Arteries – carries blood away from the heart Delivery system of dynamic structures that begins and ends at the heart. Arteries: carry blood away from the heart; oxygenated except for pulmonary circulation and umbilical vessels of a fetus. Capillaries: contact tissue cells and directly serve cellular needs. It’s best to view this in . Slide Show . mode, especially for the quizzes.. This module will take approximately 40 minutes to complete.. After completing this exercise, you should be able to:.  . Distinguish, at the light microscope level, each of the following::. What are the four main components of blood?. Describe the features of a red blood cell which aids it’s transportation of oxygen. Explain the journey an oxygen molecule takes from the alveoli to respiring tissues. OBJECTIVES. LAYERS IN VASCULAR WALLS. CLASSIFICATION OF VESSELS. VARIATION IN MICROVASCULATURE. LYMPHATIC SYSTEM. Introduction. . Multicellular Organisms Need 3 Mechanisms . --------------------------------------------------------------- . Terminology of the Blood. Blood brings oxygen and nutrients to body cells and removes waste products Whole blood is made up of plasma, which is a liquid portion, and the formed elements it contains.. Learning Objectives. AO1: List the different blood vessels found in the body. . AO2: Describe the process of the redistribution f blood. . AO3: Explain the effects exercise has on the redistribution of blood. . DHO 7.8, pg. . HS1/2016-2017. Today’s Lesson Overview. https://. youtu.be/whtNDBIhczQ?list=PLr3ppdrDHkLqr5iUjCutB9ZPPn_qWY1TS. (3:16). When blood leaves the heart, it is carried throughout the body in blood vessels. A) . Serve as a conduit . for blood flow. B) . The site . of exchange of nutrients and wastes. 2. Structure of Vessels. A) . All . vessels except capillaries have the same basic structure. Blood Vessels.