Circulatory system diagram new health advisor gas and water company

The circulatory system is the most vital systems of your body that is required for the optimal distribution of oxygenated blood to all the body organs and tissues. A fully functional circulatory system aims to maintain adequate concentration of oxygen in the biological tissues to ensure longevity and health. Circulatory system diagram can tell us clearly which parts are in play in the human circulation system. Circulatory System Components and Functions

In terms of circulatory circuits three circulatory systems can be categorized namely coronary, pulmonary and systemic systems. However the components covering these circuits remain the same which are vessels, the pumping organ ‘ heart’ and circulating fluid ‘blood’, the types of circuit include,

This circuit typically includes the movement of blood inside heart and ‘myocardium’ (the membrane of heart). Coronary circuit mainly consists of cardiac veins including anterior cardiac vein, small vein, middle vein and great (large) cardiac vein.

There are different types of circulatory system diagrams; some have labels while others don’t. The color blue stands for deoxygenated blood while red stands for blood which is oxygenated. Below you’ll see diagram specified to the heart, as well as circulatory system diagram of the whole body:

Heart is the primary muscular pumping organ which pumps out the blood in the artery (known as aorta) from where the blood is supplied to the whole body via a number of arterial tributaries. The total amount of blood pumped out from heart per unit time is known as ‘cardiac output’

Heart consists of four chambers namely right atria, left atria, right ventricle and left ventricle. Both the atrium and ventricles are separated from each other with a muscular septum. Valves are present in between atria and ventricle which helps in draining the blood from upper part to lower part of the body.

The right side of the heart contains deoxygenated blood from where the blood is moved to the lungs for oxygenation (addition of oxygen in blood), the oxygenated blood is then carried to left side of heart from where it is supplied to tissues. 2. Blood Vessels

Vessels are vascular channels of the circulatory system that provide conduit to the blood (from organs to the heart and then back to organs). The blood vessels can be classified into following sub-types, based on the anatomical and physiological characteristics.

Though not visible on the human circulatory system diagram, human blood plays a very important role. The blood along with its major components (like blood cells and proteins) also contain gases which are transported in the tissues for effective functioning.

• Red Blood Cells: These are also called as erythrocytes, due to high concentration of red-colored pigment (also known as hemoglobin). It is noteworthy that one molecule of hemoglobin offer four attachment sites for oxygen in its structure (to form oxy-hemoglobin – the transport form of oxygen in the blood).

• Blood gases like O2 and CO2: Along with the formed elements, human blood also carries blood gases. Most abundant gases includeoxygen (which is to be distributed in the tissues) and carbon dioxide (which is the most common by-product of metabolic and biological processes and needs to be eliminated via lungs).

• On an average a normal adult contains approximately 5 to 6 quarts of blood circulating in the body at any given point of time. This quantity of blood is composed of 55 percent blood and 45 formed elements (which are red blood cells, white blood cells and platelets).