Understand that will for a Moment Here a Lebelled Diagram of the Heart : Anatomy along with physiology Heart

We know that will there can be a greater risk of heart disease for people who have are socially isolated. You know that will exercise along using a Great diet can keep your heart healthy. Before discussing a Lebelled Diagram of the Heart : Anatomy along with physiology Heart, understand if Being overweight can increase your risk of heart disease. Stick to a healthy, do a balanced diet low in fat along with sugar, with plenty of fruit along with vegetables, combined with regular physical activity. When Body Fit can be something that will can be easy to take for granted. A lot of factors play a role in staying healthy. In turn, Great health can decrease your risk of developing certain conditions. These include heart disease, stroke, some cancers, along with injuries.

a Lebelled Diagram of the Heart : Anatomy along with physiology Heart

Heart can be the organ system within the main kardiovaskuler. Heart was established by a muscular organs, along with the Apex cordis base, left along with right atrium along with right along with left ventrikel. Heart size can be approximately 12 cm long, 8-9 cm wide thick seta approximately 6 cm.
Heavy heart about 7-15 oz or 0 to 425 grams along using a little more than the fist. Every day the heart rattle along with 100,000 times within the period of the heart pumping 2000 gallons of blood, equivalent to 7571 liters of blood.
The position was located the heart of both tuberculosis along with chest are within the middle, on the diaphragma thoracis along with located approximately 5 cm above processus xiphoideus.
On the right edge can be located at the cranial edge cranialis pars cartilaginis Costa dextra III, 1 cm lateral edge of the sternum. On the right edge can be located at the caudal edge cranialis pars VI cartilaginis Costa dextra, 1 cm lateral edge of the sternum
The left edge are the heart of the cranial edge caudal pars II cartilaginis Costa Sinistra sternum within the lateral edge, the edge can be on the left caudal space intercostalis 5, approximately 9 cm within the left linea medioclavicularis.
dagram of the human heart

Membrane that will envelop the heart called the pericardium which consists of fibrosa layer along with serosa, within the cavum pericardii containing 50 cc that will functions as a lubricant to ensure there can be no friction between the pericardium along with epicardium. Epicardium can be the outermost layer of the heart, the next layer can be the layer miokardium where This kind of layer can be the layer thick. Last layer can be a layer of endocardium.
There are 4 rooms within the heart where two of the space can be called the atrium along with the rest can be ventrikel. At the cloud known as the atrium along with foyer with closet ventrikel known.
diagram of the human heart
Between the right atrium along with ventrikel kana tone valve that will separates the two can be ktup tricuspid, whereas within the left atrium along with left ventrikel also have a valve called the mitral valve. Second valve can be functioning as a barrier that will can be opened along with closed at the time of blood by the atrium entrance to ventrikel.
diagram of the human heart1. Right Coronary
2. Left Anterior Descending
3. Left Circumflex
4. Superior Vena Cava
5. Inferior Vena Cava
6. Aorta
7. Pulmonary artery
8. Pulmonary vein
9. Right Atrium
10. Right Ventricle
11. Left Atrium
12. Left Ventricle
13. Papillary Muscles
14. Chordae Tendineae
15. Tricuspid Valve
16. Mitral Valve
17. ValveFungsi main pulmonary heart can be pumping darh to the entire body where at the time of the heart muscle-pumping heart muscle (miokardium) that will move. In addition, heart muscle also has the ability to cause electrical stimulus.
Second can be the atrium space using a thin wall of muscle because of the low pressure caused by the atrium. Instead ventrikel have a thick wall of muscle, especially ventrikel that will have left three more layers of thick ventrikel right.
Activities contraction heart pumping blood to the body overlooks always commenced by the electrical activity. Electrical activity commenced in nodus sinoatrial (SA nodus), which can be located within the cleft between the vena Cava suiperior along with right atrium. Nodus SA on the waves so depolarisasi spontaneously evoke action potential spread through the muscle cells atrium, nodus atrioventrikuler (nodus AV), the His, Purkinje fiber, along with finally to the whole muscle ventrikel.
diagram of the human heartTherefore, the heart does not have to do the rest for the contraction to meet the needs of the body, the heart requires more blood than different organs. The flow of blood to the heart by the coronary arterial-right along with left. Both coronary arterial out of the aorta can be approximately ½ inch above aorta valve along with running on the surface of the pericardium. Then arteriol along using a fork within the capillary walls ventrikel. Occurred after the exchange of O2 along with CO2 within the capillary, the flow of ventrikel taken by the vena through vena coronary along with straight into the right atrium where the flow of blood by the vena whole body will be empty.
Ditubuh circulation of blood circulation there are 2 that will tuberculosis along with systemic circulation. Circulation tuberculosis ventrikel right by the start to the arterial pulmonalis, large along with little arterial, capillary go to tuberculosis, after a paru's exit through a little vena, vena pulmonalis along with finally back to the left atrium. Circulation has low pressure that will can be approximately 15-20 mmHg within the arterial pulmonalis.
Systemic circulation starting by the aorta to the left ventrikel ago major arterial, minor arterial, arteriole along with to the entire body along with to venule, a little vena, vena large, inferior vena Cava, superior vena Cava eventually return to the right atrium.
diagram of the human heart
Systemic circulation carries a special function as a source of pressure that will tinggindan carry oxygen to the network that will need. within the capillary terjadin exchange O2 along with CO2 on the systemic circulation of O2 along with CO2 go out within the capillary circulation in tuberculosis O2 entry along with exit by the capillary CO2.
Volume of each component within the blood circulation can be different. 84% of the volume of blood within the body found within the systemic circulation, where 64% in vena, 13% within the arterial along with 7% in arteriol along with capillary.


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