Heart 3d diagram

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This interactive atlas of human heart anatomy is based on medical illustrations and cadaver photography. The user can show or hide the anatomical labels which provide a useful tool to create illustrations perfectly adapted for teaching. Anatomy of the heart: anatomical illustrations and structures, 3D model and photographs of dissection Illustrated anatomy of the heart: illustrations and photography Some illustrations have been drawn and coloured with Adobe Photoshop. Heart - Human anatomy : Cross sections (Right/left ventricle, Right/left atrium, Interventricular septum Others are based on an adapted 3D model (texturing and modelling) to the study of anatomy. Heart - Photos : Diaphragmatic surface; Inferior surface, General Anatomy The user will also find at least some cadaver photographs. Anatomical structures were labelled according to the actual Terminologia Anatomica. Anatomy of the human heart and coronaries: how to visualize anatomic structures This tool provides access to several medical illustrations, allowing the user to interactively discover heart anatomy. Images are labelled, providing an invaluable medical and anatomical tool. The test mode allows instant evaluation of user progress. Atlas of human anatomy: Left ventricle, Left atrium, Anterior papillary muscle Pericardium : Pericardial cavity, Transverse pericardial sinus, Oblique pericardial sinus On "Anatomical parts" on the menu bar the user can choose the groups of anatomical labels that: • Morphology – ...

The heart has a double-pump feature that transports blood away from it and back to it. Freshly oxygenated blood leaves the left side of the heart through the ascending aorta—the largest artery in the human body. Blood flowing through the right side of the heart is returning from all over the body before it is sent to the lungs where it receives oxygen. The heart has three layers. They are the: • Epicardium: This thin membrane is the outer-most layer of the heart. • Myocardium: This thick layer is the muscle that contracts to pump and propel blood through the body’s tissues. • Endocardium: The innermost layer is thin and smooth. The heart is divided into four chambers: two atria and two ventricles. Blood is transported through the body via a complex network of veins and arteries. The average human heart weighs between 6 and 11 ounces. The muscle is strong enough to pump up to 2,000 gallons — as much as a fire department’s tanker truck — of blood through one’s body every day. The average heart beats between 60 and 90 times per minute, but this depends on a person’s cardiovascular health and activity level. The more physically fit people are, the lower their resting heart rates will be. Hormones released because of emotions and other stimuli affect the heart rate, which is why the heart was historically associated with emotions. Last medically reviewed on March 10, 2015

In this interactive, you can label parts of the human heart. Drag and drop the text labels onto the boxes next to the heart diagram. If you want to redo an answer, click on the box and the answer will go back to the top so you can move it to another box. If you want to check your answers, use the Reset Incorrect button. This will reset incorrect answers only. When you are happy with your selection, use the Check answers button to check them. Use Reset All to practise again from the start. Selecting or hovering over a box will highlight each area in the diagram. For optimal viewing of this interactive, view at your screen’s default zoom setting (100%) and with your browser window view maximised. See the Parts of the heart Labels Description vena cava Carries deoxygenated blood from the body to the heart semilunar valve Flaps that prevent backflow of blood left atrium Receives oxygenated blood from the lungs left ventricle Region of the heart that pumps oxygenated blood to the body pulmonary artery Carries deoxygenated blood to the lungs right ventricle Region of the heart that pumps deoxygenated blood to the lungs pulmonary vein Carries oxygenated blood from the lungs right atrium Segment of the heart that receives deoxygenated blood aorta The main artery carrying oxygenated blood to all parts of the body

Heart diagram showing the different functions of the heart. It is also animated in Cinema 4D using modifiers. It is very useful for medical demonstrations. It is colored to show the functions of the different parts of the heart. It comes complete with normal maps, displacement maps, a luminance map and several textures to achieve a professional look. 3DS MAX +OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX OBJ CINEMA 4D 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX OBJ CINEMA 4D 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS MAX OBJ CINEMA 4D 3DS MAX 3DS M...

This human anatomy diagram with labels depicts and explains the details and or parts of the Heart 3D Model. Human anatomy diagrams and charts show internal organs, body systems, cells, conditions, sickness and symptoms information and/or tips to ensure one lives in good health. Meticulous detail makes this the best 3D heart model ever created. Strip back the layers of the heart and hide or fade individual structures to examine every part. View the heart in action like never before. Set the heart rate to simulate real scenarios, or control the animation to examine every minute movement. Draw directly on the model, or add Labels to mark out structures for future reference. Change the heart model to show what you need using Tools. Add Growths or Pain to illustrate conditions, or use Cut to access deeper areas of the organ. Cut throught the heart to discover new views and gain deeper understanding. Get started with a free 3-day trial of Complete Heart on your chosen platform. Access the entire range of features, and begin experiencing the cardiovascular anatomy like never before. Heart 3D Model Tags: This entry was posted in Post navigation

Browse by category • Animals & Pets • Architecture • Art & Abstract • Cars & Vehicles • Characters & Creatures • Cultural Heritage & History • Electronics & Gadgets • Fashion & Style • Food & Drink • Furniture & Home • Music • Nature & Plants • News & Politics • People • Places & Travel • Science & Technology • Sports & Fitness • Weapons & Military • This model shows the coronary arteries of the human heart. The model was created from scratch in ZBrush as part of my MSc Medical Art course at the University of Dundee. It is part of a educational resource project to aid students’ learning in the vasculature of the heart, where a 3D printed model has also been created to be used as a comparison for Dundee University’s Thiel Cadaver Facility, where the hearts can become quite flat during embalming. The project is in collaboration with Mr. Luke Reid, Lecturer in Human Anatomy at the University of Dundee, who confirmed anatomical accuracy of the model. Credit also goes to 3D4medical as my main source of reference and inspiration.