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Aortic Collection

The aortic valve is a crucial component of the human heart, responsible for regulating blood flow between the left ventricle and the aorta

Background imageAortic Collection: Cross section of human heart and, bottom left, coronary system with aorta, coronary arteries

Cross section of human heart and, bottom left, coronary system with aorta, coronary arteries, coronary vein and blood vessels

Background imageAortic Collection: Blood vessels of chest and neck

Blood vessels of chest and neck
Blood vessels of the chest and neck, historical anatomical artwork. The thoracic (chest) cavity has been dissected in this anterior (front) view to reveal part of the aorta

Background imageAortic Collection: Prosthetic heart valves, X-ray F008 / 3450

Prosthetic heart valves, X-ray F008 / 3450
Prosthetic heart valves. Coloured X-ray of the chest of a patient that has had their mitral and aortic heart valves replaced with prosthetic valves (orange)

Background imageAortic Collection: Prosthetic heart valves, X-ray F008 / 3451

Prosthetic heart valves, X-ray F008 / 3451
Prosthetic heart valves. Coloured X-ray of the chest of a patient that has had their mitral and aortic heart valves replaced with prosthetic valves (black)

Background imageAortic Collection: Prosthetic heart valves, X-ray F008 / 3449

Prosthetic heart valves, X-ray F008 / 3449
Prosthetic heart valves. Coloured X-ray of the chest of a patient that has had their mitral and aortic heart valves replaced with prosthetic valves (orange)

Background imageAortic Collection: Prosthetic heart valves, X-ray F008 / 3453

Prosthetic heart valves, X-ray F008 / 3453
Prosthetic heart valves. Coloured X-ray of the chest of a patient that has had their mitral and aortic heart valves replaced with prosthetic valves (centre right)

Background imageAortic Collection: Prosthetic heart valves, X-ray F008 / 3452

Prosthetic heart valves, X-ray F008 / 3452
Prosthetic heart valves. Coloured X-ray of the chest of a patient that has had their mitral and aortic heart valves replaced with prosthetic valves (centre right)

Background imageAortic Collection: False-colour SEM of the aortic valve

False-colour SEM of the aortic valve
Heart valve. False-colour scanning electron micrograph of the aortic valve (bottom centre). It lies between the left ventricle of the heart and the aortic arch and consists of a fibrous annulus (ring)

Background imageAortic Collection: Abdominal aorta

Abdominal aorta, historical anatomical artwork. The abdominal cavity of this torso has been dissected to give an anterior (front) view of the aorta (orange, inverted Y- shape)

Background imageAortic Collection: Aortic aneurysm

Aortic aneurysm. Artwork from Jean Cruveilhiers medical textbook Anatomie pathalogique du corps humain, published 1835. The two large illustrations are views of an aortic aneurysm (brown, centre)

Background imageAortic Collection: Aortic graft

Aortic graft

Background imageAortic Collection: Heart of King George II, engraving

Heart of King George II, engraving
The Kings heart. An engraving of the heart of King George II of Great Britain and Ireland. George II was born in 1683 and ascended the throne in 1727 on the death of his father, George I

Background imageAortic Collection: Aortic aneurysm CT scan

Aortic aneurysm CT scan
Aortic aneurysm, coloured 3D computed tomography (CT) scan. Side view of the abdomen of a 65-year-old patient with an extended aneurysm of the aorta

Background imageAortic Collection: Blood vessels and kidneys, artwork

Blood vessels and kidneys, artwork
Blood vessels and kidneys. Computer artwork of a man with healthy blood vessels and kidneys. The kidneys are at lower centre


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The aortic valve is a crucial component of the human heart, responsible for regulating blood flow between the left ventricle and the aorta. In this captivating cross-section image of the heart, we can see the intricate network of blood vessels that make up the coronary system. Located in the bottom left corner, it showcases not only the aorta but also coronary arteries, veins, and other blood vessels. Moving on to Picture No. 11675562, we are presented with an astonishing view of blood vessels in both chest and neck regions. The complexity and interconnectedness of these pathways highlight how vital they are for delivering oxygenated blood throughout our bodies. As we delve deeper into this series of images (Picture No. 11675561 to Picture No. 11675554), each one offers us a unique perspective on different aspects related to "aortic. " Whether it's capturing specific angles or focusing on prosthetic heart valves through X-ray technology (as seen in Prosthetic Heart Valves - X-ray F008 / 3450), these visuals provide invaluable insights into cardiac health. These pictures serve as powerful reminders of how remarkable our cardiovascular system truly is – constantly working behind-the-scenes to keep us alive and thriving. Understanding its intricacies helps medical professionals diagnose conditions such as aortic stenosis or regurgitation more accurately while guiding them towards effective treatment options. These captivating images shed light on various elements associated with "aortic, " from its role within the human heart to its connection with other crucial components like coronary arteries and veins. They remind us just how extraordinary our bodies are and emphasize why ongoing research into cardiovascular health remains essential for enhancing our understanding and improving patient care worldwide.