Iliac Artery Collection

Male human circulatory system, upper body
Male human circulatory system, upper part, superimposed to realistic body

Anatomy of human circulatory system

Pulmonary embolism, pathway of embolus to the heart and lungs

Human circulatory system

Arteries and veins of the human body

Normal abdomen, 3D CT scan
Normal abdomen. Coloured 3D computed tomography (CT) scan of the healthy abdomen and chest of a 53 year old patient. At top centre is the heart

3D rendering of human circulatory system

Medical illustration of female arteries, veins and lymphatic system, full body view

Female body sitting in dynamic posture with circulatory system superimposed
Human female body sitting in dynamic posture, with full circulatory system superimposed

Anatomy of female body with arteries and veins

Abdominal aorta, 1825 artwork
Abdominal aorta. Dissection, with some organs removed, showing the abdominal portion of the aorta (red), the main body artery

Aorta, 3D CT scan F006 / 9120
Aorta. Coloured 3D computed tomography (CT) angiogram of the aorta of a 54 year old patient. The aorta is the bodys main artery

Aorta, 3D CT scan F006 / 9119
Aorta. Coloured 3D computed tomography (CT) angiogram of the aorta of a 54 year old patient. The aorta is the bodys main artery

Narrowed arteries, 3D CT scan F006 / 9113
Narrowed arteries. Coloured 3D computer tomography (CT) angiogram of the pelvis of a 66 year old male patient with narrowing (stenosis) of the iliac and femoral arteries

Abdominal aorta, 3D CT scan F006 / 9095
Abdominal aorta. Coloured 3D computed tomography (CT) angiogram of the pelvis of a 39 year old patient. At top is the abdominal aorta. The aorta is the bodys main artery

Abdominal aorta, 3D CT scan F006 / 9094
Abdominal aorta, 3D CT scan

Uterine arteries, 1825 artwork
Uterine arteries. Dissection showing the arteries (red) of the uterus (lower centre) of a woman who died six days after giving birth. The ovaries and fallopian tubes are either side

Single-kidney anatomy, artwork C016 / 2902
Single-kidney anatomy. Artwork showing an anterior (frontal) view of human kidneys in relation to the main torso blood vessels (vena cava, blue; aorta, red) and the male abdomen

Single-kidney anatomy, artwork C016 / 2903
Single-kidney anatomy. Artwork showing a posterior (from behind) view of human kidneys in relation to the main torso blood vessels (vena cava, blue; aorta, red) and the male abdomen

Single-kidney anatomy, artwork C016 / 2901
Single-kidney anatomy. Artwork showing an anterior (frontal) view of human kidneys in relation to the main torso blood vessels (vena cava, blue; aorta, red) and bones of the male skeleton

Single-kidney anatomy, artwork C016 / 2898
Single-kidney anatomy. Artwork showing an oblique right-frontal view of human kidneys in relation to the main torso blood vessels (vena cava, blue; aorta)

Single-kidney anatomy, artwork C016 / 2900
Single-kidney anatomy. Artwork showing an anterior (frontal) view of human kidneys in relation to the main torso blood vessels (vena cava, blue; aorta, red) and bones of the skeleton

Single-kidney anatomy, artwork C016 / 2896
Single-kidney anatomy. Artwork showing an anterior (frontal) view of human kidneys in relation to the main torso blood vessels (vena cava, blue; aorta, red)

False-colour normal abdominal angiogram
Normal abdominal angiogram: false-colour abdominal angiogram showing the normal appearance of the aorta and upper iliac arteries of an 81 year old man

Aortic graft

Iliac blood vessel nerves, 1844 artwork
Iliac blood vessel nerves. This anatomical artwork is figure 3, plate 96 from volume 3 (1844) of Traite complet de l anatomie de l homme (1831-1854)

Iliac artery stenosis, 3-D MRI scan
3-D Magnetic resonance imaging (MRI) scan of the abdomen of a patient, showing stenosis (narrowing, centre right) in one of the two iliac arteries which lead into the legs from the abdominal aorta

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The iliac artery is a vital component of the human circulatory system, playing a crucial role in maintaining proper blood flow throughout the body. Located in the lower abdomen, this artery serves as a pathway for oxygenated blood to reach various organs and tissues. In cases of pulmonary embolism, where an embolus (a clot or foreign material) obstructs blood flow to the lungs, understanding the pathway through which it travels becomes essential. The iliac artery acts as one of these pathways, carrying deoxygenated blood from the lower limbs towards the heart and lungs. When examining the arteries and veins of the human body, it is fascinating to observe how they intricately intertwine with each other. A 3D CT scan provides us with a detailed view of these structures within a normal abdomen, allowing medical professionals to identify any abnormalities or blockages that may be present. For a more comprehensive understanding of our circulatory system's complexity, medical illustrations showcasing arteries, veins, and lymphatic systems in female midsections prove invaluable. These visual representations help us grasp how these networks function together seamlessly to ensure optimal health. Similarly enlightening are medical illustrations depicting male reproductive systems alongside their intricate network of veins and arteries. Such visuals shed light on how these components work harmoniously to support reproduction while also emphasizing their interconnectedness with other bodily systems. To truly appreciate just how remarkable our circulatory system is as a whole, full-length views displaying organs along with arteries and veins become necessary. These depictions provide an all-encompassing perspective on its vastness while highlighting its importance in sustaining life itself. Whether exploring male or female anatomy specifically or taking into account both genders collectively when studying arterial structures within our bodies remains crucial for comprehensive knowledge acquisition regarding this intricate web-like network that keeps us alive.