Ischaemia Collection

Stroke, MRI and 3D CT scans C016 / 6419
Stroke. Coloured composite image of a magnetic resonance imaging (MRI) scan of the brain and 2D and 3D computed tomography (CT)

Ischaemia, digital angiogram
image d angiographie numerisee( non soustraite) de la main gauche, en vue de face, par catheterisme hyperselectif des arteres du membre superieur gauche, sous anasthesie generale

Splenic infarct C015 / 6220
Splenic infarct. Gross specimen of a sectioned spleen showing areas of dead tissue (pale). The tissue death results from a loss of blood flow to the area, known as an infarction

Gross specimen of heart, myocardial infarction
Myocardial infarction. Sectioned heart showing an area of myocardial infarction (dark region, bottom left) in the left ventricle

Ischaemic bowel, light micrograph
Ischaemic bowel. Light micrograph of a section through a portion of intestine that has been damaged by an interruption of the blood supply, or ischaemia

Human head, MRI and 3D CT scans
Stroke. Coloured composite image of a magnetic resonance imaging (MRI) scan of the brain and 2D and 3D computed tomography (CT)

Atherosclerosis in artery, artwork C016 / 6571
Atherosclerosis in artery. Artwork of a longitudinal section through an artery that has been narrowed by atherosclerosis. Narrowing is referred to as stenosis

Splenic infarct C015 / 6221
Splenic infarct. Gross specimen of a sectioned spleen showing areas of dead tissue (pale). The tissue death results from a loss of blood flow to the area, known as an infarction

Splenic infarct C015 / 6219
Splenic infarct. Gross specimen of a sectioned spleen showing areas of dead tissue (pale). The tissue death results from a loss of blood flow to the area, known as an infarction

Heart attack, artwork C016 / 2895
Heart attack. Artwork showing an inferior (from below) view of a human heart during a heart attack (myocardial infarction)

Heart attack, artwork C016 / 2894
Heart attack. Artwork showing an anterior (frontal) view of a human heart during a heart attack (myocardial infarction). Surrounding the heart are torso, arm and neck blood vessels (arteries)

Heart attack, artwork C016 / 2893
Heart attack. Artwork showing an anterior (frontal) view of a human heart during a heart attack (myocardial infarction). Surrounding the heart are chest and neck blood vessels (arteries, red; veins)

Scintigram showing ischaemia post heart attack
False-colour scintigram (gamma camera scan) of a human heart showing ischaemia (reduced blood flow) following myocardial infarction

Angina, conceptual artwork
Angina, conceptual computer artwork. Heart being squeezed by a metal band, which could represent angina pectoris. Angina pectoris is a severe chest pain from a lack of blood supply to the heart

Heart ischaemia
Heart disease. Artwork showing a heart with ischaemia (oxygen shortage) due to a blocked artery. The cardiac tissue beneath the blockage (grey)

Stroke causes, artwork
Stroke causes. Artwork showing the three causes of a stroke, a loss of brain function(s) due to an interruption in blood supply

Heart damage, artwork
Heart damage. Computer artwork of necrotic (dead) areas of muscle following a myocardial infarction (heart attack). This is caused by a lack of blood flow to the tissue

Ivabradine drug molecule. Tubular molecular model of the drug ivabradine, used to manage angina pectoris, severe chest pain due to lack of blood to the heart

Nanobots and atherosclerosis, artwork
Nanobots and atherosclerosis. Artwork of nanorobots inside a blood vessel as they carry out treatment of atherosclerosis. Blood vessels can become blocked or narrowed by the build-up of fatty plaques

Damaged cardiac tissue, artwork
Damaged cardiac tissue. Artwork of damaged heart fibres and cells in heart muscle tissue (myocardium). This can occur due to reduced blood supply (ischaemia)

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"Unveiling the Silent Threat: Exploring Ischaemia through Cutting-Edge Imaging Techniques" Ischaemia, a condition characterized by restricted blood flow to vital organs, has long been a medical enigma. Thanks to advancements in digital angiogram technology, we can now delve into the intricate world of this silent threat. Stroke, one of the most devastating consequences of ischaemia, comes into focus as MRI and 3D CT scans provide us with unprecedented insights. These powerful imaging tools allow us to visualize the intricate pathways affected by this life-altering event (C016 / 6419). But it's not just strokes that fall under our investigative lens. Splenic infarct, another consequence of ischaemic events, reveals its secrets through detailed imagery (C015 / 6220). Even the ischaemic bowel unveils itself under scrutiny in a captivating light micrograph (C015 / 6219). The human head becomes an open book as MRI and 3D CT scans unravel the mysteries hidden within its complex structure. We witness how ischaemia disrupts these delicate networks and alters lives forever. Atherosclerosis takes center stage in a mesmerizing artwork capturing its destructive impact on arteries (C016 / 6571). Meanwhile, splenic infarcts continue their visual narrative with striking images that showcase their unique characteristics (C015 / 6221). Heart attacks become vivid works of art themselves as we explore them from different angles - each artwork telling a story of pain and resilience (C016 /2895; C016/2894; C016/2893). Scintigrams post-heart attack reveal lingering signs - reminders that even after surviving such an ordeal, challenges persist. Through these groundbreaking imaging techniques, we are beginning to demystify ischaemia's complexities. As science progresses hand-in-hand with technology, we inch closer towards better understanding this silent threat and finding innovative ways to combat its devastating consequences.