This condition is known as a stroke, specifically an ischemic stroke, which occurs when blood flow to a part of the brain is obstructed, often by a blood clot. The lack of oxygen and nutrients leads to the death of brain tissue, resulting in neurological deficits that can affect movement, speech, and cognitive functions. Prompt medical intervention is crucial to minimize damage and improve recovery outcomes.
Ischemia. It occurs when the blood supply to a tissue is restricted or blocked, leading to a decrease in oxygen and nutrient delivery, which can result in tissue damage or cell death.
Irreversible ischemia refers to tissue damage that occurs when blood flow is completely blocked for an extended period, leading to cell death. This can result in permanent tissue damage or organ dysfunction. Common causes include heart attacks and strokes.
The state of tissue dysfunction or tissue destruction is referred to as "tissue injury" or "tissue damage." This can occur due to various factors, including trauma, infection, inflammation, or ischemia. The severity and type of tissue injury can lead to different outcomes, ranging from temporary dysfunction to permanent damage or necrosis. Proper diagnosis and treatment are essential to promote healing and restore tissue function.
Lateral ischemia refers to reduced blood flow or oxygen supply to the lateral part of an organ or tissue. This can lead to tissue damage or dysfunction in the lateral area affected by the restricted blood flow.
An area of tissue that becomes necrotic due to a lack of oxygen is called an infarct. This typically occurs when the blood supply to a specific area is blocked, leading to tissue death.
Thrombosis can lead to infarction, or death of tissue, as a result of blocked blood supply to the tissue
Ischemia. It occurs when the blood supply to a tissue is restricted or blocked, leading to a decrease in oxygen and nutrient delivery, which can result in tissue damage or cell death.
When blood supply to the heart is blocked what happens is a myocardial infarction which can result in death.
The medical term for the loss of blood supply due to occlusion is "ischemia." Ischemia occurs when blood flow is restricted or blocked, often leading to tissue damage or dysfunction. This can result from various causes, including thrombosis or embolism, and is critical in conditions like heart attacks and strokes.
granulation tissue
Yes it is true that the growth of a new capillary supply into the region produces granulation tissue. Phagocytes are non bony debris at the fracture site is removed by osteoclasts.
Irreversible ischemia refers to tissue damage that occurs when blood flow is completely blocked for an extended period, leading to cell death. This can result in permanent tissue damage or organ dysfunction. Common causes include heart attacks and strokes.
The state of tissue dysfunction or tissue destruction is referred to as "tissue injury" or "tissue damage." This can occur due to various factors, including trauma, infection, inflammation, or ischemia. The severity and type of tissue injury can lead to different outcomes, ranging from temporary dysfunction to permanent damage or necrosis. Proper diagnosis and treatment are essential to promote healing and restore tissue function.
Lateral ischemia refers to reduced blood flow or oxygen supply to the lateral part of an organ or tissue. This can lead to tissue damage or dysfunction in the lateral area affected by the restricted blood flow.
An area of tissue that becomes necrotic due to a lack of oxygen is called an infarct. This typically occurs when the blood supply to a specific area is blocked, leading to tissue death.
The heart receives its own supply of glucose and oxygen via the coronary arteries. If these arteries are blocked, the heart tissue could die. This condition is known as a heart attack.
arteries provide oxygenated blood to the tissues they supply. ergo, a coronary artery that is blocked cannot deliver oxygen to the tissue it is supplying, and all that tissue dies... literally dies as in tissue necrosis, cellular death and just becomes a hunk of meat that flaps along with the tissue around it that still does get oxygen and can move. If a large enough piece of tissue dies or if multiple arteries get blocked then heart stops beating and death occurs.