A pathologic change of tissue due to injury refers to the structural and functional alterations that occur in cells and tissues as a response to damage. This can include inflammation, necrosis, and fibrosis, which may disrupt normal tissue architecture and function. Such changes can result from various factors, including trauma, infection, or exposure to harmful substances, ultimately leading to disease states or impaired healing. Understanding these changes is crucial for diagnosing and treating injuries effectively.
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.
An injury or destruction of tissue is known as necrosis. This condition occurs when cells in a specific area of the body die due to factors such as lack of blood supply, infection, or chemical exposure. Necrosis can lead to inflammation and further complications if not addressed promptly.
Swelling occurs in a tissue after an injury due to increased blood flow and leakage of fluids and white blood cells into the affected area. This response is part of the body's immune reaction to protect and heal the injured tissue.
Tissue strength varies depending on the type of tissue. For example, muscle tissue is strong due to its ability to contract and produce force, while connective tissue like tendons and ligaments provide support and stability to joints and bones. However, tissue strength can also be affected by factors such as injury, disease, and overall health.
Cell injury refers to any damage or disruption to a cell's structure or function caused by various insults. Cell death is the irreversible cessation of cellular activities and functions, leading to the demise of the cell. Cell death can occur through different mechanisms, including apoptosis and necrosis.
Myopathy is a pathologic change of muscle tissues due to disease or injury.myopathy
necrosis
Frostbite is the destruction of tissue due to exposure to very low temperatures.
It's most likely due to fibrous scar tissue from arthritis or and old injury.
Inflammation is the response of the tissue to injury. This can be physical trauma, chemical trauma due to chemicals or toxins or infection
An injury or destruction of tissue is known as necrosis. This condition occurs when cells in a specific area of the body die due to factors such as lack of blood supply, infection, or chemical exposure. Necrosis can lead to inflammation and further complications if not addressed promptly.
Abscesses develop either due to traumatic injury to the hoof that leads to tissue inflammation inside the hoof capsule or due to bacteria entering the hoof capsule.
Osteosarcoma lameness is either due to periosteal inflammation, microfractures, or pathologic fractures.
Swelling occurs in a tissue after an injury due to increased blood flow and leakage of fluids and white blood cells into the affected area. This response is part of the body's immune reaction to protect and heal the injured tissue.
Tissue strength varies depending on the type of tissue. For example, muscle tissue is strong due to its ability to contract and produce force, while connective tissue like tendons and ligaments provide support and stability to joints and bones. However, tissue strength can also be affected by factors such as injury, disease, and overall health.
Plantar fascitis is when the plantar fascia (the thick tissue on the bottom of the soles of your feet) get inflamed due to compression from an injury or obesity.
Possibly this question contains a spelling error, axillary not apillary. Axillary Necrosis is rotting of the armpit tissue due to tissue injury caused by decreased blood flow, increased infection, or both.