| x | x |
|---|
| Occurs in Month 1 of Primary Intention where the tissue is avascular and lacks hair and nerve supply | |
| Type of necrosis associated with Myocardial infarction and dry gangrene | |
| Occurs in Week 2 of Primary Intention where there is collagen accumulation, inflammation decreases, less edema, less blood vessels, and less inflammatory cells | |
| Type of Calcification associated with Vitamin D intoxication, Multiple Myeloma, Hyperparathyroidism, and Paget's Disease | |
| Type of adaptive change associated with weight training, uterus in pregnancy, and hypertension | |
| Type of necrosis associated with tuberculosis | |
| Intracellular protein accumulation resulting from cell injury from alcohol | |
| Occurs in Day 3 of Primary Intention an forms this specialized 'Organ of Repair' | |
| H2O2, O2- and OH are types of what? | |
| Increase in the number of follicles in the lymph nodes in reaction to inflammation | |
| Adhesion molecule on leukocyte used for adhesion and binds to Glycam-1 or CD34 | |
| Used in non-oxidative bacterial killing and degrades molecules | |
| Type of necrosis associated with pancreatitis and trauma in the breast | |
| A non-specific measure of inflammation which occurs because of the fibrinogen which binds RBC and cause them to sediment rapidly | |
| Where are ROS formed? | |
| Type of adaptive change associated with glands in breast feeding, bone marrow in high altitudes, and does not occur in nerves, cardiac muscles, or skeletal muscles | |
| Type of Calcification where the blood calcium level is normal and occurs in dead or injured cells | |
| Type of Calcification where the blood calcium level is high and occurs in living cells/tissues | |
| Type of inflammation associated with Pericarditis, Pleuritis, and Meningitis | |
| Type of necrosis associated with bacterial infection, abscess, hypoxic cell death in the brain, and wet gangrene | |
| Adhesion molecule on the leukocyte used for rolling and binds to P or E selectin on the endothelial molecule | |
| Condition when lymph nodes become inflamed | |
| Occurs in Day 3 of Primary Intention where labile cells regenerate and there is newly formed epithelium | |
| High protein fluid consisting of RBC, WBC, and fibrin secreted when vessel permeability increases | |
| Type of skin wound healing where there is extensive tissue destruction, ulcer, burns, and abscesses | |
| Erosion of the mucosal surface -e.g. surface mucosa of the gut | |
| | x | x |
|---|
| Causes bronchospasm and bronchoconstriction | |
| Type of necrosis associated with injured blood vessels | |
| Type of inflammation associated with pyogenic bacteria and abscess | |
| Condition where there is EXTENSIVE exudate accumulation, granulation tissue grow into the exudate, and exudate is transformed into fibrous tissue | |
| Deposited in many organs and tissues whenever there is systemic overload of iron | |
| Cause of reperfusion injury | |
| Condition when lymphatic vessels become secondarily inflamed | |
| Disruption of plasma membrane, nuclear changes, and rupture of lysosomes are types of what change? | |
| Opsonin that helps in the process of phagocytosis. One type is mannose binding lectin. | |
| Type of inflammation associated with blisters | |
| Occurs in Day 5 of Primary Intention where there is angiogenesis, sprouting of endothelial cells from preexisting capillaries, and horizontal collagen fibers | |
| Extracellular insoluble fibrous protein that has a pink homogenous appearance in H&E stain | |
| Type of adaptive change associated with muscle wasting and the brain in Alzheimer's | |
| Occurs in Day 1 of Primary Intention where it is formed from plasma fibrin and for a barrier to invading microorganisms | |
| Main mediator of pain | |
| Type of Cell death with cell shrinkage, specific DNA fragmentation, No inflammation | |
| Type of Cell death with cell swelling, random nuclear fragmentation, and inflammation | |
| Condition where there is no extensive cell damage, exudate is removed completely, and tissue returns to normal | |
| Secreted by Eosinophils and important in parasitic infections | |
| Adhesion molecule for transmigration found on both leukocytes and endothelial molecules | |
| C5-C9 and makes a hole on the bacteria | |
| Type of Calcification in damaged heart valves and skeletal muscle | |
| Increase in the number of immature neutrophils. In severe infection, referred to as Leukemoid Reaction | |
| Cell swelling, vacuole formation, blebbing of plasma membrane, swelling of mitochondria, dilation of ER, fatty changes, pallor, turgor, and weight are types of what? | |
| Occurs in Day 1-2 of Primary Intention where neutrophils liquefies the necrotic tissue and macrophage phagocytoses cellular debris and signals repair | |
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