• All of the following are characteristics that occur with any type of acute inflammation except? p.214 • Redness • Pain • Swelling • Fever – mccance • The primary phagocytic cells in the immune systems are (p. 199) a. M
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• All of the following are characteristics that occur with any type of acute inflammation except? p.214 • Redness • Pain • Swelling • Fever – mccance • The primary phagocytic cells in the immune systems are (p. 199) a. Macrophages • Mast Cells • Eosinophils • Cytotoxic T-Cells • Which of the ff is NOT a function of T- Cells? a. Antibody synthesis * • Interleukin production • Cell lysis • Stimulation of B-cells • Chronic inflammation is defined as a long- term inflammatory response that last? P.214 • More than 1 week • More than 2 months c. Morethan 2 weeks * d. One or more year • The immune components to appear first in ANY immune response are? • IgM • T-cells • Neutrophils * • Eosinophils
• Biopsy results for tumor staging would indicate? P. 394 • Stage 1 tumor cells are well differentiated, and the patient has a good prognosis * • Stage 4 tumor cells are well differentiated and not likely to metastasize • Stage 2 tumor cells are poorly differentiated with spread to regional structures • Stage 3 is localized evasion of cancer cells
• The process by which tumors develop new vascular networks is? a. Angiogenesis • Differentiation • Anaplasia • Apoptosis • The TNM classification system for clinical staging of cancer indicates p. 1238 a. Tumor size, node, metastasis* • Tissue type, necrosis, mitosis rate • Tissue type, necrosis, myosis rate
• Tumor size. Nodule, morphology • All of the ff are characteristics of benign cells EXCEPT? P.364 • Slow growth rate • Low reoccurrence frequency c. Invasive d. Cell differentiated
• All of the ff statements are true concerning the development of cancer EXCEPT? a. Tumor cells are descendants of multiple mutant cells • Usually the result of 3 or more independent DNA mutation events • Cancer cells have a higher than normal level of telomerase • Can occur as the result of over activation of proto-oncogene
• Which would not shift the blood pH towards alkalosis? Fig 3-15, p 128 • Increased exhalation of carbon dioxide • Excessive used of antacids • Increased bicarbonate ion (HCO3-) excretion in urine • Increased H+ secretion into urine
• Hypoventilation can result in leading to p. 130 • HCO3- retention, respiratory acidosis • Co2 retention, respiratory alkalosis • H+ loss, metabolic alkalosis
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