When total ALP levels are increased, it is the major liver fraction that is most frequently elevated especially in what kind of disease?
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When total ALP levels are increased, it is the major liver fraction that is most frequently elevated especially in what kind of disease?
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- Explain why a person with ketoacidosis may hyperventilate. What benefit might it provide? Also explain why this hyperventilation can be stopped by an intravenous fluid containing bicarbonate.David suffered head trauma from an automobile accident and now has anosmia. A.Define anosmia. B. Why is this condition fairly common after such injuries and in cases of severe nasal cavity inflammation?Under severe starvation conditions, affected individuals develop “acetone breath.” Explain.
- The LD50 of a certain substance is appreciably higher by inhalation than by ingestion. What conclusions may be drawn from this observation?Explain heme and nonheme iron, and discuss the factors that influence their absorption in the body.High phosphorus in blood levels leads to reduced absorption of?
- If a young man has these symptoms: •feeling flushed, hot, and can’t stop sweating •blurred vision and has been getting into vitamin supplementation more lately and is taking a variety of high dose supplements What vitamin is he deficient on? What is the toxic level?Ketoacidosis is a condition that can arise in an individual with diabetes due to excessive production of ketone bodies. Is this condition classified as metabolic acidosis or respiratory acidosis? Explain.Age and excessive adipose tissue are: A. Intrinsic factors of algor mortis B. Intrinsic factors of agonal edema C. Hypostasis factors D. Cardinal signs of decomposition
- Diabetes ketoacidosis is one of the complications of uncontrolled diabetes, and is associated with rapid breathing. Explain the steps that led to rapid breathing in such patientsKindly briefly Explain why a person with ketoacidosis may hyperventilate.. What benefit might this provide?Diabetic ketoacidosis is characterized by an increased level of ketone bodies, which causes metabolic acidosis. A patient in diabetic ketoacidosis will have an altered rate of ventilation. Will the patient be hyperventilating or hypoventilating? How will a change in the rate and depth of ventilation compensate for an acidosis that is metabolic in nature?