Assignment Score: 0% Resources De Give Up Hint Check Answer < Question 2 of 9 > Stacked рҢ 7.35–7.45 Definitions • Metab

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Assignment Score: 0% Resources De Give Up Hint Check Answer < Question 2 of 9 > Stacked рҢ 7.35–7.45 Definitions • Metab

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Assignment Score: 0% Resources De Give Up Hint Check Answer < Question 2 of 9 > Stacked рҢ 7.35–7.45 Definitions • Metabolic acidosis: blood pH levels are lower than 7.35. Caused by the kidneys failing to secrete bicarbonate into blood, diabetic ketoacidosis adding extra acid to the blood, or excessive and prolonged exercise. Metabolic alkalosis: blood pH levels are higher than 7.45. Caused by severe vomiting (which causes dehydration and higher bicarbonate concentration in the blood) or by taking excessive amounts of alkaline drugs. Respiratory acidosis: blood pH levels are lower than 7.35. Often caused by an issue with the lungs, such as pneumonia, which limits the removal of Co, from blood. o Respiratory alkalosis: blood pH levels are higher than 7.45. Often caused by hyperventilation (breathing too quickly) due to stress or fear and removing Co, too quickly from blood. The patient has an arterial blood gas test. If the concentration of H+ in the blood is found to be 6.16 x 10-8 M, what is the blood pH? pH: The pH of the patient's blood is the normal range.
Assignment Score: 0% Resources Give Up? Hint Check Answer Question 3 of 9 > o Side-by-Side One milliliter, mL, of blood is found to contain 0.001150 g of bicarbonate, HCO3. What is the concentration of bicarbonate in millimoles per liter (mmol/L)? Essentials of General, Organic, and Biochemistry Denise Guinn THIRD EDITION presented by Maonian Learning Part 1. Acidosis or alkalosis? Respiratory or metabolic? A patient comes in for a blood test. Based on the results of their blood test and the following information, determine if they have acidosis or alkalosis, and if it is respiratory or metabolic. concentration: mmol/L Normal Arterial Blood Gas Levels The concentration of bicarbonate in the patient's blood is the normal range. Bicarbonate (HCO3) P,02 P.CO2 pH 22-26 mmol/L 75-100 mmHg 35-45 mmHg 7.35-7.45 within below above Definitions • Metabolic acidosis: blood pH levels are lower than 7.35. Caused by the kidneys failing to secrete bicarbonate into blood, diabetic ketoacidosis adding extra acid to the blood, or excessive and prolonged exercise. • Metabolic alkalosis: blood pH levels are higher than 7.45. Caused by severe vomiting (which causes dehydration and higher bicarbonate concentration in
Question 4 of 9 > U Side-by-Side The patient's partial pressure of O, is at 0.116 atm. What is the partial pressure in mmHg? Essentials of General, Organic, and Biochemistry Denise Guinn THIRD EDITION presented by Maulan Learning Part 1. Acidosis or alkalosis? Respiratory or metabolic? A patient comes in for a blood test. Based on the results of their blood test and the following information, determine if they have acidosis or alkalosis, and if it is respiratory or metabolic. PO2 = mmHg Normal Arterial Blood Gas Levels The partial pressure of Co, is 3941 Pa. What is the partial pressure in mmHg? Bicarbonate (HCO3) P,02 P.CO2 pH 22-26 mmol/L 75-100 mmHg 35-45 mmHg 7.35-7.45 P.CO2 = mmHg Definitions The patient's partial pressure of 0, the normal range, and the partial pressure of Co, is the normal range. • Metabolic acidosis: blood pH levels are lower than 7.35. Caused by the kidneys failing to secrete bicarbonate into blood, diabetic ketoacidosis adding extra acid to the blood, or excessive and prolonged exercise. • Metabolic alkalosis: blood pH levels are higher than 7.45. Caused by severe vomiting (which causes dehydration and higher bicarbonate concentration in below above within
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