Determine the pKa of the amino acid using the graph graph attached:
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Determine the pKa of the amino acid using the graph graph attached:
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- Determine the maximum velocity of the uninhibited reaction at 30 °CA 50-year-old man came to the emergency department after returning from foreign travel. His symptoms included persistent diarrhea (over the past 3 days) and rapid respiration (tachypnea). Blood gases were drawn with the following results: pH 7.21 pco2 19 mm Hg po2 96 mm Hg HCO3 − 7 mmol/L SO2 96% (calculated) (reference range, >95%) Why is the HCO3 − level so low? Why does the patient have rapid respiration?A 50-year-old man came to the emergency department after returning from foreign travel. His symptoms included persistent diarrhea (over the past 3 days) and rapid respiration (tachypnea). Blood gases were drawn with the following results: pH 7.21 pco2 19 mm Hg po2 96 mm Hg HCO3 − 7 mmol/L SO2 96% (calculated) (reference range, >95%) What is the patient’s acid–base status? Why is the HCO3 − level so low? Why does the patient have rapid respiration? *Kindly answer all questions. Thank you
- A 50-year-old man came to the emergency department after returning from foreign travel. His symptoms included persistent diarrhea (over the past 3 days) and rapid respiration (tachypnea). Blood gases were drawn with the following results: pH 7.21 pco2 19 mm Hg po2 96 mm Hg HCO3 − 7 mmol/L SO2 96% (calculated) (reference range, >95%) What is the patient’s acid–base status? Why is the HCO3 − level so low? Why does the patient have rapid respiration?A 26 year old female with hypokalaemia is prescribed an intravenous infusion of 0.15% potassium chloride (KCl) to correct this imbalance. She is to receive 50 mL 0.15% KCl over 6 hours. (0.15% KCl contains 20 mmol KCl per litre) How much potassium (in mmol/hour) is the patient receiving? units -mmol/hrA 50-year-old man came to the emergency department after returning from foreign travel. His symptoms included persistent diarrhea (over the past 3 days) and rapid respiration (tachypnea). Blood gases were drawn with the following results: pH 7.21 pco2 19 mm Hg po2 96 mm Hg HCO3 − 7 mmol/L SO2 96% (calculated) (reference range, >95%) Question: What is the patient’s acid–base status? Why is the HCO3 − level so low? Why does the patient have rapid respiration?
- A nurse has a patient who she suspects might have long term respiratory acidosis. Which of the following pieces of information would support her suspicion? 1.An acidic pH and a decrease in Pco2 2. An alkaline (or basic) pH and an increase in Pco2 3. An acidic pH and an increase in Pco2 4. Hyperventilation 5. Hypoventilation 6. Increased plasma HCO3 7. Decreased plasma HCO3 O 1,4, 6 O 2, 5, 6 O 3, 5, 6 O 1, 5, 7 O 3, 4, 6Mechanically ventilated patient has pH of 7.54, PaCO2 of 26 torr, and HCO3 of 22 mEq/L. Calculate the patient's PaCO2 to level that will decrease pH to 7.45 .A patient suffers from hypokalaemia, and is prescribed an intravenous infusion of 0.15% potassium chloride (KCl) to correct this imbalance. She is to receive 50 mL 0.15% KCl over 4 hours. How many mmol/hour of potassium is she receiving? (0.15% KCl contains 20 mmol potassium per litre)
- 1а. 2а. 2b. 2с. 62 3. 4. I.A patient has the following lab. results: pCO2 = 41 mmHg; Bicarbonate = 25 mmol/L. Compute for pH.(answer in one decimal place only ex.8.3)A 23-year-old male from San Diego, collapses in the mountains of Utah while participating in a marathon. Upon admittance to the ER, ABGs are drawn. The results are as follows: pH 7.52; HCO3- 23 mEq/L; pCO2 29 mmHg what is the compensation?