(a)
To write:
About the Primary disturbances and degree of compensations for first arterial blood gas reading.
Introduction:
Primary disturbances refer to the immediate effect on the blood ph levels or the blood partial pressure of the respiratory gases. This is associated with acid-base disturbances. An arterial blood gas test is required to assess the blood levels of oxygen and carbon dioxide.
(b)
To write:
About the Primary disturbances and degree of compensations for second arterial blood gas reading.
Introduction:
Primary disturbances refer to the immediate effect on the blood ph levels or the blood partial pressure of the respiratory gases. This is associated with acid-base disturbances. An arterial blood gas test is required to assess the blood levels of oxygen and carbon dioxide.
(c)
To write:
About the Primary disturbances and degree of compensations for the third arterial blood gas reading.
Introduction:
Primary disturbances refer to the immediate effect on the blood ph levels or the blood partial pressure of the respiratory gases. This is associated with acid-base disturbances. An arterial blood gas test is required to assess the blood levels of oxygen and carbon dioxide.
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ANATOMY & PHYSIOLOGY 4/E PAC 1 SEMESTER
- 1) Identify the lab value of Patrice's arterial carbon dioxide levels in mmHg. Only type in numbers, no letters. Type out your answer to zero places after the decimal point (i.e 23) pH = 7.27 HCO3- = 18 2) Patrice's condition is identified as : 3 answers required: respiratory or metabolic acidosis or alkalosis uncompensated or partial compensation Group of answer choices respiratory metabolic acidosis alkalosis uncompensated partial compensationarrow_forwardSpecify the value then add the unit of measurement. 100 beats/min A. The specified hypothetical SV B. If HR = 60 beats/min, what is the CO using the SV specified above? C. During mild exercise: SV = 100 mL/beat & HR = 100 beats/min. What is the CO?arrow_forwardcan you please explain how to use this formula. Mean Arterial Pressure(MAP)=CO x PR CO=SV x HRarrow_forward
- Describe the reason why someone would be having shortness of breath from congestive heart failure and peripheral edema using Starling forces terminologyarrow_forwardGiven the following ABG (arterial blood gas) values for an asthmatic patient, what is your diagnosis? Briefly explain how you came to that diagnosis. pH = 7.33 (normal range: 7.38-7.42 PaCO2 = 55 mm Hg (normal range: 38-42 mm Hg) HCO3– = 25 mEq/L (normal range: 22-28 mEq/L) PaO2 = 70 mm Hg (normal range: 75-100 mm Hg)arrow_forwardHenry is in the intensive care unit because he suffered a severe myocardial infarction three days ago. The lab reports the followingvalues from an arterial blood sample: pH 7.30, HCO320 mEq/ liter, PCO2 32 mmHg. Diagnose Henry’s acid–base status and decide whether compensation is occurring.arrow_forward
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- Given a blood pressure of 130/70 mm Hg. Calculate the mean arterial pressure (MAP).arrow_forwardAdult male suffered myocardial infarction and is currently in cardiogenic shock. Blood pH = 7.25, [HCO3-] = 14 mmol/L, PaCO2 = 38 mmHg. What kind of acid-base imbalance is the patient suffering from? Briefly describe fully how this occurred.arrow_forwardA patient has a vital capacity of 4200 ml, a functional residual capacity of 5500 mł and expiratory reserve volume of 1200 ml. What is her residual volume?arrow_forward
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