The nursing is caring for a client in the Intensive Care Unit on a ventilator. Which intervention(s) should the nurse implement? (SELECT ALL THAT APPLY)

Monitor the client's pulse oximetry every shift

Assess the client's respiratory status at least every 1-2 hours

Ensure that a manual resuscitation bag is at the bedside

Check the ventilator settings every shift

Collaborate frequently with the respiratory therapist

Answer and Explanation

Correct Answer : B,C,D,E

A) Monitor the client's pulse oximetry every shift:
Monitoring pulse oximetry every shift is not sufficient when caring for a client on a ventilator. Pulse oximetry provides valuable information about oxygen saturation, but it should be checked more frequently, especially in a critically ill patient on a ventilator. Continuous monitoring may be required to ensure that oxygenation is maintained at optimal levels. The nurse should assess the pulse oximetry regularly and take immediate action if there is a significant change in the client’s oxygen saturation.

B) Assess the client's respiratory status at least every 1-2 hours:
It is essential to assess the client's respiratory status frequently when they are on a ventilator. Respiratory assessments should be performed at least every 1-2 hours to monitor for complications such as ventilator-associated pneumonia, changes in oxygenation, or the need for adjustments to the ventilator settings. Regular assessment is critical to detect early signs of deterioration and respond promptly.

C) Ensure that a manual resuscitation bag is at the bedside:
Having a manual resuscitation bag (e.g., Ambu bag) at the bedside is a critical intervention for clients on a ventilator. In case of ventilator malfunction, extubation, or respiratory distress, the nurse must have immediate access to a resuscitation bag to manually ventilate the patient. This is a lifesaving piece of equipment that should always be present and ready for use.

D) Check the ventilator settings every shift:
It is essential to check ventilator settings every shift to ensure that the ventilator is functioning correctly and providing the appropriate levels of support for the patient. This includes checking settings such as tidal volume, respiratory rate, pressure, and FiO2 (fraction of inspired oxygen) to ensure they are appropriate for the client's condition. Regular checks can help detect problems such as changes in settings or malfunctioning equipment.

E) Collaborate frequently with the respiratory therapist:
Frequent collaboration with the respiratory therapist is crucial when managing a client on a ventilator. Respiratory therapists are experts in ventilator management and can provide valuable insight into adjusting settings, interpreting ABGs, troubleshooting equipment issues, and optimizing respiratory care. Collaborative care helps ensure that the client is receiving the most appropriate interventions and adjustments for their respiratory status.

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Correct Answer is ["3.9"]

Explanation

Step-by-Step Solution:

Convert the toddler's weight from pounds to kilograms.

1 pound is =0.453592 kilograms.

So, 26 pounds = 26 x 0.453592 = 11.793592 kilograms.

Calculate the total daily dose of prednisolone.

The prescribed dose is 2 mg/kg/day.

The toddler weighs 11.793592 kg.

The total daily dose = 2 mg/kg/day x 11.793592 kg = 23.587184 mg/day.

Determine the dose per administration.

The total daily dose is divided into two equal doses (every 12 hours).

The dose per administration = 23.587184 mg/day / 2 = 11.793592 mg per dose.

Calculate the volume of prednisolone syrup to administer.

The available prednisolone syrup is 15 mg/5 ml.

We need to administer 11.793592 mg per dose.

To find the volume, we can set up a proportion:

15 mg / 5 ml = 11.793592 mg / x ml

Cross-multiplying:

15x = 5 x 11.793592

Solving for x:

x = (5 x 11.793592) / 15 = 3.931197 ml

Round the answer to the nearest tenth.

3.9 ml.

A. pH 7.32, Pa02 88 mmHg, PaCO2 50 mmHg, HCO3 29 mEq/L, 02 sat 94% B. pH 7.35, Pa02 98 mmHg, PaCO2 55 mmHg, HCO3 28 mEq/L, 02 sat 99% C. pH 7.64, PaO2 94 mmHg, PaCO2 23 mmHg, HCO3 14 mEq/L, 02 sat 88% D. PH 7.50, Pa02 91 mmHg, PaCO2 52 mmHg, HCO3 30 mEq/L, 02 sat 96%

Correct Answer is C

Explanation

A) pH 7.32, PaO2 88 mmHg, PaCO2 50 mmHg, HCO3 29 mEq/L, O2 sat 94%
This result suggests respiratory acidosis rather than respiratory alkalosis. In respiratory acidosis, the pH would be low (acidotic), PaCO2 would be elevated (since it reflects CO2 retention), and HCO3 would typically be elevated as a compensatory mechanism. This set of ABG values does not align with respiratory alkalosis, so it is not consistent with partially compensated respiratory alkalosis.

B) pH 7.35, PaO2 98 mmHg, PaCO2 55 mmHg, HCO3 28 mEq/L, O2 sat 99%
This set of values suggests respiratory acidosis, as indicated by a low pH (acidosis) and high PaCO2 (carbon dioxide retention). The HCO3 value is slightly elevated in compensation for respiratory acidosis, but this is not an example of partially compensated respiratory alkalosis, so it doesn't match the question's requirement.

C) pH 7.64, PaO2 94 mmHg, PaCO2 23 mmHg, HCO3 14 mEq/L, O2 sat 88%
This result is consistent with partially compensated respiratory alkalosis. In respiratory alkalosis, the pH would be elevated (alkalotic), PaCO2 would be low (indicating hyperventilation), and the kidneys would attempt to compensate by lowering bicarbonate (HCO3). In this case, the low PaCO2 (23 mmHg) and the low HCO3 (14 mEq/L) demonstrate partial compensation. The pH is also elevated at 7.64, which aligns with alkalosis. This is the correct answer for partially compensated respiratory alkalosis.

D) pH 7.50, PaO2 91 mmHg, PaCO2 52 mmHg, HCO3 30 mEq/L, O2 sat 96%
This result suggests respiratory acidosis with compensation. The elevated PaCO2 (52 mmHg) indicates CO2 retention, leading to acidosis, while the slightly elevated HCO3 (30 mEq/L) shows that the kidneys are compensating for the respiratory acidosis. The pH of 7.50 is slightly alkalotic, but it is more consistent with compensation for respiratory acidosis rather than respiratory alkalosis. Thus, this set of ABG values does not match the description of partially compensated respiratory alkalosis.

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Arterial Blood Gases
pH	7.35-7.45
PaCO2	35-45mmHg
PaO2	80-100mmHg
HCO3-	22-26 mEq/L
O2 Saturation	>95%
Chemistry
BUN	8-21mg/dl
Creatinine	0.5-1.2mg/dl
Na	135-145 mEq/L
K	3.5-5.3 mEq/L
Cl	97-107 mEq/L
CO2	22-26 mEq/L
Ca	8.2-10.2 mg/dl
Glucose	65-99 mg/dl
Mg	1.7-2.2 mg/dl
PO4	2.5-4.5 mg/dl

The nursing is caring for a client in the Intensive Care Unit on a ventilator. Which intervention(s) should the nurse implement? (SELECT ALL THAT APPLY)

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A client is receiving a continuous infusion of IV insulin at 8 mL/hour. Pharmacy makes an infusion of 75 units of regular insulin in 150 mL of Normal Saline for this institution. How many units per hour is the client receiving? (Round to the nearest whole number)

Correct Answer is ["3.9"]

Explanation

Correct Answer is C

Explanation

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