Pneumothorax/Chest tubes
ARDS
Respiratory Failure
Mechanical Ventilation
Pulmonary Embolus
100

A common sign of a pneumothorax

Decreased or unequal chest expansion.


100

A cardinal feature of ARDS. 

What is refractory hypoxemia? 


100

The two things should be evenly matched and when they are not, respiratory failure occurs.

What is ventilation and perfusion? 

Ventilatory failure- inadequate oxygen intake (ventilation) but blood flow normal 

Oxygenation (gas exchange) failure- adequate air movement but deficient oxygenation of the pulmonary blood 

Combined- hypoventilation, leading to acute respiratory failure

100

A safety feature that prevents the patient from removing the ETT that must be reordered DAILY

What are restraints?


100

Signs and Symptoms of a PE

What are sudden onset of dyspnea, sharp stabbing chest pain, restlessness, feelings of impending doom, tachypnea, pleural friction rub, tachycardia, diaphoresis, decreased O2 sat? 

200

The most obvious signs of a tension pneumothorax.

What is tracheal deviation away from the side of the injury and hemodynamic instability?




200

The nursing priority in the prevention of ARDS.

What is early recognition of patients at high risk? 


200

The hallmark of respiratory failure, whether chronic or acute. 

What is dyspnea? 


200

You have a patient who is receiving supplemental oxygen via mechanical ventilation. When you enter the patient's room what checks need to be completed by the RN.

What are check the:

1. diameter of the tube

2. Length and placement of the tube

3. vent mode

4. how many prescribed breaths

5. prescribed tidal volume

6. PEEP

7. FiO2

8. Ensure bag valve mask is in room

200

The gold standard diagnostic test for diagnosing a PE

The most common diagnostic test for diagnosing a PE

What is pulmonary angiograpghy (fluoroscopic procedure done under x-ray)? 

Most common: CT angiography (CTA) of the chest 

CT with contrast: Concerns for renal patients, those allergic to iodine

A NON-CONTRAST CT will not diagnose a PE! 


300

Two things we do not do as standard practice for a chest tube.

What are stripping the chest tube and clamping the chest tube periodically. 


300

3 pathologic features of ARDS

What are atelectasis, decreased lung compliance, and movement of blood in the lungs without gas exchange and oxygenation (shunting)? 


300

Three interventions that will aid in ventilation and perfusion

What are apply oxygen to maintain sats greater than 94%, position the patient for adequate lung expansion, administer medications that dilate bronchioles and decrease inflammation, use energy conserving measures (small meals, minimal self-care), cough and deep breathe, relaxation techniques

10th pg 594

9th pg 626

300

What mechanical ventilator changes could a patient expect with the following ABG results

ABG: pH 7.53, paCO2 43, HCO3 30

HINT: First analyze the ABG results

ABG results: metabolic alkalosis

How does the respiratory system compensate? decreasing rate and depth of respirations

Possible Changes to Mechanical Ventilator: Decrease the tidal volume or respiratory rate

300

The ABG trend expected in a patient with a PE

What is 

1. Hyperventilation triggers respiratory alkalosis

2. Shunting of blood triggers respiratory acidosis

3. Metabolic acidosis occurs as a result of lactic acidosis caused by tissue hypoxia

A MASSIVE PE can lead to combined metabolic and respiratory acidosis.

400

True or false: bubbling in the water-seal chamber of a chest tube indicates a leak. 

What is false. Bubbling indicates air drainage from the patient. Excessive bubbling indicates an air leak. 

A pneumothorax is an abnormal collection of air in the pleural space between the lung and the chest wall. 

Occasional intermittent bubbling  can be normal for a slowly resolving pneumothorax, but continuous bubbling  is NOT NORMAL.  Any bubbling in the air leak monitor “C” in which the bubbles move from right to left indicates a leak.  

400

Assessment findings in ARDS

What are retractions, cyanosis, dyspnea, tachypnea, decreased oxygen saturation, tachycardia, and pallor?


400

Symptoms of hypercapneic respiratory failure

What are decreased LOC, headache, drowsiness, lethargy, seizures?


400

Vented patient

pH 7.22 CO2 59 HCO3 33 PaO2 52

F 14 Vt 400 PEEP 5 FiO2 40%

The appropriate intervention(s) at this point

What are physically assess the patient, take vital signs, hyperoxygenate, notify the doctor and the respiratory therapist about the respiratory acidosis and current vent settings, expect orders to increase FiO2 and possibly PEEP?

400

True or false: A low or normal d-dimer can rule out a PE but a high d-dimer requires further diagnostic testing. 

What is true?

A D-dimer test is a blood test that checks for blood-clotting problems. It measures the amount of D-dimer, a protein your body makes to break down blood clots. A positive test means the D-dimer level in your body is higher than normal. It suggests you might have a blood clot or blood clotting problems.

500

The position/area a chest tube drainage system must be in to optimize drainage and reduce complications

What is below the level of the chest? 

500

The treatment for ARDS

What is intubation, mechanical ventilation with positive end-expiratory pressure?


500

54 yo paraplegic with COPD, admitted with acute respiratory failure. Somewhat lethargic but able to answer questions appropriately and follow commands, on 4L via NC. 

pH 7.19 CO2 138  HCO3 30 PaO2 58

Priority nursing intervention

What is notify the doctor of extreme hypercarbia and critically low PaO2 level? Anticipate orders for positive pressure ventilation.

500

The high pressure alarm is sounding on the ventilator. The nurse proceeds to...

What is assess the patient? 

Does the patient need to be suctioned? Does the patient have a pneumothorax? Is the patient biting on the ETT?

High pressure alarms- mucus plug, coughing, agitation, decreased airway related to wheezing or bronchospasm, pneumothorax, obstruction in the tubing.

500

Medications given to a patient with a PE to ensure adequate pulmonary blood flow, and the education provided to patients about these medications. 

What are 

warfarin- diet modifications, bleeding precautions, follow up lab values with physician and why (INR 2-3)

heparin- given concurrently with warfarin until INR therapeutic- bleeding precautions, need for frequent lab draws to ensure not too much or too little heparin

LMWH- given SQ in the abdomen, rotate sites, bleeding precautions

direct thrombin inhibitor- oral pill used instead of warfarin, bleeding precautions, physician follow up

All drugs may be needed for 3-6 weeks or indefinitely, depending on what else is going on with the patient. The patient needs to understand the medication will not break up the blood clot, but enables the blood to go around the clot so the lungs get circulation. The body will break down the clot.