Chest Tubes
Pneumonia & ARDS
Pain & Diagnostics
Shock
Cardio Physio
100

The primary purpose of a pleural chest tube is.

What is to remove air/fluid/blood to restore negative pressure and re‑expand the lung?

100

Two common signs of bacterial pneumonia.

What is a fever, a productive cough, and pleuritic chest pain/dyspnea?

100

Four phases of nociception.

What are transduction, transmission, perception, and modulation?

100

Define shock in one line.

Acute circulatory failure causes inadequate tissue perfusion and cellular hypoxia.

100

Equation for cardiac output and two determinants of SV.


CO = SV × HR; SV determinants: preload, afterload, contractility.

200

Where should the drainage system be kept relative to the chest?

What is always below chest level to prevent backflow?


200

Initial pneumonia management priority after cultures.

What is the start prescribed antibiotics and oxygen to target SpO₂?

200

Define tolerance vs. dependence.

Tolerance = need for a higher dose; dependence = withdrawal on abrupt stop.

200

Name two types of distributive shock.

What is septic and anaphylactic (also neurogenic)?

200

Pacemaker of the heart and normal rate.

SA node; ~60–100 bpm.

300

Normal water‑seal finding vs. sign of air leak.

What is tidaling (on inspiration/expiration)? Regular, continuous vigorous bubbling indicates an air leak.

300

ARDS hallmark regarding oxygenation. 

What is severe hypoxemia refractory to conventional oxygen therapy?

300

One key nurse's responsibility before a procedure.


What is verified informed consent and pre‑procedure orders (e.g., NPO, meds)?

300

Early general sign of shock and a key lab marker.

What is tachycardia? Elevated lactate from anaerobic metabolism.

300

Define lung compliance. 

Ease of lung expansion: low in fibrosis/ARDS, high in emphysema.

400

Two assessment points for safety.

What is the check dressing/site and all connections? Monitor drainage amount/colour and respiratory status.

400

Positioning intervention for refractory ARDS.

Prone positioning to improve oxygenation. 

400

Essential monitoring during moderate sedation.

What is continuous airway/ventilation and oxygenation, VS, sedation level, and readiness for rescue?

400

Initial fluid choice and exception.

Isotonic crystalloids: normal salines & lactated Ringer'. 

400

Primary drive for ventilation in healthy adults.

CO2 (via central chemoreceptors). 

500

Action if tubing disconnects momentarily. Who can remove chest tubes? 

Have the patient exhale/cough, cleanse and reconnect. If contaminated, place the end in sterile water and notify the provider per policy.

Who are Doctors & NP's

500

A patient with severe pneumonia has worsening hypoxemia on high-flow O₂. CXR shows bilateral infiltrates. BNP is normal, and bedside echo shows normal LV function.

What condition does this most strongly suggest?

What is ARDS (non-cardiogenic pulmonary edema) — bilateral opacities with refractory hypoxemia and no evidence of LV failure.

500

One item that must be documented post‑procedure.

What are the VS trends, meds given (dose/route/time), patient response, site assessment, and teaching provided?

500

First‑line for anaphylaxis, along with airway/oxygen.

What are Epinephrine IM promptly, plus fluids and adjuncts (antihistamines, steroids). 

500

•Effect of left vs. right HF on circulation (one each).

Left HF: pulmonary congestion

Right HF: systemic venous congestion/edema.