Medical Technicians EMT Release Date

The correct answer is D. Perform manual cervical stabilization.

Key Concept: Mechanism of Injury (MOI) and Priorities

This patient fell out of a tree, which is a significant mechanism of injury. Any fall from height raises concern for:

Spinal injury (especially cervical spine)

Multisystem trauma

Why D is correct:

According to NREMT trauma priorities:

Spinal motion restriction is initiated immediately when a significant MOI is present

The first action upon patient contact is to stabilize the cervical spine manually

NREMT-aligned guidance states:

“Manual cervical stabilization should be initiated immediately in patients with suspected spinal injury.”

“Falls from height are high-risk mechanisms requiring spinal precautions.”

Why the other options are incorrect:

A. Assess for distal circulationImportant, but comes after addressing life threats and spinal stabilization

B. Realign the extremityDone later if needed, after initial stabilization and assessment

C. Perform a rapid trauma assessmentOccurs after cervical spine stabilization is initiated

Exact Extracts (NREMT-aligned EMT educational references):

“Begin manual stabilization of the cervical spine immediately.”

“High-risk mechanisms include falls from height.”

“Address life threats first before focusing on isolated extremity injuries.”

Clinical Priority Summary:

Because this is a high-risk fall, the EMT must immediately protect the cervical spine, making D the correct answer.

The correct answers are D. Aspirin administration and E. Attaching AED pads.

This patient is presenting with classic signs of acute coronary syndrome (ACS):

Crushing, midsternal chest pain

Onset with exertion

Age and risk profile

D. Aspirin administration is a priority intervention. Aspirin helps by inhibiting platelet aggregation and limiting clot formation in coronary arteries.

NREMT-aligned guidance states:

“Administer aspirin to patients with suspected cardiac chest pain.”

E. Attaching AED pads is also correct because patients with suspected cardiac ischemia are at risk for sudden cardiac arrest. Continuous cardiac monitoring (via AED pads or monitor) allows for rapid defibrillation if needed.

NREMT material emphasizes early readiness for deterioration:

“Be prepared to manage sudden cardiac arrest in patients with chest pain.”

Why the other options are incorrect:

A. Sublingual nitroglycerin administration:EMTs may only assist with nitroglycerin if it is prescribed to the patient. This patient has no prescription medications, so nitroglycerin is contraindicated.

B. 12-lead acquisition and transmission:This is typically an ALS (paramedic-level) intervention, not standard EMT scope in NREMT context.

C. Applying supplemental oxygen:The patient’s SpO₂ is 95% on room air, which does not indicate hypoxia. NREMT guidelines recommend oxygen only if SpO₂ is low or patient is in respiratory distress.

NREMT guidance:

“Oxygen should be administered based on patient need, not routinely.”

Exact Extracts:

“Administer aspirin to patients with suspected cardiac chest pain.”

“Oxygen should be given only if the patient is hypoxic or shows signs of respiratory distress.”

“Be prepared for cardiac arrest in patients with suspected myocardial infarction.”

Return of spontaneous circulation (ROSC) indicates that the patient has regained a perfusing rhythm. If the patient is pushing away the BVM, this suggests improving mental status and spontaneous respirations.

Option D is correct because NREMT post-resuscitation care requires EMTs to reassess airway, breathing, and circulation, including confirming a pulse, and transition from assisted ventilations to supplemental oxygen if the patient is breathing adequately.

Options A and B are inappropriate because restraining a post-ROSC patient is rarely indicated and may worsen agitation.

Option C omits reassessment of circulation, which is critical after ROSC.

NREMT stresses frequent reassessment and supportive care following successful resuscitation.

START (Simple Triage and Rapid Treatment) is a triage method taught by the National Registry of Emergency Medical Technicians for use in mass-casualty incidents. START allows rescuers to quickly prioritize patients based on the severity of their conditions using objective criteria that can be assessed in under 60 seconds.

The correct components of the START system are Respirations, Perfusion, and Mental Status (RPM), making Option D correct. EMTs first assess whether the patient is breathing and evaluate respiratory rate. Next, perfusion is assessed by checking radial pulse or capillary refill. Finally, mental status is evaluated by determining whether the patient can follow simple commands.

Option A describes elements of a general patient assessment, not START triage.

Option B refers to the primary assessment sequence, not mass-casualty triage.

Option C lists triage categories rather than assessment components.

NREMT emphasizes START triage as a rapid, standardized approach to manage large numbers of patients efficiently while maximizing survivability.