Elite Universal Test
Bank: New Mexico
EMS/Paramedic State
Protocol Mastery
PART 0: THE NAVIGATOR
● Tier 1 (Questions 1–28) - Foundational Syntax & Application: Assessment of definitive
New Mexico Administrative Code (NMAC 7.27.11) scope limitations, core pharmacologic
dosing, and primary diagnostic thresholds.
● Tier 2 (Questions 29–58) - Complex Application & Simulation: Scenario-based
evaluation of dynamic patient presentations requiring prioritized interventions based on
New Mexico Treatment Guidelines.
● Tier 3 (Questions 59–88) - Grandmaster Synthesis: High-stakes, multi-variable
environments demanding seamless integration of Critical Care Transport (CCT), Mobile
Integrated Health (MIH), and advanced clinical intuition to avert systemic failure.
PART I: THE PRIMER
Mastery of this test bank forges the elite prehospital clinician, transforming rote protocol
memorization into lethal, split-second clinical execution. Absolute adherence to the mechanistic
logic presented herein directly translates to superior patient survivability and flawless
professional governance within the New Mexico EMS architecture.
The 2025/2026 New Mexico EMS operational landscape demands absolute precision. The
integration of Mobile Integrated Health (MIH) and Critical Care Transport (CCT) scopes expands
the paramedic's battlefield from the living room to the intensive care unit. Below are the
non-negotiable operational truths and standard pharmacological ranges derived from the current
NMAC 7.27.11 revisions.
● The LVO Bypass Axiom: A Los Angeles Motor Scale (LAMS) score of \ge 4 dictates
immediate classification as a Large Vessel Occlusion (LVO) Stroke Alert. You must
bypass Primary Stroke Centers and transport directly to a Level I Comprehensive Stroke
Center (CSC) to facilitate mechanical thrombectomy.
● The Resuscitation Futility Principle: The "Pit Crew" model demands continuous,
uninterrupted compressions. If an EMS Do Not Resuscitate (DNR) or Medical Orders for
Scope of Treatment (MOST) form is questioned, or indications of homicide exist,
resuscitation must be initiated immediately while contacting medical control.
● The Pharmacologic Escalation Rule: Drug dosing is mathematically absolute. Review
the core 2026 formulary mandates below.
Medication Indication Adult Dose Pediatric Dose
Amiodarone Pulseless VF/pVT 300 mg initial; 150 mg 5 mg/kg IV/IO
repeat
,Medication Indication Adult Dose Pediatric Dose
Adenosine Regular Narrow SVT 6 mg, then 12 mg, then 0.1 mg/kg (max 6), then
12 mg 0.2 mg/kg (max 12)
Albuterol Hyperkalemia 20 mg nebulized 20 mg nebulized
Magnesium Sulfate Eclampsia 2–4 g slow IV push N/A
Ketamine Analgesia / Sedation 0.3 mg/kg IV Protocol specific
(Analgesia)
Acetaminophen Fever / Mild Pain 650 mg PO 10–15 mg/kg PO
PART II: THE ELITE TEST BANK
Tier 1 - Foundational Syntax & Application
Q1: A patient presents in pulseless Ventricular Tachycardia. High-performance Pit Crew CPR is
underway. Following the administration of Epinephrine, the protocol dictates the administration
of Amiodarone. What is the MOST ACCURATE initial dosing and subsequent sequence under
New Mexico guidelines? A) 150 mg rapid IV/IO bolus, followed by a 1.0 mg/min maintenance
infusion. B) 5 mg/kg rapid IV/IO bolus, repeated every 3-5 minutes. C) 300 mg rapid IV/IO bolus,
followed by a single repeat dose of 150 mg in 3-5 minutes. D) 300 mg infused over 10 minutes,
followed by a 150 mg rapid IV/IO bolus.
● The Answer: C (300 mg rapid IV/IO bolus, followed by a single repeat dose of 150 mg in
3-5 minutes.)
● Distractor Analysis:
○ A is incorrect: This reflects the dosing algorithm for sustained VT with a pulse, not
pulseless arrest.
○ B is incorrect: This represents the pediatric cardiac arrest dosing algorithm, which is
inappropriate for an adult scenario.
○ D is incorrect: This reverses the administration speed and sequence, creating a
lethal delay in antidysrhythmic delivery during arrest.
The Mentor's Analysis: Defibrillation and continuous compressions reign supreme in arrest, but
refractory electrical storms require precise pharmacologic suppression. Amiodarone requires a
massive initial loading dose to achieve tissue concentration during circulatory collapse.
Professional/Academic Intuition: In pulseless arrest, blast the 300 mg dose; save the
slow infusions for the perfusing patient.
Q2: A 65-year-old male presents with unilateral facial droop, arm drift, and slurred speech. The
Los Angeles Motor Scale (LAMS) score is calculated at 5. Based on New Mexico EMS
treatment guidelines, which destination decision is the MOST APPROPRIATE? A) Transport to
the closest Level IV facility for immediate non-contrast CT stabilization. B) Transport to the
closest Primary Stroke Center (PSC) for tPA administration. C) Transport directly to a Level I
Comprehensive Stroke Center (CSC) for suspected Large Vessel Occlusion (LVO). D) Initiate a
Mobile Integrated Health (MIH) referral for outpatient neurology evaluation.
● The Answer: C (Transport directly to a Level I Comprehensive Stroke Center (CSC) for
suspected Large Vessel Occlusion (LVO).)
● Distractor Analysis:
○ A is incorrect: Level IV facilities lack the interventional neurology capabilities
required for definitive LVO management.
○ B is incorrect: While tPA is vital, a LAMS \ge 4 indicates an LVO, which
mechanically necessitates endovascular thrombectomy only available at a CSC.
, ○ D is incorrect: MIH protocols are strictly reserved for non-acute, chronic care
interventions, not active cerebral ischemia.
The Mentor's Analysis: Prehospital stroke scales do not just diagnose stroke; they stratify the
anatomical severity of the occlusion. A high LAMS score guarantees a clot too large for
chemical lysis alone. Professional/Academic Intuition: Time is brain, but destination is
definitive; bypass primary centers when mechanical thrombectomy is clinically
mandated.
Q3: According to NMAC 7.27.11, a paramedic credentialed in Critical Care Transport (CCT) is
authorized to perform advanced interventions during inter-facility transport. Which of the
following therapies is EXCLUSIVELY reserved for the CCT paramedic? A) Administration of
nebulized Albuterol for hyperkalemia. B) Maintenance of a crystalloid infusion at a
keep-vein-open (KVO) rate. C) Monitoring and management of a Left Ventricular Assist Device
(LVAD). D) Administration of intranasal Naloxone for opiate toxicity.
● The Answer: C (Monitoring and management of a Left Ventricular Assist Device (LVAD).)
● Distractor Analysis:
○ A is incorrect: High-dose Albuterol (20 mg) for hyperkalemia is within the standard
paramedic scope.
○ B is incorrect: Crystalloid infusion maintenance is a foundational Advanced Life
Support (ALS) skill.
○ D is incorrect: Naloxone administration is authorized across all prehospital tiers,
including Basic Life Support (BLS).
The Mentor's Analysis: The CCT designation bridges the gap between the Intensive Care Unit
and the prehospital environment. Hemodynamic assist devices represent the pinnacle of
mechanical perfusion support. Professional/Academic Intuition: Standard paramedics
manipulate physiology; CCT paramedics manipulate external mechanical physiology.
Q4: A renal failure patient presents with peaked T-waves and widened QRS complexes,
indicative of severe hyperkalemia. Alongside calcium administration to stabilize the myocardium,
the New Mexico EMS formulary authorizes the use of Albuterol to shift potassium intracellularly.
What is the CORRECT protocol dosage for this specific indication? A) 2.5 mg nebulized. B) 5.0
mg nebulized, repeated once. C) 20 mg nebulized. D) 0.5 mg/kg via continuous infusion.
● The Answer: C (20 mg nebulized.)
● Distractor Analysis:
○ A is incorrect: This is a sub-therapeutic dose typically reserved for mild pediatric
bronchospasm.
○ B is incorrect: This is the standard adult dose for wheezing/respiratory distress,
insufficient for a systemic electrolyte shift.
○ D is incorrect: This represents a theoretical Aminophylline dosing structure, entirely
unrelated to Albuterol.
The Mentor's Analysis: Beta-2 agonism actively drives potassium into the intracellular space,
lowering serum potassium levels and averting lethal dysrhythmias. However, standard
respiratory dosing is mechanistically inadequate to achieve this metabolic shift.
Professional/Academic Intuition: Hyperkalemia demands a massive beta-2 surge; utilize
the 20 mg protocol dose to force the intracellular shift.
Q5: An elite EMS team responds to a cardiac arrest. A family member presents an EMS Do Not
Resuscitate (DNR) order, but the document lacks the required physician signature, and the
patient's spouse demands intervention. According to New Mexico protocol, what is the
IMMEDIATE required action? A) Honor the incomplete DNR, as the presence of the form implies
intent. B) Contact the service medical director for retrospective authorization to terminate. C)
, Initiate full resuscitation protocols and contact medical control for consultation. D) Perform only
"comfort care" measures, including passive oxygenation without compressions.
● The Answer: C (Initiate full resuscitation protocols and contact medical control for
consultation.)
● Distractor Analysis:
○ A is incorrect: An invalid or legally incomplete document cannot override the
presumptive duty to act.
○ B is incorrect: Medical control must be contacted dynamically, not retrospectively,
during an active clinical dispute.
○ D is incorrect: "Comfort care" in the setting of contested arrest equates to clinical
negligence.
The Mentor's Analysis: Prehospital law mandates absolute clarity before withdrawing life-saving
care. Ambiguity in documentation, coupled with familial dispute, legally nullifies the presumptive
protection of the advance directive in the field. Professional/Academic Intuition: When in
doubt, resuscitate; shift the burden of termination to the online medical control
physician.
Q6: A patient in a rural setting (transport time > 2 hours) suffers an isolated, anterior shoulder
dislocation. The attending paramedic holds a bureau-approved Wilderness Certification. Under
NMAC 7.27.11 protocols, which action is MOST ACCURATE regarding joint reduction? A)
Standard paramedics may reduce the joint immediately to restore perfusion. B) The
wilderness-certified paramedic may attempt reduction due to the extended transport time. C)
Joint reduction is strictly prohibited in the prehospital environment under all circumstances. D)
Administration of Ketamine for procedural sedation is mandated prior to any BLS maneuver.
● The Answer: B (The wilderness-certified paramedic may attempt reduction due to the
extended transport time.)
● Distractor Analysis:
○ A is incorrect: Standard paramedics are not authorized to perform joint reductions
outside of specific wilderness protocols.
○ C is incorrect: The wilderness protocol explicitly provides an exception for this
intervention to prevent ischemic damage during prolonged extrications.
○ D is incorrect: While analgesia is appropriate, Ketamine is not universally mandated
as a prerequisite for mechanical manipulation.
The Mentor's Analysis: Prolonged neurovascular compromise leads to irreversible limb
morbidity. The Wilderness Certification empowers the provider to perform definitive mechanical
corrections when geography precludes rapid surgical intervention. Professional/Academic
Intuition: Context dictates scope; extended transport times activate the wilderness
operational framework.
Q7: A stable adult patient presents with a regular, narrow-complex tachycardia at a rate of 180
bpm. Vagal maneuvers have failed. Protocol dictates the administration of Adenosine. Which
administration sequence represents the MAXIMUM allowable dosing under New Mexico
guidelines? A) 6 mg, followed by 12 mg, followed by 12 mg. B) 12 mg, followed by 12 mg. C) 6
mg, followed by 6 mg, followed by 12 mg. D) 0.1 mg/kg, followed by 0.2 mg/kg.
● The Answer: A (6 mg, followed by 12 mg, followed by 12 mg.)
● Distractor Analysis:
○ B is incorrect: Skipping the initial 6 mg dose violates the escalating diagnostic
protocol and increases the risk of prolonged asystole.
○ C is incorrect: The protocol dictates a rapid escalation to 12 mg after the initial 6 mg
failure, not a repetition of the sub-therapeutic dose.
Bank: New Mexico
EMS/Paramedic State
Protocol Mastery
PART 0: THE NAVIGATOR
● Tier 1 (Questions 1–28) - Foundational Syntax & Application: Assessment of definitive
New Mexico Administrative Code (NMAC 7.27.11) scope limitations, core pharmacologic
dosing, and primary diagnostic thresholds.
● Tier 2 (Questions 29–58) - Complex Application & Simulation: Scenario-based
evaluation of dynamic patient presentations requiring prioritized interventions based on
New Mexico Treatment Guidelines.
● Tier 3 (Questions 59–88) - Grandmaster Synthesis: High-stakes, multi-variable
environments demanding seamless integration of Critical Care Transport (CCT), Mobile
Integrated Health (MIH), and advanced clinical intuition to avert systemic failure.
PART I: THE PRIMER
Mastery of this test bank forges the elite prehospital clinician, transforming rote protocol
memorization into lethal, split-second clinical execution. Absolute adherence to the mechanistic
logic presented herein directly translates to superior patient survivability and flawless
professional governance within the New Mexico EMS architecture.
The 2025/2026 New Mexico EMS operational landscape demands absolute precision. The
integration of Mobile Integrated Health (MIH) and Critical Care Transport (CCT) scopes expands
the paramedic's battlefield from the living room to the intensive care unit. Below are the
non-negotiable operational truths and standard pharmacological ranges derived from the current
NMAC 7.27.11 revisions.
● The LVO Bypass Axiom: A Los Angeles Motor Scale (LAMS) score of \ge 4 dictates
immediate classification as a Large Vessel Occlusion (LVO) Stroke Alert. You must
bypass Primary Stroke Centers and transport directly to a Level I Comprehensive Stroke
Center (CSC) to facilitate mechanical thrombectomy.
● The Resuscitation Futility Principle: The "Pit Crew" model demands continuous,
uninterrupted compressions. If an EMS Do Not Resuscitate (DNR) or Medical Orders for
Scope of Treatment (MOST) form is questioned, or indications of homicide exist,
resuscitation must be initiated immediately while contacting medical control.
● The Pharmacologic Escalation Rule: Drug dosing is mathematically absolute. Review
the core 2026 formulary mandates below.
Medication Indication Adult Dose Pediatric Dose
Amiodarone Pulseless VF/pVT 300 mg initial; 150 mg 5 mg/kg IV/IO
repeat
,Medication Indication Adult Dose Pediatric Dose
Adenosine Regular Narrow SVT 6 mg, then 12 mg, then 0.1 mg/kg (max 6), then
12 mg 0.2 mg/kg (max 12)
Albuterol Hyperkalemia 20 mg nebulized 20 mg nebulized
Magnesium Sulfate Eclampsia 2–4 g slow IV push N/A
Ketamine Analgesia / Sedation 0.3 mg/kg IV Protocol specific
(Analgesia)
Acetaminophen Fever / Mild Pain 650 mg PO 10–15 mg/kg PO
PART II: THE ELITE TEST BANK
Tier 1 - Foundational Syntax & Application
Q1: A patient presents in pulseless Ventricular Tachycardia. High-performance Pit Crew CPR is
underway. Following the administration of Epinephrine, the protocol dictates the administration
of Amiodarone. What is the MOST ACCURATE initial dosing and subsequent sequence under
New Mexico guidelines? A) 150 mg rapid IV/IO bolus, followed by a 1.0 mg/min maintenance
infusion. B) 5 mg/kg rapid IV/IO bolus, repeated every 3-5 minutes. C) 300 mg rapid IV/IO bolus,
followed by a single repeat dose of 150 mg in 3-5 minutes. D) 300 mg infused over 10 minutes,
followed by a 150 mg rapid IV/IO bolus.
● The Answer: C (300 mg rapid IV/IO bolus, followed by a single repeat dose of 150 mg in
3-5 minutes.)
● Distractor Analysis:
○ A is incorrect: This reflects the dosing algorithm for sustained VT with a pulse, not
pulseless arrest.
○ B is incorrect: This represents the pediatric cardiac arrest dosing algorithm, which is
inappropriate for an adult scenario.
○ D is incorrect: This reverses the administration speed and sequence, creating a
lethal delay in antidysrhythmic delivery during arrest.
The Mentor's Analysis: Defibrillation and continuous compressions reign supreme in arrest, but
refractory electrical storms require precise pharmacologic suppression. Amiodarone requires a
massive initial loading dose to achieve tissue concentration during circulatory collapse.
Professional/Academic Intuition: In pulseless arrest, blast the 300 mg dose; save the
slow infusions for the perfusing patient.
Q2: A 65-year-old male presents with unilateral facial droop, arm drift, and slurred speech. The
Los Angeles Motor Scale (LAMS) score is calculated at 5. Based on New Mexico EMS
treatment guidelines, which destination decision is the MOST APPROPRIATE? A) Transport to
the closest Level IV facility for immediate non-contrast CT stabilization. B) Transport to the
closest Primary Stroke Center (PSC) for tPA administration. C) Transport directly to a Level I
Comprehensive Stroke Center (CSC) for suspected Large Vessel Occlusion (LVO). D) Initiate a
Mobile Integrated Health (MIH) referral for outpatient neurology evaluation.
● The Answer: C (Transport directly to a Level I Comprehensive Stroke Center (CSC) for
suspected Large Vessel Occlusion (LVO).)
● Distractor Analysis:
○ A is incorrect: Level IV facilities lack the interventional neurology capabilities
required for definitive LVO management.
○ B is incorrect: While tPA is vital, a LAMS \ge 4 indicates an LVO, which
mechanically necessitates endovascular thrombectomy only available at a CSC.
, ○ D is incorrect: MIH protocols are strictly reserved for non-acute, chronic care
interventions, not active cerebral ischemia.
The Mentor's Analysis: Prehospital stroke scales do not just diagnose stroke; they stratify the
anatomical severity of the occlusion. A high LAMS score guarantees a clot too large for
chemical lysis alone. Professional/Academic Intuition: Time is brain, but destination is
definitive; bypass primary centers when mechanical thrombectomy is clinically
mandated.
Q3: According to NMAC 7.27.11, a paramedic credentialed in Critical Care Transport (CCT) is
authorized to perform advanced interventions during inter-facility transport. Which of the
following therapies is EXCLUSIVELY reserved for the CCT paramedic? A) Administration of
nebulized Albuterol for hyperkalemia. B) Maintenance of a crystalloid infusion at a
keep-vein-open (KVO) rate. C) Monitoring and management of a Left Ventricular Assist Device
(LVAD). D) Administration of intranasal Naloxone for opiate toxicity.
● The Answer: C (Monitoring and management of a Left Ventricular Assist Device (LVAD).)
● Distractor Analysis:
○ A is incorrect: High-dose Albuterol (20 mg) for hyperkalemia is within the standard
paramedic scope.
○ B is incorrect: Crystalloid infusion maintenance is a foundational Advanced Life
Support (ALS) skill.
○ D is incorrect: Naloxone administration is authorized across all prehospital tiers,
including Basic Life Support (BLS).
The Mentor's Analysis: The CCT designation bridges the gap between the Intensive Care Unit
and the prehospital environment. Hemodynamic assist devices represent the pinnacle of
mechanical perfusion support. Professional/Academic Intuition: Standard paramedics
manipulate physiology; CCT paramedics manipulate external mechanical physiology.
Q4: A renal failure patient presents with peaked T-waves and widened QRS complexes,
indicative of severe hyperkalemia. Alongside calcium administration to stabilize the myocardium,
the New Mexico EMS formulary authorizes the use of Albuterol to shift potassium intracellularly.
What is the CORRECT protocol dosage for this specific indication? A) 2.5 mg nebulized. B) 5.0
mg nebulized, repeated once. C) 20 mg nebulized. D) 0.5 mg/kg via continuous infusion.
● The Answer: C (20 mg nebulized.)
● Distractor Analysis:
○ A is incorrect: This is a sub-therapeutic dose typically reserved for mild pediatric
bronchospasm.
○ B is incorrect: This is the standard adult dose for wheezing/respiratory distress,
insufficient for a systemic electrolyte shift.
○ D is incorrect: This represents a theoretical Aminophylline dosing structure, entirely
unrelated to Albuterol.
The Mentor's Analysis: Beta-2 agonism actively drives potassium into the intracellular space,
lowering serum potassium levels and averting lethal dysrhythmias. However, standard
respiratory dosing is mechanistically inadequate to achieve this metabolic shift.
Professional/Academic Intuition: Hyperkalemia demands a massive beta-2 surge; utilize
the 20 mg protocol dose to force the intracellular shift.
Q5: An elite EMS team responds to a cardiac arrest. A family member presents an EMS Do Not
Resuscitate (DNR) order, but the document lacks the required physician signature, and the
patient's spouse demands intervention. According to New Mexico protocol, what is the
IMMEDIATE required action? A) Honor the incomplete DNR, as the presence of the form implies
intent. B) Contact the service medical director for retrospective authorization to terminate. C)
, Initiate full resuscitation protocols and contact medical control for consultation. D) Perform only
"comfort care" measures, including passive oxygenation without compressions.
● The Answer: C (Initiate full resuscitation protocols and contact medical control for
consultation.)
● Distractor Analysis:
○ A is incorrect: An invalid or legally incomplete document cannot override the
presumptive duty to act.
○ B is incorrect: Medical control must be contacted dynamically, not retrospectively,
during an active clinical dispute.
○ D is incorrect: "Comfort care" in the setting of contested arrest equates to clinical
negligence.
The Mentor's Analysis: Prehospital law mandates absolute clarity before withdrawing life-saving
care. Ambiguity in documentation, coupled with familial dispute, legally nullifies the presumptive
protection of the advance directive in the field. Professional/Academic Intuition: When in
doubt, resuscitate; shift the burden of termination to the online medical control
physician.
Q6: A patient in a rural setting (transport time > 2 hours) suffers an isolated, anterior shoulder
dislocation. The attending paramedic holds a bureau-approved Wilderness Certification. Under
NMAC 7.27.11 protocols, which action is MOST ACCURATE regarding joint reduction? A)
Standard paramedics may reduce the joint immediately to restore perfusion. B) The
wilderness-certified paramedic may attempt reduction due to the extended transport time. C)
Joint reduction is strictly prohibited in the prehospital environment under all circumstances. D)
Administration of Ketamine for procedural sedation is mandated prior to any BLS maneuver.
● The Answer: B (The wilderness-certified paramedic may attempt reduction due to the
extended transport time.)
● Distractor Analysis:
○ A is incorrect: Standard paramedics are not authorized to perform joint reductions
outside of specific wilderness protocols.
○ C is incorrect: The wilderness protocol explicitly provides an exception for this
intervention to prevent ischemic damage during prolonged extrications.
○ D is incorrect: While analgesia is appropriate, Ketamine is not universally mandated
as a prerequisite for mechanical manipulation.
The Mentor's Analysis: Prolonged neurovascular compromise leads to irreversible limb
morbidity. The Wilderness Certification empowers the provider to perform definitive mechanical
corrections when geography precludes rapid surgical intervention. Professional/Academic
Intuition: Context dictates scope; extended transport times activate the wilderness
operational framework.
Q7: A stable adult patient presents with a regular, narrow-complex tachycardia at a rate of 180
bpm. Vagal maneuvers have failed. Protocol dictates the administration of Adenosine. Which
administration sequence represents the MAXIMUM allowable dosing under New Mexico
guidelines? A) 6 mg, followed by 12 mg, followed by 12 mg. B) 12 mg, followed by 12 mg. C) 6
mg, followed by 6 mg, followed by 12 mg. D) 0.1 mg/kg, followed by 0.2 mg/kg.
● The Answer: A (6 mg, followed by 12 mg, followed by 12 mg.)
● Distractor Analysis:
○ B is incorrect: Skipping the initial 6 mg dose violates the escalating diagnostic
protocol and increases the risk of prolonged asystole.
○ C is incorrect: The protocol dictates a rapid escalation to 12 mg after the initial 6 mg
failure, not a repetition of the sub-therapeutic dose.
