Connecticut Statewide
EMS Protocols Test Bank
| S-Tier Master Study
Guide & Exam Prep
PART 0: THE TABLE OF CONTENTS
Section Cognitive Tier Focus Area
PART I The Preview Critical Axioms & Hard-Deck
Limitations
PART II Narrative Synthesis Evolution of CEMSMAC
Protocols (v2025.1 - v2025.2)
PART III Tier 1: Questions 1–10 Foundational Syntax, Dosing &
Core Application
PART III Tier 2: Questions 11–20 Complex Application,
Single-Variable Manipulation
PART III Tier 3: Questions 21–30 Grandmaster Synthesis,
High-Stakes Simulation
PART I: THE PREVIEW
Mastery of the Connecticut Statewide EMS Protocols is not achieved through rote
memorization, but through the seamless operationalization of critical limits, pharmacological
thresholds, and tiered cognitive decision-making. This assessment will strip away legacy
misconceptions and forge your clinical intuition to mirror the exact expectations of regional
medical oversight and top-tier clinical operations.
The "Critical Axioms" Cheat Sheet:
● Hemorrhage Control & TXA: Tranexamic Acid (TXA) dosing is strictly 2 grams in 10 mL
(200 mg/mL) IV/IO via syringe bolus over at least 1 minute.
● Hypothermia Resuscitation: In severe hypothermia, limit epinephrine to 3 doses spaced
6–10 minutes apart. Avoid transcutaneous pacing. Do not terminate CPR until core
temperature exceeds 32°C (90°F) without ROSC.
● Hyperkalemia Stabilization: Calcium gluconate (3 grams) is preferred for patients with a
pulse. Calcium chloride is highly irritating to veins and risks severe necrosis if
extravasation occurs.
● Hypoglycemic Thresholds: Hypoglycemia is definitively established as a blood glucose
level <60 mg/dL associated with altered mental status. D10% is heavily preferred over
D50% to minimize extravasation injury and rebound hyperglycemia.
, ● Airway Paradigm Shift: Supraglottic airways (SGAs) should not routinely be transitioned
to Endotracheal Tubes (ETTs) if the SGA is properly ventilating and oxygenating.
PART II: NARRATIVE SYNTHESIS
The release of the Connecticut Statewide EMS Protocols v2025.1 and the subsequent v2025.2
revision represent a paradigm shift engineered by the Connecticut EMS Medical Advisory
Committee (CEMSMAC). These protocols bridge the gap between aggressive prehospital
resuscitation and the rigorous demands of modern emergency medicine. The overarching
theme of these revisions is the downward migration of critical, non-narcotic interventions to
intermediate providers (AEMTs), paired with an intense focus on minimizing iatrogenic harm
during advanced life support procedures.
The Downward Migration of Multimodal Analgesia
Historically, prehospital pain management was heavily reliant on Paramedic-administered
opioids. The v2025 protocols deconstruct this reliance by formally shifting Intravenous (IV),
Intraosseous (IO), and Per Os (PO) Acetaminophen into the Advanced Emergency Medical
Technician (AEMT) scope of practice. This structural change recognizes that multimodal
analgesia—specifically the early administration of non-opioid adjuncts—drastically reduces the
overall opioid requirement. AEMTs are now empowered to treat severe pain and fever
immediately, preserving Paramedic bandwidth for complex hemodynamic or airway
management.
Furthermore, Ketorolac (Toradol) administration requires heightened vigilance. The updated
Adult Pain Management protocol specifically introduces "anticoagulation" as an absolute red
flag contraindication for NSAIDs. Administering Ketorolac to a patient on systemic blood
thinners invites catastrophic hemorrhage, highlighting the CEMSMAC's pivot toward precision
pharmacology.
Pharmacological Agent Target Scope Key Protocol Modifications
(v2025.2)
Acetaminophen AEMT / Paramedic IV/IO/PO routes migrated to
AEMT for both Fever and Pain
Management.
Ondansetron AEMT / Paramedic Moved to AEMT. Pediatric OTC
equivalent cut-off modified from
5 years to >20 kg.
Diphenhydramine AEMT / Paramedic Moved to AEMT for adult
allergic reactions. Specifically
noted as antidote for dystonic
reactions.
Suboxone (Buprenorphine) Paramedic Authorized for precipitated
withdrawal (COWS >= 5) even
without prior EMS Naloxone
administration.
Resuscitation and Airway Kinetics
The management of cardiac arrest and peri-arrest airways has been fundamentally
, re-engineered to protect the "lethal triad" of resuscitation: compressions, electricity, and
continuous oxygenation. The v2025.2 protocols explicitly mandate that a functioning
Supraglottic Airway (SGA) achieving adequate chest rise and capnography waveforms should
not be swapped for an Endotracheal Tube (ETT). This directive eliminates the lethal pauses in
compressions associated with prehospital intubation attempts.
Timing of advanced airway placement is now strictly dictated by the presenting rhythm. In
shockable rhythms (VF/pVT), the myocardium requires immediate electrical and mechanical
therapy; thus, advanced airways are delayed until after 4 cycles (8 minutes) of
high-performance CPR. Conversely, in non-shockable rhythms (Asystole/PEA), which are
primarily driven by asphyxia or hypoxia, the protocol accelerates airway placement to after just 1
cycle (2 minutes) to rapidly reverse the underlying etiology.
Interfacility Transport (IFT) Optimization
The integration of specialized Interfacility Transport (IFT) Best Practices into the statewide
ecosystem ensures that EMS functions as a seamless extension of the intensive care unit. IFT
parameters strictly demand adherence to specific physiological goals generated by sending
physicians, rather than autonomous field interpretations. For example, the continuous infusion
of sedatives (such as Propofol or Dexmedetomidine) requires relentless titration to maintain a
targeted Richmond Agitation-Sedation Scale (RASS) score, usually between -1 and +1, while
fiercely guarding the Mean Arterial Pressure (MAP).
A rigorous Quality Assurance and Quality Improvement (QA/QI) framework now underpins all
IFT operations. Any clinical deterioration, adverse event, or near-miss during transport requires
a 100% mandatory review metric. This ensures immediate reporting to the receiving facility and
the subsequent development of non-punitive action plans, fostering a culture of high-reliability
medicine across the Connecticut EMS landscape.
PART III: THE ELITE TEST BANK
Tier 1: Foundational Syntax & Application
Q1: An AEMT is managing an adult patient with severe non-traumatic lower back pain. Vital
signs are stable. Based on the expanded Scope of Practice in the v2025.2 protocols, which
analgesic intervention is the MOST APPROPRIATE for the AEMT to initiate? A) Fentanyl 1
mcg/kg IV push B) Ketamine 0.15 mg/kg IV slow push C) Acetaminophen 650–1000 mg
IV/IO/PO D) Morphine Sulfate 0.1 mg/kg IM
● The Answer: C (Acetaminophen 650–1000 mg IV/IO/PO)
● Distractor Analysis:
○ A is incorrect: Fentanyl remains restricted to Paramedic standing orders for opioid
analgesia.
○ B is incorrect: Ketamine administration for pain management is exclusively a
Paramedic-level intervention.
○ D is incorrect: Morphine is a Schedule II narcotic and is not within the AEMT scope
of practice.
The Mentor's Analysis: The v2025 updates explicitly migrated IV/IO/PO Acetaminophen from
the Paramedic scope to the AEMT scope to expedite non-opioid pain management. By
leveraging this, AEMTs can provide aggressive, multimodal analgesia prior to ALS arrival or
EMS Protocols Test Bank
| S-Tier Master Study
Guide & Exam Prep
PART 0: THE TABLE OF CONTENTS
Section Cognitive Tier Focus Area
PART I The Preview Critical Axioms & Hard-Deck
Limitations
PART II Narrative Synthesis Evolution of CEMSMAC
Protocols (v2025.1 - v2025.2)
PART III Tier 1: Questions 1–10 Foundational Syntax, Dosing &
Core Application
PART III Tier 2: Questions 11–20 Complex Application,
Single-Variable Manipulation
PART III Tier 3: Questions 21–30 Grandmaster Synthesis,
High-Stakes Simulation
PART I: THE PREVIEW
Mastery of the Connecticut Statewide EMS Protocols is not achieved through rote
memorization, but through the seamless operationalization of critical limits, pharmacological
thresholds, and tiered cognitive decision-making. This assessment will strip away legacy
misconceptions and forge your clinical intuition to mirror the exact expectations of regional
medical oversight and top-tier clinical operations.
The "Critical Axioms" Cheat Sheet:
● Hemorrhage Control & TXA: Tranexamic Acid (TXA) dosing is strictly 2 grams in 10 mL
(200 mg/mL) IV/IO via syringe bolus over at least 1 minute.
● Hypothermia Resuscitation: In severe hypothermia, limit epinephrine to 3 doses spaced
6–10 minutes apart. Avoid transcutaneous pacing. Do not terminate CPR until core
temperature exceeds 32°C (90°F) without ROSC.
● Hyperkalemia Stabilization: Calcium gluconate (3 grams) is preferred for patients with a
pulse. Calcium chloride is highly irritating to veins and risks severe necrosis if
extravasation occurs.
● Hypoglycemic Thresholds: Hypoglycemia is definitively established as a blood glucose
level <60 mg/dL associated with altered mental status. D10% is heavily preferred over
D50% to minimize extravasation injury and rebound hyperglycemia.
, ● Airway Paradigm Shift: Supraglottic airways (SGAs) should not routinely be transitioned
to Endotracheal Tubes (ETTs) if the SGA is properly ventilating and oxygenating.
PART II: NARRATIVE SYNTHESIS
The release of the Connecticut Statewide EMS Protocols v2025.1 and the subsequent v2025.2
revision represent a paradigm shift engineered by the Connecticut EMS Medical Advisory
Committee (CEMSMAC). These protocols bridge the gap between aggressive prehospital
resuscitation and the rigorous demands of modern emergency medicine. The overarching
theme of these revisions is the downward migration of critical, non-narcotic interventions to
intermediate providers (AEMTs), paired with an intense focus on minimizing iatrogenic harm
during advanced life support procedures.
The Downward Migration of Multimodal Analgesia
Historically, prehospital pain management was heavily reliant on Paramedic-administered
opioids. The v2025 protocols deconstruct this reliance by formally shifting Intravenous (IV),
Intraosseous (IO), and Per Os (PO) Acetaminophen into the Advanced Emergency Medical
Technician (AEMT) scope of practice. This structural change recognizes that multimodal
analgesia—specifically the early administration of non-opioid adjuncts—drastically reduces the
overall opioid requirement. AEMTs are now empowered to treat severe pain and fever
immediately, preserving Paramedic bandwidth for complex hemodynamic or airway
management.
Furthermore, Ketorolac (Toradol) administration requires heightened vigilance. The updated
Adult Pain Management protocol specifically introduces "anticoagulation" as an absolute red
flag contraindication for NSAIDs. Administering Ketorolac to a patient on systemic blood
thinners invites catastrophic hemorrhage, highlighting the CEMSMAC's pivot toward precision
pharmacology.
Pharmacological Agent Target Scope Key Protocol Modifications
(v2025.2)
Acetaminophen AEMT / Paramedic IV/IO/PO routes migrated to
AEMT for both Fever and Pain
Management.
Ondansetron AEMT / Paramedic Moved to AEMT. Pediatric OTC
equivalent cut-off modified from
5 years to >20 kg.
Diphenhydramine AEMT / Paramedic Moved to AEMT for adult
allergic reactions. Specifically
noted as antidote for dystonic
reactions.
Suboxone (Buprenorphine) Paramedic Authorized for precipitated
withdrawal (COWS >= 5) even
without prior EMS Naloxone
administration.
Resuscitation and Airway Kinetics
The management of cardiac arrest and peri-arrest airways has been fundamentally
, re-engineered to protect the "lethal triad" of resuscitation: compressions, electricity, and
continuous oxygenation. The v2025.2 protocols explicitly mandate that a functioning
Supraglottic Airway (SGA) achieving adequate chest rise and capnography waveforms should
not be swapped for an Endotracheal Tube (ETT). This directive eliminates the lethal pauses in
compressions associated with prehospital intubation attempts.
Timing of advanced airway placement is now strictly dictated by the presenting rhythm. In
shockable rhythms (VF/pVT), the myocardium requires immediate electrical and mechanical
therapy; thus, advanced airways are delayed until after 4 cycles (8 minutes) of
high-performance CPR. Conversely, in non-shockable rhythms (Asystole/PEA), which are
primarily driven by asphyxia or hypoxia, the protocol accelerates airway placement to after just 1
cycle (2 minutes) to rapidly reverse the underlying etiology.
Interfacility Transport (IFT) Optimization
The integration of specialized Interfacility Transport (IFT) Best Practices into the statewide
ecosystem ensures that EMS functions as a seamless extension of the intensive care unit. IFT
parameters strictly demand adherence to specific physiological goals generated by sending
physicians, rather than autonomous field interpretations. For example, the continuous infusion
of sedatives (such as Propofol or Dexmedetomidine) requires relentless titration to maintain a
targeted Richmond Agitation-Sedation Scale (RASS) score, usually between -1 and +1, while
fiercely guarding the Mean Arterial Pressure (MAP).
A rigorous Quality Assurance and Quality Improvement (QA/QI) framework now underpins all
IFT operations. Any clinical deterioration, adverse event, or near-miss during transport requires
a 100% mandatory review metric. This ensures immediate reporting to the receiving facility and
the subsequent development of non-punitive action plans, fostering a culture of high-reliability
medicine across the Connecticut EMS landscape.
PART III: THE ELITE TEST BANK
Tier 1: Foundational Syntax & Application
Q1: An AEMT is managing an adult patient with severe non-traumatic lower back pain. Vital
signs are stable. Based on the expanded Scope of Practice in the v2025.2 protocols, which
analgesic intervention is the MOST APPROPRIATE for the AEMT to initiate? A) Fentanyl 1
mcg/kg IV push B) Ketamine 0.15 mg/kg IV slow push C) Acetaminophen 650–1000 mg
IV/IO/PO D) Morphine Sulfate 0.1 mg/kg IM
● The Answer: C (Acetaminophen 650–1000 mg IV/IO/PO)
● Distractor Analysis:
○ A is incorrect: Fentanyl remains restricted to Paramedic standing orders for opioid
analgesia.
○ B is incorrect: Ketamine administration for pain management is exclusively a
Paramedic-level intervention.
○ D is incorrect: Morphine is a Schedule II narcotic and is not within the AEMT scope
of practice.
The Mentor's Analysis: The v2025 updates explicitly migrated IV/IO/PO Acetaminophen from
the Paramedic scope to the AEMT scope to expedite non-opioid pain management. By
leveraging this, AEMTs can provide aggressive, multimodal analgesia prior to ALS arrival or
