Saskatchewan
EMS/Paramedic
Provincial Protocol
(v9.0) Elite Test Bank &
Clinical Research Report
PART 0: THE NAVIGATOR
● Tier 1 (Questions 1–28) - Foundational Syntax & Application: Testing exact "Hard
Deck" v9.0 parameters, including Protocol Deviations, Emancipated Minor consent, Brief
Alcohol Withdrawal Scale (BAWS) scoring, and baseline Medication Facilitated Intubation
(MFI) targets.
● Tier 2 (Questions 29–58) - Complex Application & Simulation: Dynamic scenarios
requiring immediate action during variable shifts, including STEMI reperfusion pathways,
right ventricular infarcts, pediatric weight-based dosing, and toxidrome management.
● Tier 3 (Questions 59–88) - Grandmaster Synthesis: High-stakes, multi-system failures.
These paragraph-length scenarios require synthesizing competitive algorithms such as
anaphylaxis during cardiac arrest, uremic encephalopathy, and active brain herniation.
PART I: THE PRIMER
Mastery of the Saskatchewan College of Paramedics (SCoP) v9.0 protocols and Saskatchewan
Health Authority (SHA) standards translates directly to elite clinical execution and reduced
patient mortality. Rigorous application of these algorithms ensures prehospital professionals
operate as precision diagnosticians and highly effective autonomous clinicians within the
"Patients First" healthcare paradigm.
● The "Critical Axioms" Cheat Sheet:
○ Clinical Duty Supersedes Communication: In absolute communication failures,
life-saving interventions within the practitioner's licensed scope must proceed,
followed by mandatory post-event reporting within 30 days. * Symptom-Triggered
Titration: Alcohol withdrawal management relies strictly on the Brief Alcohol
Withdrawal Scale (BAWS); scores of 3 or greater mandate targeted benzodiazepine
therapy.
○ Time is Tissue: Advanced Care Paramedics (ACP) must execute the STEMI
Patient Care Plan aggressively, utilizing On-Line Medical Control (OLMC) for
, immediate reperfusion routing (fibrinolysis vs. PCI). * Optimize Before Intubation:
Medication Facilitated Intubation (MFI) requires rigorous pre-oxygenation; target
SpO2 ≥93% and MAP 65-70 mmHg prior to induction. * Palliative Autonomy: The
Palliative Care Treat and Refer protocol empowers practitioners to manage
symptom crises in-home, collaborating with the Most Responsible Provider (MRP)
to prevent unnecessary hospital transports.
The 2026/2027 Clinical Paradigm: SCoP v9.0 & SHA Integration
The v9.0 release represents a structural evolution in Saskatchewan prehospital care. To
maximize clinical agility, specific pharmacological dosages were largely abstracted from the core
algorithmic flowcharts and migrated into dynamic SHA Medication Reference Documents. This
allows medical directors to adjust weight-based dosing and incorporate novel antidotes—such
as replacing legacy amyl nitrite with Hydroxocobalamin for cyanide toxicity —without requiring a
total structural overhaul of the provincial manual.
Furthermore, the integration of objective clinical scoring systems has replaced subjective clinical
guessing. The BAWS protocol is a prime example of symptom-triggered precision.
| BAWS Score | Clinical Indication | Pharmacological Intervention (SHA Standard) | | :--- | :--- |
:--- | | 0-2 | Mild / Sub-clinical | Observe. Reassess q4h. | | 3-5 | Moderate Agitation | Diazepam
10 mg PO q4h. Reassess. | | 6-8 | Severe Withdrawal | Diazepam 20 mg PO q2h. IV indicated if
refractory. | | >8 | Impending Delirium Tremens | Notify OLMC. Aggressive IV benzodiazepine
front-loading. |
Similarly, the Medication Facilitated Intubation (MFI) standard now explicitly demands
physiological optimization prior to the administration of paralytics or sedatives. Intubating a
hemodynamically unstable patient precipitates peri-intubation cardiac arrest.
MFI Physiological Parameter Minimum Target Prior to Induction
Oxygenation (SpO2) ≥ 93%
Ventilation (EtCO2) 35-45 mmHg
Perfusion (MAP) 65-70 mmHg (Systolic ≥ 90-100 mmHg)
These foundational metrics bridge the gap between academic theory and lethal reality, serving
as the basis for the ensuing 88-point gauntlet.
PART II: THE ELITE TEST BANK
Q1: An Advanced Care Paramedic (ACP) is treating a critically ill patient requiring a life-saving
intervention outside specific v9.0 algorithmic parameters but within their scope. Online Medical
Control (OLMC) cannot be reached due to a catastrophic communication grid failure. Which
action is MOST APPROPRIATE? A) Withhold the intervention until communication is restored to
avoid professional liability. B) Divert to the nearest basic-level facility and delegate the
intervention to nursing staff. C) Proceed with the intervention, document the rationale, and
submit a supplementary deviation report. D) Perform the intervention only if a designated
protocol deviation form is signed by the family.
● The Answer: C (Proceed with the intervention, document the rationale, and submit a
supplementary deviation report.)
● Distractor Analysis:
○ A is incorrect: Withholding critical care during communication failure violates the
v9.0 emergency exception mandate.
, ○ B is incorrect: Unnecessarily delays care and inappropriately shifts prehospital
responsibility.
○ D is incorrect: Written pre-authorization from family is legally invalid for overriding
clinical protocol deviations.
The Mentor's Analysis: The v9.0 mandate prioritizes patient survival over administrative
pre-authorization during communication blackouts. Professional Intuition: Clinical duty
supersedes radio silence; execute within scope and document meticulously.
Q2: An independent 17-year-old patient, living away from home and legally emancipated,
presents with an uncomplicated laceration. The patient fully comprehends the risks of refusing
transport. According to the Saskatchewan Refusal of Care guidelines, which conclusion is
MOST ACCURATE? A) The patient must be transported involuntarily due to being under 18
years of age. B) The paramedic must contact law enforcement to take custody of the minor. C)
The paramedic must obtain verbal consent from a parent via telephone before accepting the
refusal. D) The patient may legally refuse care as an emancipated minor demonstrating
capacity.
● The Answer: D (The patient may legally refuse care as an emancipated minor
demonstrating capacity.)
● Distractor Analysis:
○ A is incorrect: Emancipated minors possess the legal right to autonomous
healthcare decisions.
○ B is incorrect: Law enforcement involvement is reserved for individuals lacking
capacity who pose an immediate threat.
○ C is incorrect: Emancipation nullifies the requirement for parental consent.
The Mentor's Analysis: Competency and legal status dictate autonomy, not strict chronological
age. Professional Intuition: Capacity and emancipation override the pediatric age bracket.
Q3: An Emergency Medical Responder (EMR) arrives at a suspected opioid overdose. The
patient is apneic. According to the updated v9.0 EMR scope of practice, which action must
occur IMMEDIATELY? A) Wait for a Primary Care Paramedic (PCP) to arrive for medication
administration. B) Administer Naloxone before attempting any airway maneuvers. C) Administer
high-flow oxygen and initiate bag-valve-mask ventilations, then administer Naloxone. D)
Perform a sternal rub and apply an automated external defibrillator (AED).
● The Answer: C (Administer high-flow oxygen and initiate bag-valve-mask ventilations,
then administer Naloxone.)
● Distractor Analysis:
○ A is incorrect: The v9.0 protocol authorizes EMRs to administer Naloxone.
○ B is incorrect: Hypoxia kills before the narcotic does; airway must be supported
simultaneously.
○ D is incorrect: AED application is inappropriate for an isolated respiratory arrest.
The Mentor's Analysis: Naloxone reverses the toxin, but oxygen prevents anoxic brain injury.
Professional Intuition: Ventilate the hypoxia before antagonizing the opioid.
Q4: A Primary Care Paramedic (PCP) conducts a BAWS assessment on a patient in alcohol
withdrawal, noting moderate tremor and mild diaphoresis (Total BAWS = 4). Which intervention
is the MOST APPROPRIATE? A) Administer Diazepam 20 mg IV immediately. B) Withhold
medication and initiate rapid transport, as BAWS must be >8 for treatment. C) Administer
Lorazepam 4 mg IV. D) Administer Diazepam 10 mg orally and reassess.
● The Answer: D (Administer Diazepam 10 mg orally and reassess.)
● Distractor Analysis:
○ A is incorrect: A 20 mg IV dose is indicated for severe withdrawal, not moderate
EMS/Paramedic
Provincial Protocol
(v9.0) Elite Test Bank &
Clinical Research Report
PART 0: THE NAVIGATOR
● Tier 1 (Questions 1–28) - Foundational Syntax & Application: Testing exact "Hard
Deck" v9.0 parameters, including Protocol Deviations, Emancipated Minor consent, Brief
Alcohol Withdrawal Scale (BAWS) scoring, and baseline Medication Facilitated Intubation
(MFI) targets.
● Tier 2 (Questions 29–58) - Complex Application & Simulation: Dynamic scenarios
requiring immediate action during variable shifts, including STEMI reperfusion pathways,
right ventricular infarcts, pediatric weight-based dosing, and toxidrome management.
● Tier 3 (Questions 59–88) - Grandmaster Synthesis: High-stakes, multi-system failures.
These paragraph-length scenarios require synthesizing competitive algorithms such as
anaphylaxis during cardiac arrest, uremic encephalopathy, and active brain herniation.
PART I: THE PRIMER
Mastery of the Saskatchewan College of Paramedics (SCoP) v9.0 protocols and Saskatchewan
Health Authority (SHA) standards translates directly to elite clinical execution and reduced
patient mortality. Rigorous application of these algorithms ensures prehospital professionals
operate as precision diagnosticians and highly effective autonomous clinicians within the
"Patients First" healthcare paradigm.
● The "Critical Axioms" Cheat Sheet:
○ Clinical Duty Supersedes Communication: In absolute communication failures,
life-saving interventions within the practitioner's licensed scope must proceed,
followed by mandatory post-event reporting within 30 days. * Symptom-Triggered
Titration: Alcohol withdrawal management relies strictly on the Brief Alcohol
Withdrawal Scale (BAWS); scores of 3 or greater mandate targeted benzodiazepine
therapy.
○ Time is Tissue: Advanced Care Paramedics (ACP) must execute the STEMI
Patient Care Plan aggressively, utilizing On-Line Medical Control (OLMC) for
, immediate reperfusion routing (fibrinolysis vs. PCI). * Optimize Before Intubation:
Medication Facilitated Intubation (MFI) requires rigorous pre-oxygenation; target
SpO2 ≥93% and MAP 65-70 mmHg prior to induction. * Palliative Autonomy: The
Palliative Care Treat and Refer protocol empowers practitioners to manage
symptom crises in-home, collaborating with the Most Responsible Provider (MRP)
to prevent unnecessary hospital transports.
The 2026/2027 Clinical Paradigm: SCoP v9.0 & SHA Integration
The v9.0 release represents a structural evolution in Saskatchewan prehospital care. To
maximize clinical agility, specific pharmacological dosages were largely abstracted from the core
algorithmic flowcharts and migrated into dynamic SHA Medication Reference Documents. This
allows medical directors to adjust weight-based dosing and incorporate novel antidotes—such
as replacing legacy amyl nitrite with Hydroxocobalamin for cyanide toxicity —without requiring a
total structural overhaul of the provincial manual.
Furthermore, the integration of objective clinical scoring systems has replaced subjective clinical
guessing. The BAWS protocol is a prime example of symptom-triggered precision.
| BAWS Score | Clinical Indication | Pharmacological Intervention (SHA Standard) | | :--- | :--- |
:--- | | 0-2 | Mild / Sub-clinical | Observe. Reassess q4h. | | 3-5 | Moderate Agitation | Diazepam
10 mg PO q4h. Reassess. | | 6-8 | Severe Withdrawal | Diazepam 20 mg PO q2h. IV indicated if
refractory. | | >8 | Impending Delirium Tremens | Notify OLMC. Aggressive IV benzodiazepine
front-loading. |
Similarly, the Medication Facilitated Intubation (MFI) standard now explicitly demands
physiological optimization prior to the administration of paralytics or sedatives. Intubating a
hemodynamically unstable patient precipitates peri-intubation cardiac arrest.
MFI Physiological Parameter Minimum Target Prior to Induction
Oxygenation (SpO2) ≥ 93%
Ventilation (EtCO2) 35-45 mmHg
Perfusion (MAP) 65-70 mmHg (Systolic ≥ 90-100 mmHg)
These foundational metrics bridge the gap between academic theory and lethal reality, serving
as the basis for the ensuing 88-point gauntlet.
PART II: THE ELITE TEST BANK
Q1: An Advanced Care Paramedic (ACP) is treating a critically ill patient requiring a life-saving
intervention outside specific v9.0 algorithmic parameters but within their scope. Online Medical
Control (OLMC) cannot be reached due to a catastrophic communication grid failure. Which
action is MOST APPROPRIATE? A) Withhold the intervention until communication is restored to
avoid professional liability. B) Divert to the nearest basic-level facility and delegate the
intervention to nursing staff. C) Proceed with the intervention, document the rationale, and
submit a supplementary deviation report. D) Perform the intervention only if a designated
protocol deviation form is signed by the family.
● The Answer: C (Proceed with the intervention, document the rationale, and submit a
supplementary deviation report.)
● Distractor Analysis:
○ A is incorrect: Withholding critical care during communication failure violates the
v9.0 emergency exception mandate.
, ○ B is incorrect: Unnecessarily delays care and inappropriately shifts prehospital
responsibility.
○ D is incorrect: Written pre-authorization from family is legally invalid for overriding
clinical protocol deviations.
The Mentor's Analysis: The v9.0 mandate prioritizes patient survival over administrative
pre-authorization during communication blackouts. Professional Intuition: Clinical duty
supersedes radio silence; execute within scope and document meticulously.
Q2: An independent 17-year-old patient, living away from home and legally emancipated,
presents with an uncomplicated laceration. The patient fully comprehends the risks of refusing
transport. According to the Saskatchewan Refusal of Care guidelines, which conclusion is
MOST ACCURATE? A) The patient must be transported involuntarily due to being under 18
years of age. B) The paramedic must contact law enforcement to take custody of the minor. C)
The paramedic must obtain verbal consent from a parent via telephone before accepting the
refusal. D) The patient may legally refuse care as an emancipated minor demonstrating
capacity.
● The Answer: D (The patient may legally refuse care as an emancipated minor
demonstrating capacity.)
● Distractor Analysis:
○ A is incorrect: Emancipated minors possess the legal right to autonomous
healthcare decisions.
○ B is incorrect: Law enforcement involvement is reserved for individuals lacking
capacity who pose an immediate threat.
○ C is incorrect: Emancipation nullifies the requirement for parental consent.
The Mentor's Analysis: Competency and legal status dictate autonomy, not strict chronological
age. Professional Intuition: Capacity and emancipation override the pediatric age bracket.
Q3: An Emergency Medical Responder (EMR) arrives at a suspected opioid overdose. The
patient is apneic. According to the updated v9.0 EMR scope of practice, which action must
occur IMMEDIATELY? A) Wait for a Primary Care Paramedic (PCP) to arrive for medication
administration. B) Administer Naloxone before attempting any airway maneuvers. C) Administer
high-flow oxygen and initiate bag-valve-mask ventilations, then administer Naloxone. D)
Perform a sternal rub and apply an automated external defibrillator (AED).
● The Answer: C (Administer high-flow oxygen and initiate bag-valve-mask ventilations,
then administer Naloxone.)
● Distractor Analysis:
○ A is incorrect: The v9.0 protocol authorizes EMRs to administer Naloxone.
○ B is incorrect: Hypoxia kills before the narcotic does; airway must be supported
simultaneously.
○ D is incorrect: AED application is inappropriate for an isolated respiratory arrest.
The Mentor's Analysis: Naloxone reverses the toxin, but oxygen prevents anoxic brain injury.
Professional Intuition: Ventilate the hypoxia before antagonizing the opioid.
Q4: A Primary Care Paramedic (PCP) conducts a BAWS assessment on a patient in alcohol
withdrawal, noting moderate tremor and mild diaphoresis (Total BAWS = 4). Which intervention
is the MOST APPROPRIATE? A) Administer Diazepam 20 mg IV immediately. B) Withhold
medication and initiate rapid transport, as BAWS must be >8 for treatment. C) Administer
Lorazepam 4 mg IV. D) Administer Diazepam 10 mg orally and reassess.
● The Answer: D (Administer Diazepam 10 mg orally and reassess.)
● Distractor Analysis:
○ A is incorrect: A 20 mg IV dose is indicated for severe withdrawal, not moderate
