Bandaging/Splinting

What is the universal start to every skill station?

STEP 1: State or use appropriate body-substance-isolation precautions. THEN: Identify the immediate priority and begin the skill without delaying necessary patient care. REMEMBER: Safety is graded on every sheet.

What does distal motor, sensory, and circulatory (MSC) assessment mean?

MOTOR: Ask patient to move fingers/toes when appropriate. SENSORY: Check whether they feel touch distally. CIRCULATION: Assess distal pulse, warmth/color and perfusion as appropriate. IMPORTANT: Compare before and after immobilization; report changes.

When must you reassess distal MSC for splinting?

BEFORE: Assess distal motor, sensory, circulation before applying splint. AFTER: Recheck all three once extremity is secured. CRITICAL ERROR: Failing to reassess is listed on both joint and long-bone sheets.

What is the key difference: long-bone vs joint immobilization?

LONG BONE: Immobilize the JOINT above and JOINT below the injured bone. JOINT INJURY: Immobilize the BONE above and BONE below the injured joint. BOTH: Manual stabilization first; distal MSC before and after.

What should never be sacrificed to finish a splint?

AVOID: Gross movement of the injury; loss of distal circulation/sensation/movement; unsafe intervention. PRIORITY: Stabilize, secure appropriately, then reassess. NOTE: If findings worsen, notify instructor/medical direction and follow protocol.

Long-bone splint station: what is the correct overall sequence?

START: Precautions → immediately stabilize extremity → distal MSC. SPLINT: Measure → apply → immobilize joint above and below → secure entire limb → hand/foot in position of function. FINISH: Reassess distal MSC.

Long-bone injury: what do you do before measuring a splint?

FIRST: Direct immediate manual stabilization of the injured limb. NEXT: Assess distal motor, sensory, and circulatory function. THEN: Measure/select the splint. WHY: Avoid unnecessary movement and establish baseline neurovascular findings.

Long-bone splint: how far does immobilization extend?

RULE: Include the joint ABOVE and joint BELOW the fracture/injury. SECURE: The whole injured extremity, not only the painful spot. CHECK: The splint must not permit gross movement.

What must be done with the hand/foot during long-bone splinting?

POSITION: Immobilize the hand or foot in a position of function, as appropriate. WHY IT MATTERS: The provided scoring sheet lists failure to do so as a critical error. FINISH: Recheck distal MSC.

What are the main critical mistakes in the long-bone station?

DON’T: Delay manual stabilization; grossly move the limb; fail to secure joints above/below; neglect hand/foot position of function; skip distal MSC before/after. ALSO: Avoid unsafe/inappropriate actions.

After securing a long-bone splint, what should you say/do?

REASSESS: Distal movement, sensation, circulation. CONFIRM: Entire limb supported; both neighboring joints immobilized; hand/foot supported. REPORT: Any new numbness, coolness, loss of pulse, or worsening pain.

Joint immobilization station: what is the correct overall sequence?

START: Precautions → immediate manual stabilization → distal MSC. SPLINT: Choose appropriate material → immobilize injury → secure BONE above and BONE below → secure entire extremity. FINISH: Repeat distal MSC.

What gets immobilized for an injured joint?

RULE: Immobilize the BONE above and BONE below the injured joint. COMPARE: A long-bone injury requires immobilizing the joints above/below. DON’T: Focus only on the joint itself and leave adjacent segments mobile.

What do you check before choosing splint materials for a joint injury?

FIRST: Manually stabilize the injured extremity. SECOND: Assess distal MSC. THIRD: Select appropriate splinting materials. NOTE: This ordering follows the provided practical-skills sheet.

What are the main critical errors for joint immobilization?

DON’T: Omit immediate manual stabilization; grossly move the limb; fail to immobilize both adjoining bones; omit distal MSC before/after. ALSO: Avoid inappropriate or unsafe care.

How do you finish the joint immobilization station?

SECURE: Entire injured extremity and the bones above/below the joint. REASSESS: Distal motor, sensory and circulatory function. COMPARE: Findings with pre-splint baseline.

Bleeding-control/shock station: what is the exact exam sequence?

START: Precautions → direct pressure. IF STILL BLEEDING (examiner cue): Apply tourniquet. IF SHOCK SIGNS (examiner cue): Position patient appropriately → high-concentration oxygen as sheet requires → prevent heat loss → state immediate transport.

What is the first bleeding-control intervention on the provided station?

FIRST: Apply DIRECT PRESSURE to the bleeding wound. EXAM CUE: Examiner then says bleeding continues. NEXT: Apply tourniquet in the simulated station. REAL CARE: Choose hemorrhage control based on wound, severity and current protocol.

What examiner cue triggers a tourniquet in this particular skills test?

CUE: After direct pressure, examiner states that bleeding continues. ACTION: Apply a tourniquet in the skills-station sequence. IMPORTANT: In real emergencies, immediate tourniquet use may be appropriate for life-threatening extremity bleeding; follow current protocols.

What examiner cue shifts the station to shock management?

CUE: Examiner states the patient now has signs and symptoms of hypoperfusion. NEXT: Position appropriately, provide oxygen per sheet/protocol, prevent heat loss and immediately transport. PRIORITY: Hemorrhage control must not be delayed.

What are common clinical clues of hypoperfusion (shock)?

RECOGNIZE: Altered mentation, pale/cool/clammy skin, weak rapid pulse, and possible rapid breathing. CAUTION: Low blood pressure may appear late. SOURCE NOTE: These specific signs are general EMT context; the uploaded sheet only says the examiner announces hypoperfusion.

What does the bleeding/shock sheet require after the shock cue?

ACTIONS: Appropriate patient positioning; high-concentration oxygen; prevent heat loss; explicitly state immediate transport. PRIORITY: Keep bleeding controlled and reassess. NOTE: Oxygen and positioning should follow present-day local protocols in actual care.

What are the critical failures for bleeding/shock station?

CRITICAL: No safety precautions; inadequate/late hemorrhage control; omission of oxygen required by sheet; failure to indicate immediate transport. ALSO: Unsafe or incompetent actions.

Why does prevention of heat loss matter in a bleeding patient?

WHY: Trauma and shock patients can become cold, which may worsen clotting problems. EXAM: Initiate measures to prevent heat loss. REMEMBER: Warm the patient while promptly arranging transport.

Supine spinal immobilization: what is the overall order?

START: Precautions → immediate manual head stabilization in neutral alignment → extremity MSC → appropriately fitted collar. DEVICE: Position/transfer with minimal spine movement → pad gaps → secure TORSO → pad/secure HEAD → legs → arms. END: Reassess MSC in all extremities.

What must happen immediately in supine spinal immobilization?

IMMEDIATE: Assign/maintain manual stabilization of the head in neutral, in-line alignment. THEN: Assess motor, sensory and circulation in all extremities. CRITICAL: Do not allow unprotected head movement.

Supine spinal skill: when is the collar applied?

AFTER: Manual in-line stabilization and initial extremity MSC check. ACTION: Apply correctly sized cervical/extrication collar. IMPORTANT: The collar alone is not a signal to abandon manual stabilization.

In the supine spinal station, do you secure torso or head first?

FIRST: Secure torso to immobilization device, using padding as needed. THEN: Evaluate head padding and immobilize head. CRITICAL: Securing head before torso is specifically a critical error on the sheet.

Supine spinal station: what comes after securing the head?

NEXT: Secure legs, then arms according to the provided checklist. FINAL: Reassess motor, sensory and circulatory function in EACH extremity. CHECK: No excessive movement on board/device.

Which errors are emphasized in supine spinal immobilization?

AVOID: Delayed manual head control, early release, poorly sized collar, excessive movement, head secured before torso, loose head/body fixation, non-neutral final alignment, missing final all-extremity MSC.

Seated spinal immobilization: what is the overall sequence?

START: Precautions → manual head control in neutral → extremity MSC → fitted collar. DEVICE: Position device behind patient → secure TORSO → check/adjust torso fit → pad/secure HEAD. FINISH: Verbalize long-backboard transfer → repeat extremity MSC.

What is the first priority for a seated suspected spinal patient?

FIRST: Direct a helper to maintain manual head stabilization in neutral, in-line position. NEXT: Check motor, sensory and circulation in all extremities, then size/apply collar. AVOID: Excessive neck/spinal movement.

Seated spinal station: how is the device applied?

PLACE: Position immobilization device behind patient. SECURE: Attach to TORSO first and evaluate fit. THEN: Pad behind head as needed and secure head. IMPORTANT: Torso fixation must not interfere with chest rise.

What do you verbalize near the end of the seated spinal station?

VERBALIZE: Moving the patient onto a long backboard. THEN: Reassess motor, sensory and circulatory function in all extremities. NOTE: Follow instructor directions for any demonstration/transfer.

Seated spinal station: what must you watch for with torso straps?

CHECK: Device stable on torso without restricting chest expansion. CRITICAL: Torso fixation that inhibits chest rise is listed as a critical failure. NEXT: Only secure head after torso fit is satisfactory.

Which errors are emphasized in seated spinal immobilization?

AVOID: Failure to stabilize head; early release; poor collar fit; excessive movement; head-before-torso sequence; loose fixation; restricted breathing; abnormal head position; missing final extremity MSC.

Long-bone vs joint station: complete the rule in one sentence.

LONG BONE injury → secure JOINT above and JOINT below. JOINT injury → secure BONE above and BONE below. BOTH → stabilize immediately and check distal MSC before AND after.

Supine vs seated spinal: what step is shared and what differs?

SHARED: Manual head control → initial extremity MSC → collar → torso before head → final MSC. SUPINE: Patient moved onto device; torso, head, legs, arms. SEATED: Device behind torso, adjust fit, secure head, verbalize transfer.

Name three "never forget" statements you can verbalize at any immobilization station.

1: "I am maintaining manual stabilization." 2: "I am assessing motor, sensory and circulation before immobilization." 3: "I am reassessing motor, sensory and circulation after immobilization."

Which skill sheet explicitly requires high-concentration oxygen?

ANSWER: The provided BLEEDING CONTROL/SHOCK MANAGEMENT sheet. WHEN: After examiner announces signs of hypoperfusion. NOTE: Real-world oxygen administration follows current protocols and clinic