What this deck covers
This deck focuses on Abdominal Pelvic And Multisystem Trauma, giving you a quick way to review the definitions, rules, and examples that matter most for NREMT Paramedic Level.
Study Abdominal Pelvic And Multisystem Trauma in NREMT Paramedic Level with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
0% Complete
Which skin finding on the flank suggests retroperitoneal bleeding after abdominal trauma?
Tap card or press Space to flip
Grey Turner sign (flank ecchymosis). Retroperitoneal hemorrhage tracks along fascial planes, causing delayed bruising on the flanks as blood dissects subcutaneously.
How well did you know it?
Card 1 / 25
Space to flip · ← / → to move · once flipped, → Got it · ← Still learning
This deck focuses on Abdominal Pelvic And Multisystem Trauma, giving you a quick way to review the definitions, rules, and examples that matter most for NREMT Paramedic Level.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Grey Turner sign (flank ecchymosis). Retroperitoneal hemorrhage tracks along fascial planes, causing delayed bruising on the flanks as blood dissects subcutaneously.
Answer: Hypotension with bradycardia (neurogenic shock pattern). Neurogenic shock from spinal injury causes vasodilation and relative bradycardia, contrasting with the tachycardia of hypovolemic shock.
Answer: Stabilize in place and do not remove. Removing impaled objects risks uncontrolled hemorrhage, so stabilization maintains tamponade until surgical intervention.
Answer: Apply a pelvic binder at the greater trochanters. Binding at the trochanters approximates pelvic bones, reducing volume and tamponading venous bleeding in the pelvic space.
Answer: Apply direct pressure and hemostatic dressing as indicated. Direct pressure controls external bleeding, with hemostatics promoting clot formation in wounds resistant to pressure alone.
Answer: Spleen. The spleen is located in the left upper quadrant, making it vulnerable to injury from direct blunt force to that area.
Answer: High-energy blunt trauma to the lower chest/upper abdomen. Sudden pressure increases from high-energy impacts can tear the diaphragm, especially at the thoracoabdominal junction.
Answer: Guarding and rebound tenderness. Peritoneal irritation from inflammation or bleeding causes involuntary muscle contraction and pain on palpation release, indicating intra-abdominal pathology.
Answer: Sterile saline-moistened dressing with occlusive cover. Moist dressings prevent desiccation of exposed organs, while occlusion maintains a sterile barrier and supports organ viability during transport.
Answer: Less protective abdominal musculature and larger solid organs. Children's thinner abdominal walls and proportionally larger organs offer less protection against blunt forces, heightening injury risk.
Answer: Massive hemorrhage into the pelvis/retroperitoneum. Unstable pelvic fractures create a large potential space for blood accumulation, leading to life-threatening hypovolemia.
Answer: Once only (or not at all if obvious instability). Repeated assessments can exacerbate bleeding or injury, so evaluation is limited to minimize harm in unstable cases.
Answer: Blood at the urethral meatus. Urethral trauma often presents with meatal bleeding, indicating potential disruption that could be worsened by catheterization.
Answer: Right lower quadrant (RLQ). Blunt trauma to a specific abdominal region directly affects the underlying quadrant due to the anatomical division of the abdomen into four quadrants.
Answer: Abdominal tenderness or rigidity. The seatbelt sign indicates potential underlying injury, with tenderness or rigidity signaling peritoneal involvement or organ damage.
Answer: Supine with knees flexed. This position reduces abdominal wall tension, minimizing further protrusion of viscera without compromising spinal precautions.
Answer: Permissive hypotension until hemorrhage control (if no TBI). Permissive hypotension avoids disrupting clots in uncontrolled bleeding, unless traumatic brain injury requires higher pressures.
Answer: Rapid transport to the highest appropriate trauma center. Unstable patients with suspected hemorrhage require facilities equipped for immediate surgical intervention and massive transfusion.
Answer: Signs of shock (tachycardia, hypotension, poor perfusion). Intra-abdominal bleeding leads to hypovolemic shock, manifesting as compensatory tachycardia, low blood pressure, and reduced tissue perfusion in the field.
Answer: Pelvic instability or pain with gentle compression. Pelvic fractures disrupt the ring structure, causing abnormal movement or pain upon manual assessment of stability.
Answer: Control external bleeding and treat shock while managing airway/breathing. Multisystem trauma requires prioritizing ABCs with simultaneous hemorrhage control to stabilize life-threatening conditions rapidly.
Answer: Peritonitis and sepsis from bowel content leakage. Hollow organ perforation allows gastrointestinal contents to spill into the peritoneal cavity, leading to inflammation and potential systemic infection.
Answer: Cullen sign (periumbilical ecchymosis). Intra-abdominal hemorrhage can lead to blood pooling around the umbilicus via ligamentous pathways, resulting in ecchymosis.
Answer: Any patient with hypotension or signs of shock after trauma. Hypotension or shock indicates potential multisystem involvement, necessitating advanced trauma care for optimal outcomes.
Answer: Liver. The liver occupies the right upper quadrant, rendering it susceptible to trauma from impacts in that region.