patient assessment: identifying massive eternal bleeding
bleeding is addressed in C, after airway and breathing
signs of shock
altered mental status, pale, cool, and clammy skin, nausea and vomiting, vital signs change (high pulse, high respiratory, BP drop)
Patient Care: External Bleeding
direct pressure, elevation of a limb, hemostatic agent, tourniquet
pressure dressing
bulky dressing held in position with a tightly wrapped bandage, which applies pressure to help control bleeding
tourniquet
device used for bleeding control that constricts all blood flow to and from an extremity
Controlling hemorrhage: extremities
direct pressure then tourniquet
Controlling hemorrhage: trunk
direct pressure, then hemostatic dressing/bandage
bleeding associated with musculoskeletal injury
use splinting
air splints
pros: several wounds in extremities, venous and capillary bleeding
cons: high pressure bleeding (ex. injured artery)
cold application
minimizes swelling and reduce bleeding by constricting blood vessels; don’t apply directly to skin and only for 20 minutes
epistaxis
nosebleed
stopping a nosebleed
signs of internal bleeding
patient care: internal bleeding
ABCs, oxygen, external bleeding (splint if possible internal bleeding in extremity), preserve body temperature, transport
heady injury and bleeding
no pressure, let it flow
how shock develops
compensated shock
body senses decrease in perfusion and attempts to compensate by maintaining perfusion
signs of compensated shock
increased heart rate and respirations, pale, cool skin; increased capillary refill time for children
decompensated shock
body can no longer compensate for low blood volume
signs of decompensated shock
falling blood pressure
hypovolemic/hemorrhagic shock
shock resulting from blood or fluid loss
neurogenic shock
shock resulting from nerve paralysis due to dilation of blood vessels that increases volume of circulatory system
cardiogenic shock
shock due to inadequate pumping action
septic shock
dilation of vessels due to toxins in blood