Heat
Heat 2
Heat 3
Cold
MISC
100

What is the body's thermo regulator? 

hypothalamus 

100

What does WBGT measure? 

heat stress in direct sunlight 

it considers humidity, temp, wind, and solar radiation

100

What is the gold standard for temperature? What is the temperature for heat stroke?

rectal 

104

100

What is piloerection?

shivering / the body's attempt to warm up 

100

What is considered a safe location for lightning? 

fully enclosed with wiring and plumbing 

fully enclosed vehicles 

200

What are the two purposes bodily cooling serves?

return blood flow from skin back to heart 

lowering core body temp by reducing hypermetabolic state or organs

200

What are three ways to prevent heat illness? 

acclimatization, lightweight clothing, weight charts, fluids readily available, well balanced diet, temp/humidity checks, practice at cooler times of day, take frequent breaks, avoid alcohol

200

What is the treatment for heat stroke? 

cool with cold water immersion to at least 102 before transport (within 30 minutes) 

water should be 39-59 degrees with continuous water movement 

remove clothes 

keep head above water 

treat for shock and monitor vitals 

200

What is the temp for hypothermia? 

Below 95

200

What is the NCAA lightning rule?

30 seconds flash to bang = 6 miles = go inside and wait for 30 minutes from last flash to bang 

300

What are the 5 ways your body loses or gains heat? 

radiation: transfer heat from one object to another 

convection: movement of air, water, or wind of different temperature across skin 

conduction: direct contact with object 

respiration: air is warmed by lungs and airway then exhaled 

300

What are the serum sodium levels for mild EH, moderate EH, and severe EH? What is normal? 

mild = 130-134 mEqL

moderate = 125-129 mEqL 

severe = <124 mEqL 

normal = 135-145 mEqL 

300

What are the three most important things to look for with exercise associated muscle cramps?

normal mental state 

profuse sweating 

normal body temp 

300

What are predisposing factors for hypothermia? 

cold environment

high altitudes

water or wet environment 

physically unfit 

age or medical conditions 

drug or alcohol use 

inappropriately dressed 

300

What is exertional hyponatremia?

sodium is diluted and too low in blood 

usually caused by over hydration 

can cause intracellular swelling from hypotonic intravascular and extracellular fluids which can lead to fatal dysfunction of CNS

400

Your ptient has an inability to continue exercise due to cardiovascular insufficiency, rapid weak pulse, rapid shallow breathing, profuse sweating, low BP, and a temp of 103. What is the problem, physiological cause, primary treatment, and recovery? 

Problem = heat exhaustion 

Physiological cause = high skin blood flow, heavy sweating, and or dehydration, causing reduced venous return 

Primary treatment = cease exercise, remove from environment, elevate legs, provide fluids, cold water immersion 

Recovery = often occurs within 24 hours; same day RTP not advised 

400

Your patiend has a temp of 105 leading to the overwhelming of the thermoregulatory system. What is the problem, physiological cause, primary treatment, and recovery? 

Problem = exertional heat strok e

Physiological cause = high metabolic heat production and or reduced heat dissipation 

Primary treatment = immediate whole body cold water immersion to quickly reduce core body temp 

Recovery = highly dependent on initial care and treatment 

400

What are signs and symptoms of heat exhaustion? 

cool clammy skin 

flu like symptoms 

rapid shallow breathing 

rapid weak pulse 

low BP 

headache 

exhaustion 

dizziness 

heavy sweating 

excessive thirst 

elevated body temp (up to 104) 

normal mental state 

400

What is the difference between mild/moderate hypothermia and severe hypothermia?

mild/moderate = the umbles, shivering, memory lapses, usually conscious, glassy stares, apathetic, impaired judgment, cold abdomen and back 

severe = shivering has stopped, stiff and rigid, ice cold, blue appearance, decreased pulse, shallow and weak breathing

400

What is the managment of lightning injuries? 

treat the trauma sustained 

each patient is unique and should be treated as such 

if pt is unconscious, always assume c-spine injury 

activate EMS & CPR/rescue breathing 

500

Your patient collapses in the heat and has loss of consciousness.. what is the problem, the physiological cause, primary treatment, and recovery?

Problem: heat syncope 

Physiological cause: standing in a hot environment, causing postural pooling of blood in the legs 

Primary treatment: lay the patient supine and elevate legs to restore central blood volume 

Recovery: often occurs within hours 

500

Your patient has acute, painful involuntary muscle contractions during and after exercise. What is the problem, the physiological cause of this, your primary treatment, and recovery outlook?

Problem = exercise associated heat cramps 

Physiological cause = dehydration, electrolyte imbalances, and or neuromuscular fatigue 

Primary treatment = stop exercising, provide sodium-containing beverages 

Recovery = often occurs within minutes to hours 

500

What are the medical consequences of exertional heat stroke? 

Rising internal temp denatures proteins and cellular membranes which causes an inflammatory response. The body then relocates an aspect of bacteria that is usually found in the gastrointestinal system. This creates a sepsis reaction and leads to a coagulation reaction throughout organs. Multisystem organ failure begins leading to death. 

500

What do you not want to do for hypothermia and/or frostbite? 

hypothermia: DO NOT allow victim to exert themselves, delay medical care due to rewarming, give victim alcohol or caffeine, rub or massage extremities or put in warm bath 

frostbite: DO NOT rewarm if potential to refreeze is present, break blisters, use water >105 or <100, use friction / massage, dry heat (heating pad / bottle, stove, sunlamp) allow to drink warm beverages (alcohol or coffee)

500

What are the medical consequences of altitude related emergencies? 

hypoxia, cascade events  (increased respiration: hyperventilation, cerebral responses: increased blood flow and headache, tachycardia and hypertension, hemoglobin concentration raises at altitude), eventually can lead to coma