Flight Test 1 Flashcards
Le Forte I Fracture
Horizontal across the maxilla, the maxilla and maxillary teeth are moveable.

Le Forte II Fracture
Bridge of Nose and around mouth

Le Forte III Fracture
Transverse Fracture “Carniofacial Disassociation”
Goes theough the orbits

Pediatric Dose for Adenosin
- 1 mg/kg initial
- 2 mg/kg second
HHNK (Hyperglycemic Hyperosmolar Non Ketosis)
Common with diabetes type II
Extremely elevated glucose (>600 mg/dL)
Normal ketones (non-ketotic)
Non-Acidotic
First line treatment is fluids, then insulin
Administer regular insulin IV (Humilin or Novolin)
Do not lower glucose > 100 mgdL per hour or less than 250 mgdL total
Spinal Shock
Due to swelling of spinal cord post trauma
Decreased SVR < 800
Hypotension
Treatment IV fluids and vasopressors
Neurogenic Shock (distributive)
Causes a decrease in sympathetic nervous system outflow
Unable to vasoconstrict and increase HR
Decreased systemic vascular resistance (SVR) and normal HR, SVR < 800
Hypotension
Warm red skin
No tachycardia
Treat with IV fluids and vasopressors
Central Cord Injury
Motor weakness in upper extremities is greater than lower extremities
This is below the level of injury
Anterior Cord Syndrome
Loss of pain and temp sensation everywhere below level of injury
Worst prognosis
Important Dermatomes
T4 nipples
T10 umbilicus
C3-C5 innervates the diaphragm
Autonomic Dysreflexia/Hypereflexia
Common in the paralyzed pt without foley catheter
Bladder becomes extremely distended
Increases B/P, HR, ICP
Insert and drain foley catheter slowly
Subarachnoid Hemorrhage
Life Threatning
Starfish pattern on CT
Keep systolic B/P below 140 mmHg
Treat with Nimodepine (Nimotop) (helps prevent cerebral vasospasm)
Persistent HTN, treat with Nipride

Epidural Hematoma
Arterial bleed (middle meningeal artery/MMA)
LOC followed by lucid interval and then second LOC
Pupil dilation after occulomotor nerve injury (CN III) due to loss of parasympathetic tone
Cheyne-Stokes Respirations common

Subdural Hematoma
Results from tearing of the bridging veins to the subdural space
Slow onset
Often in the elderly and kids
More common and lethal than epidural hemotoma

Normal ICP
0 - 10 mmHg
ICP > 20 mmHg has high mortality (Monroe-Kellie)
CCP
MAP - ICP
Normal 60 - 80 mmHg
Keep above 60 mmHg
MAP
Diastolic B/P x 2 + systolic B/P /3
Normal 80 - 100 mmHg
ideally 90 mmHg
Tetrology of Fallot
Right to Left Shunt
Consists of ; pulmonic stenosis, aortic coarctation, transposition of great vessels
ventricular septal defect
“Tet Spells” characterized by sudden cyanosis ans syncope
Treat with knees to chest , morphine

Patent Ductus Arteriosis (PDA)
Blood vessel connecting the pulmonary artery to the aortic arch
Allows most of the blood from the right ventricle to bypass fetus lungs
PGE1 (prostaglandin) is what keeps the PDA open (can cause apnea)
Indocin (indomethacin) drug of choice for closing PDA
Oxygen also closes PDA
If femoral pulses are absent, possible coarctation of the aorta, pt likely requires PDA to survive.
HELLP (hemolysis/Elevated Liver Enzymes/Low Platelets)
Common with PreEclampsia and Eclampsia
Right Upper Quadrant Pain (liver) Jaundice, Malaise
Platelet count < 100,000 mm3
> Liver serum billirubin >/= 1.2 mgdL
Give Mag-sulfate 4 - 6 g over 30 min
Terbutaline (tocolytic)
Stops tetanic contractions immediately
0.25 SQ every 15 min
Pregnancy Induced Hypertension (PIH)
New onset HTN with pregnancy
Labetolol (beta blocker)
Hydralazine
Methyldopa
Rh Negative Mothers
Rhogam prevents mothers immune response from attacking the baby
If mother is Rh negative, ALWATS give Rhogam
Majority of the population is Rh positive
Cardiogenic Shock
Obstructive signs of shock due to heart failure
PAWP > 18-20
SB/P < 80 mmHg
IABP Late Deflation
MOST DANGEROUS
Increases Afterload
Late Deflation = “Lethal Dose”

Aortic Dissection
“Ripping or Tearing” sensation between shoulder blades
Can also have pain in abdomen with same description
Ascending Aorta most common
A difference of 20 mmHg SB/P in the arms common
Treat first with Beta blocker (labetalol) then vasodilators (Nipride)
DO NOT use Nipride first due to Reflex Tachycardia
Pain meds - Morphine, Fentanyl, Ketamine
Restrict fluids unless hypotensive
ASA Poisoning
Respiratory Alkalosis followed by Metabolic Acidosis
Can lead to Reye’s Syndrome (liver and brain damage)
Treat with bicarb
Dilantin Overdose
Overdose can cause SVT and Ventricular dysrhythmias
Coma, confusion, tremors
Can cause Diabetes Insipidus like symptoms
Coagulation Panel
PT 10 - 13 sec
PTT 25 - 40 sec
INR 09 - 1.3
Right Heart Failure
CVP elevated (2-6)
PAP decreased (15-25s/8-15d)
PCWP decreased (8-12)
SVR elevated (800-1200)
Administering 1 Unit PRBC’s will
Increase
Hct 3%
Hgb 1gdL
Chest Tube Location
Between 4th and 5th intercostal space mid-axillary
Head Injury with Dilated and Fixed Pupils
Cranial Nerve III
Black and Blue Bruising Around Umbilicus
Cullens Sign
Acute Pancretitis
Blount Trauma
Ruptured AAA
Ruptured Eptopic Pregnancy

What Does Boyle’s Law Affect in Flight
ETT cuff’s
Mast Trousers, Air Splints (increases air)
IV Drip Rates (increases rate)
“Turn IV bag Upside Down”
What does Boyle’s Law state
The pressure of a gas is inveresely proportional to the volume of gas at a sonstant temperature.
“Boyle’s = Balloon = Barotrauma”
Daltons Law
Total pressure of a gas mixture is the sum of the partial pressures of all the gases in the mixture.
“Dalton’s Gang”
Charles’ Law
Absolute temperature of the gas
“charging an oxygen tank, the tank gets hot”
Gay-Lussac’s Law
Directly proportional relationship between temperature and pressure.
O2 tank reading lower in cool temp and higher in warm temp.
Hypoxic Hypoxia
Cardiovascular/Pneumothorax pt’s are moresusceptible to this type of hypoxia.
Effects of Altitude
Every 1,000 foot increase in elevation causes temp to drop 2 degrees C
Air Transport Team Members
Flight Nurse
Flight Paramedic / EMT
Respiratory Therapist
Flight Physician
Sterile Cockpit
Only essential communication during all phases of flight except straight and level flight.
Critical phases of flight: Takeoff, Landing (short final), Refueling, and taxi (ground or air)
CAMTS- How many live intubations are required?
5 live intubations before begining missions
Quarterly intubations thereafter
The only time you don’t need to wear your seatbelt
During straight and level flight
Or when the PIC directs you to
(PIC has ultimate authority of the mission)
What is the pre-crash sequence
Lay the patient flat
Turn off any oxygen
Assume the crash position
(knees together, feet 6” apart flat on the floor)
What is the post-crash sequence
Turn off in order
Throttle
Fuel
Battery
Assembel at the 12 o’clock position
Indications for Intubation
pH < 7.2, CO2 > 55, PaO2 < 60
Only ONE value needs to be off to indicate the need for intubation
Mallampati III
Only the base of the uvula can be seen
Moderate difficulty
When inflating the distal cuff on an ETT the pressure should be?
Between 20-30 mmHg
(only use the ammount of air required to make a good seal)
Succinycholine
Depolarizing Neuromuscualr blocking agent
Dose: 1-2 mg/kg
Rocuronium
Non-Depolarizing Neuromuscular Agent
Zemeron
Etomidate
Induction agent, preferred for awake sedation
(fast onset, short half-life)
0.3 mg/kg
Synchronized Intermittent Mandatory Ventilation
(SIMV)
Assisted mechanical ventilation synchronized with the pt’s breathing
Spontaneous breathin by the patient occurs between the assisted mechanical breaths, which occur at preset intervals
With ARDS, Focus on oxygenation with:
Increased PEEP (> 10)
High Tidal Volumes (> 10 cc/kg)
“Pancreatitis and ARDS commonly occur together”
Cardiac Enzymes
Troponin I
Specificity: High
Detectable at: 2 hours
Peak Levles: 12 hours
Pericarditis
Substernal C/P when breathing or laying supine
Treat with NSAIDS (usually Indocin)

Fetal HR Variability
1 cause of poor variability = fetal hypoxia
The single most important predictor of fetal wellbeing
10-15 bpm = normal variability

Accelerations/Decelerations
Are in relation to uterine contraction
Early deceleration means the fetus hear rate decelerates early in the uterine contraction cycle
Accelerations are ALWAYS good

Late Decelerations
ALWAYS indicates ureteroplacental insufficiency
Causing fetus to experience a hypoxic bradycardia

Preterm Delivery
(< 38 weeks)
Terbutaline (fast acting, short half-life)
Stop tetanic contractions IMMEDIATELY
Subcutaneous 0.25 mg q 15 min
“Mag Check”
Deep Tendon Reflexes
Mauriceau’s Maneuver
Fingers relieving pressure off the baby’s nose so they can breath
Downward suprapubic pressure while the baby is rotated out of the birth canal

HELLP Syndrome
Hemolysis/Elevated Liver Enzymes/Low Platelets
Common with PreEclampsia and Eclampsia
RUQ pain (liver), jaundice, malaise
Give Mag Sulfate (4-6g over 30 min)
Hypertension - use Labetalol, Hydralazine, or Methyldopa
PreEclampsia
HTN / Proteinuria / Edema
NO SEIZURES
Risk factors - extremes of age, 1st pregnancy

Placenta Abruption
Painful bleeding
Any MVA or blunt trauma is placental abrubtion until proven otherwise
EMERGENCY

Uterine Rupture
1 cause of maternal death is trauma
Fetal parts presenting under mothers skin
“Stomach is as hard as a board”

Infant Seizures
Lip smacking and tongue thrusting, eye fluttering and lowered SPO2
“Subtle Seizures”
Common causes: Hypoglycemia
Ventriculoperitoneal Shunt
“VP Shunt”
Hydrocephalus
Fluid build up leading to increased ICP
Often presents with:
gastric distension, mental status changes
decreased LOC, vomiting and seizures
Give Mannitol
Raise head of bed 30 degrees (semi-fowlers)
Pediatric Emergencies
ETT Diameter
(Age +16) /4 = tube size
If required ETT size is 5.5 or greater use a cuffed ETT
Pediatric Fluid Resuscitation
Neonate/Infant = 10cc/kg (<1 y/o)
Toddler/Child = 20cc/kg (>1 y/o)
Average circulating blood volume 75-80mL/kg
Pediatric Maintenance Fluids
“4, 2, 1 Rule”
1-10 kg = 4cc//kg/hr
10-20 kg = 2cc/kg/hr
>20 kg = 1cc/kg/hr
(8kg)
CROUP
Steeple Sign on A/P neck XR
“Seal Like” Barking cough
Treat with racemic epi and steroids
(usually not life threatening)

Epiglottitis
Sudden onset of DROOLING
Thumb Sign on lateral neck XR
Do not disturb child due to possible rapid airway loss
Treatment: Antibiotics, humidified O2

ICP Transducer
Placed at the Foramen of Monro (level of the ear)

Brainstem Herniation
Goal PaCo2 = 30-35mmHg
Treat seizures with a benzo and then either Phenytoin (Dilantin) or Fosphenytoin (Cerberyx)
DO NOT USE HYPOTONIC SOLUTIONS OR GLUCOSE!
(hyponatremia is associated with brain edema)
(hyperglycemia makes brain injuries worse)
Acute Mountain Sickness (AMS)
Typically occurs to those not acclimatized and have recently traveled to altitude within 24 hours.
Symptoms: headache, nausea, vomiting, lassitude (feeling weak)
Cardiac Tamponade
Early Tamponade: Give IV fluids (improve preload)
Late Tamponade (Beck’s Triad)
Pericardiocentesis
Beck’s Triad
Muffled Heart Tones
Hypovolemia (with narrowed pulse pressure)
JVD

Oxygen Dissociation Curve
Right Shift (High)
Hyperthermia
Acidosis
Hypercapnia
Increased levles os 2, 3, DPG
(RELEASES OXYGEN)
Pulmonary/Pleural Effusion
Buildup of fluid in the pleural space, an area between the layers of tissue that line the lungs and the chest wall.