final Flashcards
SUX dose
20 mg/ml
Epi CPR dose
1 mg IV/IO every 3-5 min
Epi adult and peds dose
adult= 2-10 mcg bolus PRN to effect
1-10 mcg/min infusion PRN to effect
Ped=0.05-10 mcg/kg bolus
0.05-0.5 mcg/kg/min infusion
Norepi dose
0.5-12 mcg/min titrated to effect
dopamine low
1.2
vasodilation of kidneys brain and viscera
dopamine medium
2-10 mcg/kg/min
incresed CO
dopamine high
over 10 mcg/kg/min
alpha activity predominates with profound arterial and venous vasoconstriction
dobutamine adult and peds dose
adult=2-10 mcg/kg/min titrated
ped=2.5-10 mcg/kg/min titrated
Phenylephrine (neo) adult and peds dose
adult= 50-200 mcg ped= 0.05-0.5 mcg/kg/min
hydralazine dose
2.5-5 mg every 15 min (max is 20-40 mg)
for severe HTN give 10-20 mg slow IV push
Furosemide dose
2.5-5 mg
for chronic therapy give 20-40 mg
Nitroprusside dose
0.5-10 mcg/kg/min (peds get low end)
Thiazides dose
500 mg
Mannitol dose
12.5-25 grams
methylene blue dose
1-2 mg/kg (up to 50 mg) IV push over 3-5min
dantolene dose
2.5 mg/kg IV push
adenosine dose
6 mg fast IV push
if SVT sill there then give 12mg fast IV push
how many mg of heparin is in 1 unit
0.0002mg
warafrin dose
5-7 mg/day
aspirin dose for complete platelet inactivation
160mg
hespan max dose
20 ml/kg
FFP dose for warfarin over activity
15 ml/kg
FFP dose for AT3 deficiency
20 ml/kg
cryo dose
1 unit= 15 ml and 15ml= 250-350 mg of fibrinogen
general anesthesia characteristics
unconsciousness
immobility
muscle relaxation
loss of sensation
anesthetics work by inhibiting the release of what
excitatory afferent neurotransmitters
opiod agonists do what
bind to and stimulate mu and kappa
opiod agonists/antagonists do what
bind to delta, mu and kappa but only stimulate kappa
opiod antagonists do what
bind to delta, mu and kappa but doesn’t stimulate any of them
opiod effects on the heart
bradycardia (except mepiridine which causes tachy)
opiod effects on the lungs
decrease resp rate and tidal volume. cough suppresant
opiod effects on the eyes
miosis and increased intraocular pressure
opiod effects on the GI
salivation and vomiting from chemoreceptor trigger zone (CTZ) being stimulated
opiod effects on the head
increased intracranial pressure
opiod effects on histamine
releases histamine so avoid asthmatics
nerurpletpanalgesia=
mix opiods and tranquilizers for a dream like state
endogenous opiods are
B-endorphins, dynorphins, and enkephalins
most opiods are water soluble except
diazapam (valium)
opiods treat what
acute pulmonary edema as seen in CHF
pharmacokinetics of barbs
binds to proteins but free/unbound drug enters the brain. HYPOproteinemia causes more free drug so more goes in the brain so a normal dose can cause prolonged unconsciousness or death
main use for barbs
rapid anesthetic induction (always intubate)
1 drug for induction is
propofol
how is propofol terminated
metabolized by the liver, excreted by the kidneys but terminated through redistribution
propofols onset of action and duration of action
onset- 30-60 seconds
duration- 5-10 min
propofols appearance
milky
propofol inhibits what
GABA
propofol has what side effect on the lungs
potent respiratory depressant so administer slowly
propofol has what side effect on the liver
causes increased hepatic enzyme activity so prolonged use (epileptics) metabolize it in the liver much faster
dissociative anestheics
phencyclidine
ketamine
disocciative anesthetics effect on the heart
increase HR, CO, and BP so they make sick hearts work harder
disocciative anesthetics effect on the lungs
stable resp rate and tital vol. Apneustic at high doses
benzodiazepines (MDL)
midazolam (versed)
diazapam (valium)
lorazapam (ativan)
benzdoazapines block what
GABA
benzdoazapines reversal agent
flumazenil (anexate)
Inhaled halogenated anesthetics (DISH)
desflurane (suprane)
isoflurane (forane)
sevoflurane (Ultane)
halothane
Inhaled halogenated anesthetics effects on the heart and lungs
heart= decreased BP lungs= CO2 retention and acidosis (met and resp)
which Inhaled halogenated anesthetics causes coronary steal syndrome
forane
- when dilation steals blood flow from stenotic aresa
high vapor pressure
low vapor pressure
high= volatile with precision vaporizer low= non volatile with a non precision vaporizer
high blood gas partition coefiecient
low blood gas partition coefiecient
high= more soluble in blood so SLOW induciton/recovery low= less soluble in blood so FAST induction /revovery
high MAC
low MAC
high= LESS potent so increase setting low= MORE potent so increase setting
deflurane (suprane) MAC=
7.2- 9.8 (LESS POTENT)
isoflurane (forane) MAC=
1.3-1.63 (MOST POTENT)
sevoflurane (ultane) MAC=
2.34-2.58
which halogenated anethestic has the lowest blood gas partition coefiecient
desflurane (one breath anesthetic)
most effective tool for changing BP on bypass is
the anesthetic vaporizer
max nitrous oxide you can give
80%
Beta cells secrete
insulin which decreased blood glucose
Alpha cells secrete
glucagon which increased blood glucose
Delta cells secrete
somatosatin
diabetes insipidus=
doesnt respond to ADH so you have dilute urine
diabetes mellitus type 1
insulin dependent= absolute insulin deficiency