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126 Cards in this Set
- Front
- Back
Generic name of SCH
|
Anectine
|
|
Generic name of rocuronium
|
zemuron
|
|
generic name of atracurium
|
tracrium
|
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generic name of cisatracurium
|
nimbex
|
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generic name of vec
|
norcuron
|
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generic name of pipercuronium
|
arduan
|
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induction dose of SCH
|
1-1.5 mg/kg
|
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induction dose of Roc
|
0.6-1.2
|
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Generic name of SCH
|
Anectine
|
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induction dose of Mivacurium
|
0.15-0.25mg/kg
|
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Generic name of rocuronium
|
zemuron
|
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induction dose of Vecuroinum
|
0.1mg/kg
|
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generic name of atracurium
|
tracrium
|
|
generic name of cisatracurium
|
nimbex
|
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generic name of vec
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norcuron
|
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generic name of pipercuronium
|
arduan
|
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induction dose of SCH
|
1-1.5 mg/kg
|
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induction dose of Roc
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0.6-1.2
|
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induction dose of Mivacurium
|
0.15-0.25mg/kg
|
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induction dose of Vecuroinum
|
0.1mg/kg
|
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induction dose of atracurium
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0.3-0.5
|
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induction dose of cis-atracurium
|
0.2 mg/kg
|
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pancuronium induction dose
|
0.1
|
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d-tubo induction dose
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0.6 mg/kg
|
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onset of sux
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30-60 sec
|
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onset of roc
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45-90 sec
|
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onset of mivacurium
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2-3 min
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onset of atracurium
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2-4 min
|
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onset of d-tubo
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3-5 min
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onset of cis-atracurium
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2-4 min
|
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induction dose of atracurium
|
0.3-0.5
|
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induction dose of cis-atracurium
|
0.2 mg/kg
|
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pancuronium induction dose
|
0.1
|
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d-tubo induction dose
|
0.6 mg/kg
|
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onset of sux
|
30-60 sec
|
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onset of roc
|
45-90 sec
|
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onset of mivacurium
|
2-3 min
|
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onset of atracurium
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2-4 min
|
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onset of d-tubo
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3-5 min
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onset of cis-atracurium
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2-4 min
|
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onset of pancuronium
|
3-5 min
|
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duration of sux
|
5-8 min
|
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duration of roc
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30-40 min
|
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duration of mivacurium
|
12-18 min
|
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duration of vec
|
30-40 min
|
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duration of atracurium
|
30-40 min
|
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duration of cis-stracurium
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40-60 min
|
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duration of panc
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45-65
|
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d-tubo duration
|
60-90 min
|
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which are histamine releasers
|
atracurium, sux, mivacurium, d-tubo
|
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what things up regulate AChR
|
upper or lower motor neuron lesions
muscle trauma burns immobilization sepsis/inf |
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what things down regulate AChR
|
myasthenia gravis
organophosphate poisoning chronic cholinesterase inhibition |
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what meds decrease neuromuscular blocking effects
|
corticosteroids
lasix at high doses phenytoin methylxanthines |
|
order of muscles that are blocked
first to last |
adductor pollices
orbicular laryngeal diaphragm |
|
which are benzoisoquinlinium
|
atracurium
cisatracurium mivacurium histamine release reflects presence of tertiary amine |
|
maintenance of atracurium
|
0.1-0.1
|
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priming dose of atracurium
|
3-5 mg
|
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atracurium metabolism
|
hoffman
plasma esterases |
|
hoffman dependent on
|
ph and temp
|
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cis metabolism
|
hoffman
|
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primary route of elimination is metabolism for which
|
suc
atracurium cis mivacurium |
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biliary excretion is the primary elimination for
|
vec and roc
|
|
renal is primary metabolism for
|
d-tubo
metocurarine panc gallamine pipercuronium |
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mivacurium is elimated by
|
plasma cholinesterases
|
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which rarely used other than defasiculation due to large histamine release
|
d-tubo
|
|
maintenance of mivacurium
|
0.01-0.1mg/kg
|
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maintenance dose for panc
|
.01-0.5mg/kg
|
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which increase HR secondary to combination of ganglionic blockade and ihibition of reuptake of NE
|
panc
|
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maintenance of roc
|
0.06-.6mg/kg
|
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maintenance of vec
|
0.01-0.05mg/kg
|
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which anticholinergics crosses BBB
|
physostigmine
|
|
does atropine cross BBB
|
yes
|
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dose of atropine with edrophonium
|
0.01mg/kg
|
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dose of atropine with neostigmine
|
0.02mg/kg
|
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duration of atropine
|
30 min
|
|
onset of atropine
|
1 min
|
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dose of glyco
|
0.01 mg/kg with neo or pyrido
|
|
onset of glyco
|
2-3 min
|
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duration of glyco
|
2-3 hours HR effect
up to 7 anticholinergic effect |
|
edrophonium dose
|
0.5-1.0 mg/kg
|
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onset of edrophonium
|
1-2 min
|
|
what should you give before giving edrophonium and why
|
atropine
to prevent brady |
|
duration of edrophonium
|
10 min
|
|
dose of pyrido
|
0.2mg/kg
|
|
max dose of pyrido
|
30 mg
|
|
peak of pyrido
|
6-15 min
|
|
duration of pyrido
|
120-180 min
|
|
which anticholinesterase most potent
|
neo
|
|
dose of neo
|
0.03-0.07mg/kg
|
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onset of neo
|
6 min
|
|
peak of neo
|
6-15 min
|
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dur of neo
|
60-120 min
|
|
how many achetylcholine receptors occupied before fade seen
|
75%
|
|
how many receptors occupied to completely suppress twitch
|
95%
|
|
which produce hypotension
|
suc
d-tubo metocurarine |
|
which causes hypertension
|
panc
gallamine |
|
which produces brady and why
|
suc
mimics action of ACH and directly stimulates M receptors of SA node |
|
which produces autonomic ganglionic blockade
|
d-tubo
metocurarine |
|
does pcn change degree of sux block
|
no
|
|
does VA change degree of sux block
|
no
|
|
does LA change sux block
|
yes
|
|
does anticonvulsants change degree of nondepolarizers block
|
yes, decreases
|
|
how do burn inj change to degree of nondepolarizers block
|
decreased
|
|
what decreases normal metabolism of sux
|
liver disease
preg neonate |
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which drugs irreversibly alter metabolism of sux
|
echothiophate
pesticides |
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normal dibucaine number
|
80
|
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how is sux terminated
|
psuedocholinesterases
|
|
mechanism for myalgia side effect
|
shif of Ca intracellular
muscle spindle damage asynchronous muscle contractions |
|
how long and how much increased intraocular pressures with sux
|
5-15mmHG for 10 minutes
|
|
normal K increase with sux
|
0.5meq/l
|
|
does LA change sux block
|
yes
|
|
does anticonvulsants change degree of nondepolarizers block
|
yes, decreases
|
|
how do burn inj change to degree of nondepolarizers block
|
decreased
|
|
what decreases normal metabolism of sux
|
liver disease
preg neonate |
|
which drugs irreversibly alter metabolism of sux
|
echothiophate
pesticides |
|
normal dibucaine number
|
80
|
|
how is sux terminated
|
psuedocholinesterases
|
|
mechanism for myalgia side effect
|
shif of Ca intracellular
muscle spindle damage asynchronous muscle contractions |
|
how long and how much increased intraocular pressures with sux
|
5-15mmHG for 10 minutes
|
|
normal K increase with sux
|
0.5meq/l
|
|
list EKG effects of hyperkalemia
|
peaked T
ST depression prolonged PR loss of P QRS widening |
|
do liver disease have a abnormal dibucaine number
|
no
measures quality not quanity |
|
how many receptors blocked if TV >5ml/kg
|
80
|
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how many receptors blocked if no fade in TOF
|
70
|
|
how many receptors blocked if head lift
|
50
|
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why does reversals sometimes augment phase I block
|
also inhibits psuedocholinesterases which prolongs depolarizers
|