157. Peds Sedation and Analgesia Flashcards
(47 cards)
SOAP-ME mneumonic for equipment checklist for sedation
suction<br></br>oxygen<br></br>airway - mask and intubation supplies<br></br>pharmacy - life saving meds, antagonists<br></br>monitors<br></br>equipment as needed ie art line etc
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Peds dose of propofol for procedural sedation
0.5-1mg/kg, titrate to effect with 0.5mg/kg
How to treat laryngospasm (ie se ketamine)
reposition head<br></br>supplemental o2<br></br>gentle suction<br></br>ppv<br></br>succ given at 10% of paralytic dose
Does ketamine increase ICP?
no this is dispelled per peds ch
Do kids get emergence reactions?
no
when do adol age tend to see more emergence reactions with ketamine?
16yoa
Why would glycopyrrolate be preferred anticholingergic over atropine for salivation?
anti-sialoguge more potent<br></br>fewer tachy-dysrythmias than with atropine
CNS SE atropine
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<div>headache,
nervousness, insomnia, excitement, dizziness, disorientation, hallu-
cinations, and ataxia </div>
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SE glycopyrrolate?
headache
ketamine and propofol dosing for peds procedural sedation? (combined ketofol)
0.5mg/kg to 0.75mg/kg for each drug in separate syringes<br></br>then usually redose propofol 0.1 - 0,.5mg/kg IV
NO for kids procedural sedation - how is this postulated to work?
noncomp inhib of NMDA rec and analgesia via scentral opioid and opioid like receptors
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What are the best pain scales to use with kiddos?
NRA<br></br>visual analogue scale
How to determine pain in nonverbal kiddos?
trust parents knowledge of behaviour pattern<br></br>revised FLACC scale for cognitive impairment
List of nonpharm techniques for kids for pain
application of splints or immob to stabilize fractures and disloc<br></br>cold packs<br></br>hypnosis???<br></br>acupuncture???<br></br>distraction techniques!!<br></br>use your child life specialists
What does emla stand for?
eutectic mixture of local anesthetics: lido, vapo coolents
LET stands for?
lido<br></br>epi<br></br>tetracaine
EMLA adverse effects
methemoglobinemia esp if g6pd and on methemo inducing meds<br></br>seizure<br></br>resp depression
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**One study
in pediatric patients found that a vibrating cold device showed equal
effectiveness in reducing pain and distress during IV cannulation as 4%
topical lidocaine cream and is an acceptable alternative due to speedy
time to onset
Local anesthetic: mechanicsm of action for pain
reversibly block na channels which inhibits propagation of n impulses
i
longer
slows systemic absorbtion
aids in controlling bleeding
pt with vascular pathology
ie risk for ischemia

metallic taste
muffled hearing
tinnitus
seizure
status
coma
MI depression/pump failure
neurotoxicity
vascular - hematoma form, intra arterial injection, infection, bleed
LAST
fentanyl


more likely se of nystagmus and euphoria LDK
a. During the manipulation or intervention
b. 5 to 20 minutes after the last sedative dose
d. 30 to 60 minutes after the last sedative dose
e. 60 to 90 minutes after the last sedative dose
a. Capnometry or capnography
b. Cardiac rhythm monitoring
c. Continual direct visual observation of qualitative clinical signs d. Documented respiratory rate
a. Etomidate—longer (>30-minute) duration of sedation
b. Ketamine—laryngospasm
d. Pentobarbital—seizures
e. Propofol—myoclonus
• Methohexital—seizures
• Propofol—venoirritation
a. Benzodiazepine administration may be useful for emergence
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Despite increased secretions, airway reflexes are generally wellmaintained.
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Hypotension is common.
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Profound analgesic and sedative effects occur with minimalrespiratory depression.
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Repeat doses are well tolerated in longer procedures.
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Propofol has significant antiemetic properties.
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Propofol can be easily reversed with a reversal agent.
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Propofol is well tolerated in volume-depleted patients.
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The use of “ketofol” (ketamine in combination with propofol) isclinically superior to the use of propofol alone
a. A 6-hour period of fasting is required after the ingestion of liq-
b. Preprocedural fasting is required in all circumstances.
c. The recommendation for preprocedural fasting is based on con-
e. There is an increased risk of aspiration during procedural seda-