Advanced Prompt Engineering in Emergency Medicine and Anesthesia: Enhancing Simulation-Based e-Learning
Charlotte Meynhardt,
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Patrick Meybohm,
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Peter Kranke
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et al.
Electronics,
Journal Year:
2025,
Volume and Issue:
14(5), P. 1028 - 1028
Published: March 5, 2025
Medical
education
is
rapidly
evolving
with
the
integration
of
artificial
intelligence
(AI),
particularly
through
application
generative
AI
to
create
dynamic
learning
environments.
This
paper
examines
transformative
role
prompt
engineering
in
enhancing
simulation-based
emergency
medicine.
By
enabling
generation
realistic,
context-specific
clinical
case
scenarios,
fosters
critical
thinking
and
decision-making
skills
among
medical
trainees.
To
guide
systematic
implementation,
we
introduce
PROMPT+
Framework,
a
structured
methodology
for
designing,
evaluating,
refining
prompts
AI-driven
simulations,
while
incorporating
essential
ethical
considerations.
Furthermore,
emphasize
importance
developing
specialized
models
tailored
regional
guidelines,
standard
operating
procedures,
educational
contexts
ensure
relevance
alignment
current
standards
practices.
The
framework
aims
provide
approach
engaging
AI-generated
content,
allowing
learners
reflect
on
reasoning,
critically
assess
recommendations,
consider
potential
tools
training
workflows.
Additionally,
acknowledge
certain
challenges
associated
use
education,
such
as
maintaining
reliability
addressing
biases
outputs.
Our
study
explores
how
simulations
could
contribute
scalability
adaptability
potentially
offering
methods
healthcare
professionals
engage
contexts.
Language: Английский
Practical Aspects of Using Large Language Models to Screen Abstracts for Cardiovascular Drug Development: Cross-Sectional Study
JMIR Medical Informatics,
Journal Year:
2024,
Volume and Issue:
12, P. e64143 - e64143
Published: Sept. 30, 2024
Abstract
Cardiovascular
drug
development
requires
synthesizing
relevant
literature
about
indications,
mechanisms,
biomarkers,
and
outcomes.
This
short
study
investigates
the
performance,
cost,
prompt
engineering
trade-offs
of
3
large
language
models
accelerating
screening
process
for
cardiovascular
applications.
Language: Английский