Laparoscopic Surgery Simulation Model Compared to Standard Model
It could also reduce
the length of the operation and decrease the proportion of patients having to
stay overnight in the hospital. hospital when the trainee performs a hernia for
the first time after having completed training using a simulation model.
However, the duration of the benefit of training using a simulation model
(i.e., whether this benefit continues in subsequent operations).
For minimally
invasive surgery technique many of them have not received practical training
with simulators Laparoscopic
Needle Holder.
Quality
of Evidence
A single trial
involving 50 trainees was at low risk of bias (no risk of erroneous conclusions
due to favoritism by investigators). Largely, the quality of the proof was very
low.
Future Research
Further
well-designed trials with less risk of bias due to inadequate study design or
chance are needed. These trials should assess the long-term impact of training
using a simulation model on clinical outcomes.
Authors'
Conclusions:
There is sufficient
evidence to determine whether training in laparoscopic surgery using a
simulation model reduces mortality or morbidity. Very low-quality evidence
indicates that it improves technical skills over standard surgical training in
trainees with little prior experience. It could also reduce the duration of the
operation and increase the proportion of patients discharged during the day
with the first fully extra peritoneal laparoscopic hernia after training using
a simulation model.
However, the
duration of benefit from training using a simulation model is unknown. More well-designed
trials with low risk of bias and random errors are needed. These trials should
assess the long-term impact of training using a simulation model on clinical
outcomes and compare training using a simulation model to other forms of
training.
Context:
Surgical training
has traditionally been an apprenticeship where the surgical trainee learns to
perform a surgical procedure under the supervision of a trained surgeon. It is
time consuming, expensive and of varying efficiency. Training using simulation
models in the form of physical simulation is an option to supplement the
standard training. However, the value of this modality on trainees with little
prior laparoscopic experience.
Goals:
Compare the benefits
and drawbacks of training using simulation models for trainees with little
prior laparoscopic experience versus standard surgical training or additional
training using an animal model.
Selection Criteria:
We scheduled to contain
all randomized clinical trials matching training using simulation models against
other methods of training, including standard laparoscopic training and
additional training using an animal model for beginners with little experience.
laparoscopic preliminary. We also planned to include trials comparing different
training methods using simulation models.
Data
Collection and Analysis:
Two authors identified
the trials and collected the data. We analyzed the data with the fixed-effects
model and the random-effects models using Review Manager. For each outcome, we
calculated the relative risk (RR), the mean difference (MD) or the standardized
mean difference (SMD) with 95% confidence intervals (CI) based on
intention-to-treat analysis when possible.
Main
Results:
We perceived nine
preliminaries that fulfilled the expansion guidelines. One example including 18
Surgical students didn't add to the meta-assessment. We included nine
preliminaries (283 careful students from numerous postgraduate years, going
from first to fourth year) in which members were randomized for extra preparing
utilizing recreation models (138 learners) as opposed to preparing standard
(123). Just two beginnings (60 students) was a way of inclination. The
reproduction models for preparing utilized in the seven were video test
systems.
Six trials were
conducted and selected one trial. The operations in which the final evaluation
was performed included a laparoscopic hernia totally extra peritoneal,
laparoscopic cholecystectomy, laparoscopic tubal ligation, laparoscopic partial
salpingectomy, and laparoscopic bilateral mid-segment salpingectomy. The last
evaluations were carried out on a single operating procedure.
Simulation Model Compared to Standard
No deaths were
reported in three trials (additional training using a 0/82 (0%) simulation
model compared to standard 0/86 (0%) training; RR not estimable; very low
quality evidence). The other trials did not report on mortality. The estimated
effect on serious adverse events was consistent with a beneficial effect and a
harmful effect (three trials; 168 patients; additional training using a
simulation model 0/82 (0%) compared to standard training 1/86 (1.1%); RR 0.36;
95% CI 0.02 to 8.43; very low quality evidence).
None of the trials
reported the quality of life of the patients. Surgical time was significantly
shorter in the additional training group using a simulation model compared to
the standard training group (1 trial; 50 patients; DM -6.50 minutes; 95% CI
-10.85 to -2.15). The proportion of patients discharged during the day was
significantly higher in the additional training group using a simulation model
compared to the standard training group (1 trial; 50 patients; additional training
using a 24-hour simulation model (100%) compared to standard training 15/26
(57.7%); RR 1.71; 95% CI 1.23 to 2.37). None of the trials reported on trainee
satisfaction. Operative performance was significantly better in the additional
training group using a simulation model compared to the standard training group
(seven trials; 249 trainees; SMD 0.84; 95% CI 0.57 to 1.10).
The proportion of
patients discharged during the day was significantly higher in the additional
training group using a simulation model compared to the standard training group
(1 trial; 50 patients; additional training using a 24-hour simulation model
(100%) compared to standard training 15/26 (57.7%); RR 1.71; 95% CI 1.23 to
2.37). None of the trials reported on trainee satisfaction. Operative
performance was significantly better in the additional training group using a
simulation model compared to the standard training group (seven trials; 249
trainees; SMD 0.84; 95% CI 0.57 to 1.10).
Conclusion
None of the trials
reported on trainee satisfaction. Operative performance was significantly
better in the additional training group using a simulation model compared to
the standard training group (seven trials; 249 trainees; SMD 0.84; 95% CI 0.57
to 1.10). None of the trials reported on trainee satisfaction.
Operative
performance was significantly better in the additional training group using a
simulation model compared to the standard training group (seven trials; 249
trainees; SMD 0.84; 95% CI 0.57 to 1.10).
None of the trials
compared training using a simulation model versus training using an animal
model or versus different training methods using a simulation model.
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