- This program is a computer-based simulator that reproduces the local anesthetic training items used in student training at Matsumoto Dental University.
- The application published on sim-la-web was rewritten using Java.
- Shave the hair on the back of the guinea pig
- Inject 0.1 mL of the following drugs intradermally,
and each injection site papule is enclosed in a circle
marked by a magic marker.
- Saline
- Pro: Procaine hydrochloride (1%)
- Lid: Lidocaine hydrochloride (1%)
- Mep: Mepivacaine hydrochloride (1%)
- Bup: Bupivacaine hydrochloride (1%)
- Lid + Adr: Lidocaine hydrochloride (1%) with adrenaline (1/100,000)
- Stimulate 6 times at each papule with needle,
with the number of the skin contractions counted,
defining this number as the score (minimum is 0, and maximum is 6).
- Stimulate at 5 min interval up to 120 min
- When a score of 6 is obtained three times in a row,
finish the stimulation and define that time as the duration.
- No need to stimulate after completion
- Compare the sum of score values and duration of action for each drug.
- Press Start button to start measurement
- When you click inside the circle, "Response" or "No response" will be displayed at the bottom left of the screen. If there is a response, the circle will temporarily turn red.
- You can change the speed (times) of time passing with the slider.
- Values can be changed both while running and stopped.
- Press the Pause button to stop time passing, and press the Restart button to resume time passing
- You can run the experiment from the beginning with new parameter values
by pressing the New Exp. button.
- This means conducting experiments using different animals.
- Press the Quit button and then exit the program.
- Please perform this operation to delete the parameter information because this remains in the browser,
- This simulator is modeled based on actual training results,
but it may not necessarily yield the same results as animal experiments.
- Because drug parameter values are set with random numbers, the duration of drug action may differ from the original drug order.
- Because the presence or absence of a response when stimulated is determined by random numbers, the number of responses repeats up and down and does not necessarily increase over time.
A paper on the model formula and parameter values used in this simulator.
- Toshiaki Ara and Hiroyuki Kitamura: Development of a Predictive Statistical Pharmacological Model for Local Anesthetic Agent Effects with Bayesian Hierarchical Model Parameter Estimation. Medicines 2023, 10(11), 61 (https://doi.org/10.3390/medicines10110061)
- Toshiaki Ara and Hiroyuki Kitamura: Improvement of statistical models by considering correlations among parameters: Local anesthetic agent simulator for pharmacological education 2024, 4(4), 2133-2148 (https://doi.org/10.3390/biomedinformatics4040114)
This program is build under Java21.
- generate normal jar file using gradle
./gradlew clean build
- generate minified jar file using ProGuard
./gradlew clean build -PuseProguard
- If you want to modify program, please edit the
LICENSEfile. Please add the copyright holder afterCopyright (c) 2026 ARA Toshiakiand include thisLICENSEfile in the source code.
- Exclude SimLocalAnesthesia.jar from the generated files for Windows
- Change the generated file for Windows to exe.
- Initial release
- Author: Toshiaki Ara (Matsumoto Dental University, Department of Pharmacology)
- Year: 2026
- License: MIT License
This product includes software developed at The Apache Software Foundation (http://www.apache.org/).