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Clear out junk files and repair common Windows errorsFree Scan →Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Video game experience has not been shown to replace structured endovascular or robotic-surgery training. Studies find mixed, task-specific associations: some gamers perform better on selected simulator measures, while another robotic-suturing study found the opposite. A randomized test of a brief gaming session found no extra improvement over rest. By contrast, repeated practice on a virtual-reality endovascular task improved performance on that task. None of these findings establishes better performance with patients.
What the comparison does—and does not—mean
“Endovascular robotics” can suggest one unified skill, but the studies considered here assess different activities. Endovascular simulator tasks involve navigating instruments through simulated vessels; robotic-surgery studies include tasks such as knot tying. A result on one task cannot automatically be applied to the other. The evidence also compares different things: some studies record participants’ prior gaming habits, one tests a short gaming session, and others measure practice on a surgical simulator.
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That distinction matters because prior exposure is not the same as a training intervention. A correlation between gaming history and a score does not show that gaming caused the score. Likewise, improvement after simulator practice demonstrates learning on the practiced task, not necessarily broad surgical ability.
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Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →What the studies found
| Study and participants | Activity and comparison | What was measured and found | What the result supports |
|---|---|---|---|
| Dawod et al.; 52 medical students; published online in 2025 and in a 2026 issue | After an initial simulated endovascular procedure, students were randomized to a 10-minute video-game session or rest before repeating the procedure. | Across the cohort, mean completion time fell from 3 minutes 56 seconds to 3 minutes 1 second—about a 23% improvement. The game group did not improve significantly more than the rest group. Prior gaming history and assignment to game play did not improve the measured procedural-skill outcome. Confidence and interest in procedural specialties increased. | Students improved on the second attempt, but this study found no added short-term skill benefit from the game session. Confidence and specialty interest are separate from demonstrated procedural performance. |
| 2006 endovascular aptitude study; 61 participants with varied skill levels and occupations | Researchers compared weekly gaming hours and formal endovascular training with performance on an endovascular task. | Gaming hours correlated with completion time and modified Reznick Scale scores; formal training measures also correlated with both. The authors reported that high scores were achieved only by formally trained participants and distinguished fast completion from correct performance. | The association does not show that gaming causes competence. Speed and accurate performance are not interchangeable, and the authors’ discussion of aptitude should not be read as evidence that gaming replaces formal instruction. |
| Harper et al., 2007; 242 preclinical students completed an initial gaming questionnaire, then 20 students from the highest and lowest exposure groups were compared | Following a short instructional video and three minutes of practice, students performed a robotic knot-tying task. The high-exposure group reported a mean of 15,136 lifetime gaming hours, ranging from 5,840 to 30,000. | The high-exposure group tied fewer knots in the subsequent task. The authors described an inverse association in the extreme gaming-exposure groups they tested. | This is a narrow result from selected exposure extremes after limited preparation, not evidence that gaming harms every robotic skill or every learner. |
| Nilsson et al., 2019; 30 medical students and two interns | Participants used the RobotiX Mentor simulator. The study classified people reporting at least six gaming hours per week as gamers and those below that threshold as nongamers. | Gamers performed significantly better on 3 of 24 performance metrics; 7 of the other 21 showed trends in their favor. | The small observational study suggests possible advantages on some simulator measures, not a general gaming effect. With many metrics assessed, isolated significant results warrant caution. |
| Low-fidelity endovascular training comparison, 2019; 50 medical students | Students used a video podcast, tablet touch navigation, or a tablet paired with physical endovascular-tool navigation. | The physical-tool group reported higher confidence and interest, while the practical-skills assessment showed few differences among groups. | A training format can affect learners’ confidence and interest without producing a clear difference in measured practical skill. |
| 2006 virtual-reality endovascular training study | Inexperienced operators practiced endovascular tasks over six VR sessions. | They improved task completion time and contrast use, reaching performance similar to the experienced group on those measures. | Repeated simulator practice can improve measured performance on the task practiced. The result does not establish full clinical competence or transfer to patient outcomes. |
Why the findings conflict
The studies do not test a common intervention against a common outcome. Gaming exposure ranges from self-reported weekly hours to extreme groups’ lifetime histories; only the Dawod study randomized participants to a gaming session. The tasks range from catheter navigation to robotic knot tying, and the participants range from novices to people with differing levels of experience. Measures also differ: completion time, quality scores, simulator metrics, confidence, and interest answer different questions.
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These differences help explain why one study might find an advantage on selected metrics while another finds no benefit—or a worse result—on a particular task. A faster completion time alone does not establish correct technique. Nor does a statistically favorable result on a few simulator metrics establish a broad advantage, especially when many measures are assessed in a small observational study.
Can video games help someone learn procedural skills?
The evidence supports a limited answer: gaming experience may be associated with performance on some selected tasks or measures, but the results are inconsistent and do not establish a dependable training method for endovascular or robotic procedures. The randomized endovascular study is especially relevant to the claim that playing a game immediately before practice boosts performance: its gaming group did not improve significantly more than the group that rested.
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The 2006 aptitude study’s authors suggested that aptitude and empirically correct performance may be separate, and that aptitude may be acquired through—or identified by—extensive nonmedical gaming. That is the authors’ interpretation of an observational association. The same study reported a relationship between formal endovascular training and performance and found that high scores were achieved only by formally trained participants. It does not establish gaming as a substitute for training.
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What simulator practice can establish
Simulator practice provides a more direct way to rehearse a defined procedural task and assess performance on it. In the six-session VR study, inexperienced operators improved their completion time and contrast use; the low-fidelity comparison, however, found few differences in practical-skills scores between its three instructional formats. Together, these results illustrate why the effect depends on the task, simulator, practice dose, and outcome being assessed.
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Improvement on a simulator should be described at that level unless transfer is measured. The studies summarized here do not establish that gaming or simulator scores predict better performance in real procedures, or improved patient outcomes. They also do not provide a direct, adequately powered comparison of a structured endovascular robotics curriculum with gaming exposure using a shared task and clinical follow-up.
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How to interpret a claim about gaming and surgical simulation
- Check whether the study measures prior gaming habits, assigns participants to play a game, or trains them on a surgical simulator; these are different exposures.
- Identify the task: endovascular navigation, robotic suturing, and other simulator exercises should not be treated as interchangeable.
- Look at the outcome, not just the headline: time, errors, technique quality, confidence, and interest are distinct measures.
- Check who took part and how much practice they received; findings in novice students after brief instruction may not generalize to trained operators.
- Ask whether the result demonstrates transfer beyond the simulator. The reviewed studies do not establish patient-outcome benefits.
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