To evaluate a novel 3D-printed syringe handle that allows one-handed anterior chamber paracentesis using standard syringes, specifically addressing ergonomic challenges such as the need for better control and safety during the procedure.
Key Findings:
All procedures achieved ≥ 100 µL fluid aspiration with no intraocular injuries in the novel method, indicating a high safety profile.
The median aspirated volume was significantly lower with the novel device (120 µL) compared to the conventional method (200 µL, P < 0.001), suggesting improved control.
Median procedure time was reduced by 25% with the novel device (26.9 seconds) compared to the conventional method (35.7 seconds), though not statistically significant (P = 0.13), indicating potential efficiency.
Participants rated the novel device favorably for ease of use, control, safety, and satisfaction, highlighting its user-friendly design.
Interpretation:
The novel one-handed syringe handle improves safety and control during AC paracentesis, potentially reducing the risk of complications associated with conventional methods.
Limitations:
Study conducted on porcine eyes, which may not fully replicate human anatomy and responses, potentially limiting the applicability of results to clinical practice.
Small sample size of ten participants may limit generalizability of findings, suggesting the need for larger studies to confirm results.
Conclusion:
The innovative syringe handle design demonstrates promise for enhancing the safety and efficacy of anterior chamber paracentesis, warranting further clinical evaluation, particularly in diverse patient populations.
