Surgical robotics, automation, instrument design and ergonomics for endoscopic sinus and skull base surgery.
2 tracked publications · last updated 2026-06-04
Related: AI & Machine Learning · Navigation, AR-VR, Simulation & 3D Printing · Devices, Implants & Procedures · Biologics & Medical Therapy · Endotypes, Biomarkers & Diagnostics · Skull Base Surgery & Reconstruction · Outcomes, Guidelines & Epidemiology
Publications
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Transparent augmented-reality head-mounted displays vs medical-grade monitor in laryngologic endoscopy: A comparative FM-100 color discrimination and Fitts’ law pointing study
Dobosz P et al. — Comput Methods Programs Biomed (2026-05) · Original
Ergonomics study finding augmented-reality head-mounted displays worsen color discrimination and task stability versus a surgical monitor despite postural benefits in endoscopy.
PubMed · DOI · PMID 42235309 -
Ergonomics
Formeister E et al. — Otolaryngol Clin North Am (2025-09) · Review
Review of ergonomics in otologic/endoscopic surgery — context for robotic assistance and instrument redesign.
PubMed · DOI · PMID 40976730
Devices / industry & non-PubMed sources
- Handheld robot for endoscopic endonasal skull base surgery (IDEAL Stage 0 preclinical validation) — J Neurol Surg B / preprint (2025)
Miniaturized articulated end-effector with ergonomic controller; updated preclinical validation showing improved maneuverability vs conventional instruments.
Source
Sources indexed via PubMed (NCBI). Each entry links to its PubMed record and DOI.