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Neurosurgical laser ablation and MR thermometry: Risks of multisite workflow pattern
Paul S Larson1, Sudhakar Vadivelu2, Hooman Azmi-Ghadimi3
1University of California San Francisco Medical Center.
Summary
Neurosurgical laser ablation offers benefits but multisite workflows pose risks. This study identifies these risks and recommends safety improvements for stereotactic neurosurgery procedures.
Area of Science:
- Neurosurgery
- Medical Technology
Background:
- Neurosurgical laser ablation is an advancing stereotactic neurosurgery technique.
- It enables treatment of previously untreatable conditions with reduced hospitalization.
- Current procedures often involve a multisite workflow, transporting patients between imaging and operating rooms.
Purpose of the Study:
- To identify the risks associated with the multisite workflow in neurosurgical laser ablation.
- To present recommendations for optimizing safety and reducing risks in these procedures.
Main Methods:
- Review of current multisite workflow patterns in neurosurgical laser ablation.
- Identification of patient transport risks between operating room, CT, and MRI suites.
- Development of safety recommendations based on identified risks.
Main Results:
- Multisite workflows involve patient transport through public areas, increasing infection and injury risks.
- Inaccurate laser fiber placement necessitates repeat transport, amplifying exposure.
- Lack of established guidelines exacerbates patient safety concerns.
Conclusions:
- The multisite workflow for neurosurgical laser ablation presents significant patient risks.
- Implementing safety guidelines and optimizing workflow can mitigate these risks.
- Standardized protocols are crucial for enhancing patient safety in stereotactic neurosurgery.