To enhance bioelectric navigation by adding sensing capabilities for catheter displacement and movement direction in endovascular procedures, specifically addressing localization accuracy.
Key Findings:
Bioelectric navigation can identify the vascular branch but lacks precise localization and direction detection, which the proposed method aims to improve.
The proposed method allows for non-fluoroscopic catheter localization, reducing radiation exposure and contrast agent use, thus enhancing patient safety.
Interpretation:
The extended bioelectric navigation system could serve as a complementary tool to fluoroscopy, potentially improving safety and efficacy in endovascular surgeries by providing real-time feedback on catheter position and movement.
Limitations:
The method's performance may be affected by surrounding tissue, which can distort electric field measurements.
Further validation in clinical settings is required to ensure reliability and effectiveness.
Conclusion:
The proposed enhancements to bioelectric navigation could facilitate its integration into clinical practice, potentially improving patient outcomes in vascular interventions.
