Work overview

Section 05 of 10

Conclusions

Integrated system combining cerebral protection and active steering directional puncture for thoracic aortic in situ fenestration

Xiangxiang Ru, Xinxi Li, Lei Zhang, Jingdong Tang, Shuai Jiang, Yerbao Zaiying, Gulitenken Aihemaitijiang, Donglin Li, Dilinerkezi Ablimit, Li Chen, Yuxin Deng, Halizati Halimulati, and Ye Tian · 2026

Contents

Section 05 of 10

  1. 01Methods
  2. 02Results
  3. 03Discussion
  4. 04Study limitations and future perspectives
  5. 05Conclusions
  6. 06Author Contributions
  7. 07Declaration of generative AI and AI-assisted technologies in the writing process
  8. 08Ethics approval
  9. 09Arrive guidelines
  10. 10Disclosures
Text size
Work overview

Section 5 of 10

Conclusions

Xiangxiang Ru, Xinxi Li, Lei Zhang, Jingdong Tang, Shuai Jiang, Yerbao Zaiying, Gulitenken Aihemaitijiang, Donglin Li, Dilinerkezi Ablimit, Li Chen, Yuxin Deng, Halizati Halimulati, and Ye Tian · about 1 minutes

In conclusion, the integrated cerebral protection and active steering directional puncture system developed in this study provides a potential solution to the core clinical dilemma of mutual exclusivity between intraoperative protection and procedural access in ISF, enabling both whole procedure cerebral protection and precision puncture. Preclinical experiments indicate that this system has promising efficacy and favorable immediate biosafety, offering a novel approach for supra-aortic branch reconstruction with potential for clinical translation.