To evaluate the feasibility and potential clinical integration of planar angiographic perfusion imaging in assessing cerebral blood flow dynamics, emphasizing its significance in improving patient outcomes.
Key Findings:
Planar angiographic perfusion imaging can provide valuable insights into cerebral blood flow dynamics, potentially influencing treatment decisions.
Current clinical workflows do not integrate angiographic perfusion imaging effectively, limiting its application.
Custom analysis workflows can be developed to utilize existing angiographic data for perfusion assessment, enhancing diagnostic capabilities.
Interpretation:
The study highlights the untapped potential of DSA for real-time perfusion analysis, which could enhance clinical decision-making in vascular pathologies and improve patient outcomes.
Limitations:
The study is limited by the proprietary nature of angiography software, hindering automated analysis; exploring alternative software solutions could mitigate this.
Custom analysis methods may result in slower computation times compared to commercial solutions, necessitating optimization for clinical use.
Conclusion:
Integrating planar angiographic perfusion imaging into clinical practice could improve the assessment of cerebral blood flow, but requires further validation and optimization of analysis methods to ensure reliability in clinical settings.
