Már régóta akartam írni itt is arról hogy mivel foglalkozom, de sajna nem jött össze hogy beleférjen 280 karakterébe. Szerencsére készült róla videó. Asszem ilyenkor kell írni hogy Like, share and a subscribe! https://t.co/g4H4GiopLc
Impact of Design and Deployment Technique on the Hydrodynamic Resistance of Flow Diverters : An in Vitro Experimental Study.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Dec 2022All 3 dated mentions so far are from Dec 2022.
Where it's discussed
-
YouTube2 videos
-
X / Twitter1 posts
AI synopsis
What people are saying
The discussion centers around personal remarks and a casual video, with little technical or critical engagement, evidenced by phrases like 'már régóta akartam írni' and a simple call to action 'Like, share and a subscribe!'. The tone is informal and somewhat distracted from the scientific content, reflecting a low level of engagement and impact.
The discussion does not clearly express support or disagreement with the publication's findings, leaning more towards casual mention without strong stance.
The comments are minimal and lack enthusiasm or detailed analysis, indicating low interest in the technical content.
The post is brief and primarily personal, with little interaction or deep discussion about the article's implications.
The overall tone suggests the post has limited influence on advancing understanding or highlighting significance of the research.
Abstract in brief
- This study investigates how different design features and deployment techniques of flow diverters (FDs) affect their ability to reduce blood flow in treating intracranial aneurysms, focusing on parameters like hydrodynamic resistance (HR), metallic surface area (MSA), and pore density (PD).
- The research found that both the size and the way FDs are implanted (e.g., oversizing, compression, or elongation) significantly impact their flow diverting capacity, with oversizing by 1mm greatly reducing HR.
- The findings suggest that different FD designs respond differently to implantation techniques, and understanding these effects can help improve procedure planning, predict clinical outcomes, and refine patient-specific flow simulations.
Top posts
Most liked on X and BlueskyAll mentions
Impact of Design and Deployment on Flow Diverters in Brain Aneurysm Treatment
This study explores how flow diverter design features and deployment techniques influence their blood flow reduction capabilities in intracranial aneurysm treatment, highlighting the significance of sizing and…
Impact of Flow Diverter Design and Deployment on Hemodynamics in Intracranial Aneurysms
This study investigates how different design features and deployment techniques of flow diverters affect their ability to reduce blood flow in intracranial aneurysms, focusing on parameters like hydrodynamic resistance…
Már régóta akartam írni itt is arról hogy mivel foglalkozom, de sajna nem jött össze hogy beleférjen 280 karakterébe. Szerencsére készült róla videó. Asszem ilyenkor kell írni hogy Like, share and a subscribe! https://t.co/g4H4GiopLc