Population
Idealized fusiform abdominal aortic aneurysms (computational simulations and analytical calculations)
Design
Other
Key result
Interpreting aneurysms as mechanobiological instabilities suggests that high stiffness, increased capacity for stress-mediated matrix production, and slow matrix turnover improve blood vessel stability.
Authors
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May inform matrix-targeted aneurysm therapies; leaves open experimental validation before any clinical consideration.
Proposes a new theoretical paradigm interpreting aneurysms as mechanobiological instabilities, which may help guide future therapies to attenuate enlargement.
Cyron et al. (2014) studied Abdominal aortic aneurysms. Mechanobiological stability model was evaluated. Interpreting aneurysms as mechanobiological instabilities suggests that high stiffness, increased capacity for stress-mediated matrix production, and slow matrix turnover improve blood vessel stability.