Characterization of thrombus stiffening in radio frequency (rf) Mechanical thrombectomy.

AI: Melanie Research RF Safe Research Library Jan 1, 2016 NEUTRAL LOW

This engineering-focused conference paper characterizes thrombus stiffening after radio frequency (rf) electric current treatment in the context of intra-arterial mechanical thrombectomy. The abstract reports thrombus stiffness increased by more than eightfold after rf treatment, attributed to increased crosslinking. The authors suggest this approach may reduce thrombus fragmentation and distal embolization during thrombectomy, though clinical effects are not directly shown in the abstract.

Key points

The paper addresses thrombus fragmentation during mechanical thrombectomy as a potential cause of distal embolization.
It proposes increasing thrombus crosslink density to strengthen the clot and reduce fragmentation.
Radio frequency electric current is described as capable of inducing crosslinking in thrombus.
The abstract reports thrombus stiffness increased by more than 8 times after rf treatment.
The potential benefit (reduced fragmentation/embolization) is presented as an implication rather than a measured clinical outcome.
Key RF exposure parameters and study design details are not provided in the abstract.

Referenced studies & papers

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Source: Open original

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