Advanced
Technical
In the Industry Vocabulary Test
contact force sensing
Technology in ablation catheters that measures the perpendicular force applied against cardiac tissue during energy delivery.
Full Definition
Contact force sensing is a catheter technology that provides real-time measurement of the perpendicular force applied between the ablation catheter tip and cardiac tissue. This technology helps optimize lesion creation by ensuring adequate tissue contact (typically 5-40 grams) while avoiding excessive force that could cause perforation. Contact force data correlates with lesion depth and permanence, making it crucial for successful ablation outcomes and procedural safety.
Usage
Usage note: Often abbreviated as CF in procedural notes. Essential for modern ablation safety protocols.
In Context
- "Contact force sensing showed optimal tissue contact at 15 grams during radiofrequency delivery." — Ablation procedure report
- "The operator adjusted catheter position based on real-time contact force measurements." — Technical procedure note
Also known as
CF sensing
force sensing technology
Contrasted with
non-contact mapping
impedance-based sensing
Don't confuse with
impedance monitoring
temperature monitoring