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Patrick Meere
NYU Hospital for Joint Diseases, New York, NY.
Improved Knee Kinetics and Biomechanics: Sensor-Assisted TKA
David Nazarian
Penn Orthopedics, Philadelphia, PA.
Gap Balancing w Sensor-Assisted TKA
Ken Gustke
Florida Orthopaedic Institute, Tampa, FL.
Soft Tissue vs. Alignment Correction
Martin Roche
Holy Cross Hospital, Fort Lauderdale, FL.
Effects of Cementing during Sensor-Assisted TKA
Gregory Golladay
VCU Medical Center, Richmond, VA.
2-Year Multicenter Clinical Results: Sensor-Assisted Surgery
Please join us on Wednesday, November 18 at 9pm EST for a live lecture series on "Sensor-Assisted Total Knee Arthroplasty: A Universal Solution." Lectures will be provided by renown faculty currently using VERASENSE in their total knee arthroplasty procedures. Topics for discussion will include improved knee kinetics and biomechanics using sensors, adoption curve of sensor-assisted TKA, Effects of Alignment Changes on Soft Tissue Balance, Gap Balancing with Sensors and Effects of Cementing during Sensor-Assisted TKA.
VERASENSE™ is a disposable sensor-assisted total knee replacement instrument that delivers data wirelessly and enables surgeons to make evidence-based decisions on ligament/soft tissue balance and implant position in real time. Patients whose knees have been balanced through the use of VERASENSE™ show statistically significant improvements in joint function, pain, activity level and patient satisfaction.
About OrthoSensor, Inc:
OrthoSensor, Inc. develops and commercializes intelligent orthopaedic devices and data services that provide quantitative feedback to surgeons and hospitals. The company’s intelligent orthopaedic devices utilize advanced proprietary sensor and communications technologies coupled with the company’s innovative software products to enable evidence-based orthopaedic surgery and a vision of improving patient outcomes and potentially reducing the cost of treating musculoskeletal disease.
OrthoSensor® and VERASENSE™ are trademarks of OrthoSensor, Inc.
Expiration: 12/18/2016
Location: Online
Expected time to complete: 2 Hours
Credits: This lecture qualifies for 0 CME credit hours.
Cost: $0.0
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