spineguard


 

• 99% probability of detection if there is a breach[1]

• Doubles the detection rate; even small breaches can be
   detected[1]

• Time saving technique reduces screw placement time[2]

• Decreases radiation exposure by up to 30%[2]


[1] Electrical Conductivity Measurement: a new technique to detect iatrogenic initial pedicle perforation,      C. Bolger, M. O. Kelleher, L. McEvoy, M. Brayda-Bruno, A. Kaelin, J-Y Lazennec, J-C Le Huec,               C. Logroscino, P. Mata, P. Moreta, G. Saillant, R. Zeller, European Spine Journal, 16(6):1919-1924, 2007

[2] PediGuard: A Solution for the Challenges of Pedicle Screw Placement, Randal R. Betz, MD, Amer F. Samdani, MD, Mladen Djurasovic, MD, Stewart I. Bailey, MD, Courtney Brown, MD, JahanGir Asghar, MD, Linda P. D’Andrea, MD, John Dimar, MD, Harry L. Shufflebarger, MD, John Gaughan, PhD, Temple University Journal of Orthopaedic Surgery & Sport Medicine, John Lachman Society Publication, Volume 3, Spring 2008

 
     
 
  headquarter
Headquarters
SpineGuard, S.A.

5-7, rue de l’Amiral Courbet 94160
St Mandé, FRANCE

SpineGuard, Inc.
301 Howard Street, Suite 970
San Francisco CA 94105, USA
   
news

Press release:
September 2011, Company Fact Sheet



September 2011, SpineGuard secures $6.2 million to further extend its PediGuard® franchise

September 2011, Study shows use of PediGuard® reduced the incidence of clinically relevant misplaced pedicle screws in spine surgery

September 2011, Company Fact Sheet

September 2011, Product Profile

 

   
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©2009 SpineGuard S.A.
All rights reserved.
contact@spineguard.com
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