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Abstracts

In vitro comparison on a gap fracture model of a novel angle-stable interlocking nail to locking plate fixation in torsion, compression and bending

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References

  • Déjardin LM, Lansdowne JL, Sinnott MT, Sidebotham CG, Haut RC. 2006. In vitro mechanical evaluation of torsional loading in simulated canine tibiae for a novel hourglass-shaped interlocking nail with a self-tapping tapered locking design. Am J Vet Res. 67(4):678–685.
  • Déjardin LM, Guillou RP, Ting D, Sinnott MT, Meyer E, Haut RC. 2009. Effect of bending direction on the mechanical behaviour of interlocking nail systems. Vet Comp Orthop Traumatol. 22(04):264–269.
  • Déjardin LM, Cabassu JB, Guillou RP, Villwock M, Guiot LP, Haut RC. 2014. In Vivo biomechanical evaluation of a novel angle-stable interlocking nail design in a canine tibial fracture model: in vivo biomechanical evaluation of a novel angle-stable interlocking nail. Vet Surg. 43(3):271–281. Apr
  • Johnson SA, Von Pfeil DJ, Déjardin LM, Weh M, Roe S. 2012. Internal fracture fixation. In Veterinary surgery: small animal. Vol. 1;p. 576–607. St Louis: Saunders.
  • Marturello DM, Pfeil DJF, Déjardin LM. 2020. Mechanical comparison of two small interlocking nails in torsion using a feline surrogate. Vet Surg. 49(2):380–389.
  • Matres-Lorenzo L, Diop A, Maurel N, Boucton M-C, Bernard F, Bernardé A. 2016. Biomechanical comparison of locking compression plate and limited contact dynamic compression plate combined with an intramedullary rod in a canine femoral fracture-gap model. Vet Surg. 45(3):319–326.