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Barnaby C.H. May, PhD

07/11/2013
Ovine Forestomach Matrix as a Substrate for Single-Stage Split-Thickness Graft Reconstruction Jeremy Simcock, MBChB,a and Barnaby C. H. May, PhDb aUniversity of Otago Christchurch, Christchurch, New Zealand; and bMesynthes Limited,...
Ovine Forestomach Matrix as a Substrate for Single-Stage Split-Thickness Graft Reconstruction Jeremy Simcock, MBChB,a and Barnaby C. H. May, PhDb aUniversity of Otago Christchurch, Christchurch, New Zealand; and bMesynthes Limited,...
Ovine Forestomach Matrix as a...
07/11/2013
ePlasty
Original Research
09/14/2022
In a primate soft tissue repair model, OviTex PRS Permanent and Resorbable matrices performed comparably with the leading human acellular dermal matrix. OviTex PRS Permanent and Resorbable are less expensive than alternatives like AlloDerm...
In a primate soft tissue repair model, OviTex PRS Permanent and Resorbable matrices performed comparably with the leading human acellular dermal matrix. OviTex PRS Permanent and Resorbable are less expensive than alternatives like AlloDerm...
In a primate soft tissue repair...
09/14/2022
ePlasty
Original Research
10/12/2022
The ENIVO system represents a new approach to dead space management and seroma prevention and was shown to outperform a SoC surgical drain in a challenging large defect model of surgical dead space management and seroma prevention.
The ENIVO system represents a new approach to dead space management and seroma prevention and was shown to outperform a SoC surgical drain in a challenging large defect model of surgical dead space management and seroma prevention.
The ENIVO system represents a...
10/12/2022
ePlasty