Dr. Mark Brinker, Houston Orthopedic Surgeon Article RSS http://drbrinker.com Dr. Mark Brinker, Houston Orthopedic Surgeon Article RSS feed. . Dr. Mark Brinker, Houston Orthopedic Surgeon http://drbrinker.com/tresources/en/images/icons/tendenci34x15.gif http://drbrinker.com no Copyright 2005, Dr. Mark Brinker, Houston Orthopedic Surgeon Tendenci Membership Management Software by Schipul - The Web Marketing Company en-us noemail@drbrinker.com Tue, 07 Apr 2015 22:30:07 GMT Articles http://drbrinker.com/en/art/112/ <br> <h2>Clinical Materials, Vol. 5,&nbsp; pp. 53-71, 1990<br> </h2> <h3>Author: Stephen D. Cook, Mark R. Brinker, Ronald C. Anderson, Robert J. Tomlinson &amp; James Co Butler</h3> <p>Click here to read the entire <a target="_blank" href="/attachments/articles/112/Performance of Retrieved Kuntscher Intramedullary Rods.pdf">published article by Dr Brinker</a></p> <br> <hr /> <div>Eighteen Kuntscher-type intramedullary rods were obtained after human implantation periods ranging from 1 to 23 years. A clinical evaluation, metallurgical and chemical analyses of each implant were performed. Idiopathic, implant-related pain was the most common reason for removal, but was not related to extent of implant corrosion. When classified as early versus contemporary material compositions, a significant increase in surface corrosion, inclusion content and carbon content were demonstrated in rods made of the earlier composition of stainless steel. Intergranular corrosion was associated with structural design, rather than material microcleanliness or composition. While contemporary intramedullary fracture fixation provides excellent clinical results, the present investigation suggests that the performance of stainless steel implants may be improved through continued refinement of steel composition, careful consideration of structural design and fabrication techniques, and by routine removal of implants at the earliest opportunity.&nbsp;</div> <br><br>28-Aug-90 11:00 AM Performance of Retrieved Kuntscher Intramedullary Rods: Improved Corrosion Resistance with Contemporary Material Design Clinical Materials, Vol. 5, pp. 53-71, 1990 Author: Stephen D. Cook, Mark R. Brinker, Ronald C. Anderson, Robert J. Tomlinson & James Co Butler Click here to read the entire published article by Dr Brinker Eighteen Kuntscher-type intramedullary rods were obtained after human implantation periods ranging from 1 to 23 years. A clinical evaluation, metallurgical and chemical analyses of each implant were performed. Idiopathic, implant-related pain was the most common reason for removal, but was not related to extent of implant corrosion. When classified as early versus contemporary material compositions, a significant increase in surface corrosion, inclusion content and carbon content were demonstrated in rods made of the earlier composition of stainless steel. Intergranular corrosion was associated with structural design, rather than material microcleanliness or composition. While contemporary intramedullary fracture fixation provides excellent clinical results, the present investigation suggests that the performance of stainless steel implants may be improved through continued refinement of steel composition, careful consideration of structural design and fabrication techniques, and by routine removal of implants at the earliest opportunity. no http://drbrinker.com/en/art/112/ Tue, 28 Aug 1990 16:00:00 GMT