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Tissue Engineering for Meniscal Tears

OREF grant recipient seeks to preserve joint after treatment

Jay D. Lenn

When meniscal tears occur in the avascular region of the meniscus, treatment options are limited. Removing the damaged tissue (resection) is the most common treatment. Although the surgery relieves pain and restores a certain degree of function, it also alters the way mechanical loads are transferred across the joint and often contributes to articular degeneration in the joint.

Pat on the Back

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Pathogenesis and Prevention of Posttraumatic Osteoarthritis After Intra-articular Fracture

Posttraumatic osteoarthritis (PTOA) occurs after traumatic injury to the joint. It is most common following injuries that disrupt the articular surface or lead to joint instability. The reported risk of PTOA following significant joint trauma is as high as 75%; articular fractures can increase the risk more than 20-fold. Despite recent advances in surgical management, the incidence of PTOA following intra-articular fractures has remained relatively unchanged over the last few decades. Pathogenesis of PTOA after intra-articular fracture is likely multifactorial and may be associated with acute cartilage injury as well as chronic joint overload secondary to instability, incongruity, and malalignment. Additional studies are needed to better elucidate how these factors contribute to the development of PTOA and to develop advanced treatment algorithms that consist of both acute biologic interventions targeted to decrease inflammation and cellular death in response to injury and improved surgical methods to restore stability, congruity, and alignment.

Pat on the back...

The American Association of Hip and Knee Surgeons (AAHKS) 2010–2011 board of directors: Mary I. O’Connor, MD, president; Carlos J. Lavernia, MD, first vice president; Thomas P. Vail, MD, second vice president; Thomas K. Fehring, MD, third vice president; Peter F. Sharkey, MD, treasurer; Michael H. Huo, MD, secretary; William J. Robb III, MD, immediate past president; David G. Lewallen, MD, past president; and Robert L. Barrack, MD, Craig J. Della Valle, MD, C. Anderson Engh Jr., MD, Douglas E. Padgett, MD, members at large. The Orthopaedic Research and Education Foundation (OREF) officers for 2010–2011: S. Terrance Canale, MD, chair; Regis J. O’Keefe, MD, chair elect; Mr. H. Michael Immel, FACMPE, treasurer; Ramon L. Jimenez, MD, secretary and vice chair, development; James D. Heckman, MD, vice chair, research grants; Frank B. Kelly, MD, vice chair, educational grants; and Thomas P. Schmalzried, MD, vice chair, corporate relations. Musculoskeletal Transplant Foundation (MTF) research grant recipients: Quanjun Cui, MD; Thomas Keller, MD; Jay R. Lieberman, MD; Mara Schenker, MD; Alexander Shin, MD; D. R. Sumner, Jr., PhD. E. Anthony Rankin, MD, named to the Orthopaedic Institute of Medicine (OIOM) Task Force addressing Surgeon/Industry Relations. Asheesh Bedi, MD, recipient of the American Orthopaedic Society for Sports Medicine (AOSSM) Cabaud Memorial Award; Bruce Miller, MD, recipient of the AOSSM O’Donoghue Sports Injury Research Award; and Jon Sekiya, MD, recipient of the AOSSM Excellence in Research Award. Henry J. Mankin, MD, recipient of the Orthopaedic Research Society (ORS)/OREF Distinguished Investigator Award. Recipients of ORS research awards: Kevin J. Bozic, MD, MBA (William Harris Award); Vicki Rosen, PhD (Marshall R. Urist Award); Adele L. Boskey, PhD (ORS/American Orthopaedic Association Alfred R. Shands Jr., MD Award); Christopher H. Evans, PhD (ORS Alfred Steindler, MD Award); Linda J. Sandell, PhD (ORS Women’s Leadership Forum Award). Recipients of Awards of Excellence for their Scientific Exhibits at the AAOS 2010 Annual Meeting: Liz Paxton, MA; Robert S. Namba, MD; Maria Carolina Secorun Inacio, MS; Monti Khatod, MD; Gregory B. Maletis, MD; Eric J. Yue, MD; T. Ted Funahashi, MD; and Ronald W. B. Wyatt, MD (A Prospective Study of 80,000 Total Joint and 5,000 ACLR Procedures in a Community-based Registry in the United States); Neil S. Ghodadra, MD; Robert C. Grumet, MD; Bernard R. Bach Jr., MD; Timothy Scott Mologne, MD; Matthew T. Provencher, MD; and Anthony A. Romeo, MD (Recurrent Shoulder Instability: Current Concepts for Evaluation and Management of Glenoid Bone Loss); Michael Bottlang, PhD; Josef Doornink, MS; Daniel C. Fitzpatrick, MD; John Lawrence Marsh, MD; Peter Augat, PhD; Brigitte von Rechenberg, MD; Maren Lesser, MD; and Steven Michael Madey, MD (Effects of Construct Stiffness on Healing of Fractures Stabilized With Locking Plates). The 250 AAOS members who received Achievement Awards for their volunteer service in orthopaedics—with the AAOS, with orthopaedic specialty societies, and with the broader medical community. For a complete listing, see the March 10 edition of AAOS Now: The Daily Edition.

OREF announces 2010 research grants, awards

On March 9, the Orthopaedic Research and Education Foundation (OREF) announced the recipients of more than 300 research and education grants and awards totaling $8.2 million. These totals include 53 re­search grants and more than 250 ed­ucational grants given through the OREF Clinician Development Pro­gram. The mix of grants and awards given and recipients are described in the Grants Awarded booklet available at the OREF exhibit in Lobby B2 and online at www.oref.org

The OREF Research Grants Committee announced $1.1 million in funding for 53 research grants. Research grants and awards funded included the following:

One Clinician Scientist Grant ($100,000) to Alfred C. Kuo, MD, PhD

OREF announces 2011 research grants, awards

By Jean McGuire

On Feb. 15, the Orthopaedic Research and Education Foundation (OREF) announced the recipients of more than 300 research and education grants and awards totaling $8.6 million. These totals include 66 research grants and more than 240 educational grants given through the OREF Clinician Development Program.

The grants, awards, and recipients are described in the Grants Awarded booklet available at the OREF exhibit in the Ballroom 6 Lobby (Upper Level), opposite Academy Hall, and also online at www.oref.org

Guest Editorial: Plating of Distal Humerus Fractures

This special issue of Orthopaedic Knowledge Online Journal focuses on plating techniques for the open reduction and internal fixation of distal humerus fractures in adults. While variations in technique exist for any surgical procedure, two distinct approaches, namely 90–90 plating and parallel plating, have evolved over the past two decades as viable options for the surgical fixation of such fractures. Available evidence does not show a significant difference in the outcomes achieved with the two techniques. These articles offer two different perspectives on the treatment of distal humerus fractures, and are intended to help the treating surgeon recognize the similarities and differences between the techniques and avoid problems.

Arthroscopic Ankle Fusion: The Posterior Approach

Arthrodesis of the ankle is a well-established procedure for managing end-stage arthritis of the ankle. Because the most common cause of ankle arthritis is previous trauma, it often presents with compromised soft tissues. The evolution of arthroscopy has led to several arthroscopic techniques for ankle arthrodesis. The universal primary goal of these techniques is reliable fusion of the bones of the ankle with a reduced risk of complication. The posterior arthroscopic approach to ankle fusion presented in this article has several well-defined advantages. It offers a wide view and working area while allowing for maximal compression of the talar surface onto the tibial dome with two parallel screws. The position of the foot is well controlled through the direct visualization of hindfoot alignment. From the time of its introduction into our practice, the posterior arthroscopic approach to ankle fusion has proven to be a safe and reliable treatment option.