Open Access. Powered by Scholars. Published by Universities.®

Medicine and Health Sciences Commons

Open Access. Powered by Scholars. Published by Universities.®

Articles 1 - 4 of 4

Full-Text Articles in Medicine and Health Sciences

Unilateral Heat Accelerates Bone Elongation And Lengthens Extremities Of Growing Mice, Maria A. Serrat, Thomas J. Schlierf, Morgan L. Efaw, Franklin D. Shuler, Justin Godby, Laura M. Stanko Dec 2014

Unilateral Heat Accelerates Bone Elongation And Lengthens Extremities Of Growing Mice, Maria A. Serrat, Thomas J. Schlierf, Morgan L. Efaw, Franklin D. Shuler, Justin Godby, Laura M. Stanko

Orthopaedics

Linear growth failure results from a broad spectrum of systemic and local disorders that can generate chronic musculoskeletal disability. Current bone lengthening protocols involve invasive surgeries or drug regimens, which are only partially effective. Exposure to warm ambient temperature during growth increases limb length, suggesting that targeted heat could noninvasively enhance bone elongation. We tested the hypothesis that daily heat exposure on one side of the body unilaterally increases femoral and tibial lengths. Mice (N = 20) were treated with 40 °C unilateral heat for 40 min/day for 14 days post-weaning. Non-treated mice (N = 6) served as controls. Unilateral …


Hip Fracture Evaluation With Alternatives Of Total Hip Arthroplasty Versus Hemiarthroplasty (Health): Protocol For A Multicentre Randomised Trial, Mohit Bhandari, P. J. Devereaux, Thomas A. Einhorn, Lehana Thabane, Emil H. Schemitsch, Kenneth J. Koval, Frede Frihagen, Rudolf W. Poolman, Kevin Tetsworth, Ernesto Guerra-Farfán, Kim Madden, Sheila Sprague, Gordon Guyatt, Ali Oliasharazi, Franklin D. Shuler, Jonathon Salva, James Day, Tigran Garabekyan, Felix Cheung, Linda Morgan, Timothy Wilson-Byrne Md, Mary Beth Cordle Dec 2014

Hip Fracture Evaluation With Alternatives Of Total Hip Arthroplasty Versus Hemiarthroplasty (Health): Protocol For A Multicentre Randomised Trial, Mohit Bhandari, P. J. Devereaux, Thomas A. Einhorn, Lehana Thabane, Emil H. Schemitsch, Kenneth J. Koval, Frede Frihagen, Rudolf W. Poolman, Kevin Tetsworth, Ernesto Guerra-Farfán, Kim Madden, Sheila Sprague, Gordon Guyatt, Ali Oliasharazi, Franklin D. Shuler, Jonathon Salva, James Day, Tigran Garabekyan, Felix Cheung, Linda Morgan, Timothy Wilson-Byrne Md, Mary Beth Cordle

Orthopaedics

Introduction: Hip fractures are a leading cause of mortality and disability worldwide, and the number of hip fractures is expected to rise to over 6 million per year by 2050. The optimal approach for the surgical management of displaced femoral neck fractures remains unknown. Current evidence suggests the use of arthroplasty; however, there is lack of evidence regarding whether patients with displaced femoral neck fractures experience better outcomes with total hip arthroplasty (THA) or hemiarthroplasty (HA). The HEALTH trial compares outcomes following THA versus HA in patients 50 years of age or older with displaced femoral neck fractures.

Methods and …


Preventing Falls With Vitamin D, Franklin D. Shuler Md, Phd, Thomas Schlierf, Matthew Wingate May 2014

Preventing Falls With Vitamin D, Franklin D. Shuler Md, Phd, Thomas Schlierf, Matthew Wingate

Orthopaedics

Falls are the number one cause for injury-related morbidity and mortality in West Virginia’s seniors. Multiple independent variables contribute to the risk of a fall: previous falls, alterations in balance and vision, impairments in gait and strength, and medications most highly correlate with the risk for a fall. Vitamin D supplementation is emerging as an easy, safe and well-tolerated fall reduction/prevention strategy due to the beneficial effects on the musculoskeletal system with improvements in strength, function and navigational abilities. From meta-analysis data, maximal fall reduction benefit in seniors is achieved when correcting vitamin D deficiency and when using adjunctive calcium …


Operative Environment, Pouya Alijanipour Md, Joseph Karam Md, Adolfo Llinas Md, Kelly G. Vince Md, Charalampos Zalavras Md, Matthew Austin Md, Grant Garrigues Md, Snir Heller Md, James Huddleston Md, Brian Klatt Md, Viktor Krebs Md, Christoph Lohmann Md, Edward J. Mcpherson Md, Robert Molloy Md, Ali Oliashirazi Md, Mitchell Schwaber Md, Eoin Sheehan Md, Eric Smith Md, Robert Sterling Md, Gregory Stocks Md, Shrinand Vaidya Md Jan 2014

Operative Environment, Pouya Alijanipour Md, Joseph Karam Md, Adolfo Llinas Md, Kelly G. Vince Md, Charalampos Zalavras Md, Matthew Austin Md, Grant Garrigues Md, Snir Heller Md, James Huddleston Md, Brian Klatt Md, Viktor Krebs Md, Christoph Lohmann Md, Edward J. Mcpherson Md, Robert Molloy Md, Ali Oliashirazi Md, Mitchell Schwaber Md, Eoin Sheehan Md, Eric Smith Md, Robert Sterling Md, Gregory Stocks Md, Shrinand Vaidya Md

Orthopaedics

Postoperative SSIs are believed to occur via bacterial inoculation at the time of surgery or as a result of bacterial contamination of the wound via open pathways to the deep tissue layers.1–3 The probability of SSI is reflected by interaction of parameters that can be categorized into three major groups.2 The first group consists of factors related to the ability of bacteria to cause infection and include initial inoculation load and genetically determined virulence factors that are required for adherence, reproduction, toxin production, and bypassing host defense mechanisms. The second group involves those factors related to the defense …