Published in Blood Weekly, October 23rd, 2008
"Using human ankle cadaver specimens, potentially unstable ankles were modeled by introducing a coronally directed step-off incongruity of the anterior tibial surface and/or by transecting the anterior talofibular ligament. Specimens were subjected to a duty cycle with quasi-physiologic stance-phase motion and loading. AP tibial forces were modulated, causing...
Want to see the full article?
Welcome to NewsRx!
Learn more about a six-week, no-risk free trial of Blood Weekly
Source: Blood Weekly (2008-10-23)
NewsRx also is available at LexisNexis, Gale, ProQuest, Factiva, Dialog, Thomson Reuters, NewsEdge, and Dow Jones.