Eric J. Earley, PhD, was part of a Swedish research team that developed a system allowing people with amputations above the elbow achieve an unprecedented level of control over the individual fingers on a bionic hand. Eric J. Earley, PhD, a new faculty member in the Department of Orthopedics in the University of Colorado School of Medicine, is bringing his expertise in prosthetic limbs to the department’s Osseointegration Research Consortium. Led by Jason Stoneback, MD, the lab is focused on developing and improving bone-anchored limb technology aimed at creating prosthetic limbs that can be directly inserted into bones, as opposed to the traditional prosthetic that attaches via a socket that goes around the outside of the limb.
For most people, a bump from a passerby on the sidewalk, a hike on an uneven trail, or even carrying a shopping basket in the grocery store doesn’t affect mobility. However, these everyday encounters and activities can present unpredictable challenges for those who wear a lower-limb prosthesis.
Understanding mobility challenges like these—and addressing them using feedback obtained directly from prosthesis users—is a primary, yet elusive, goal for rehabilitation physicians, prosthetists, and researchers alike.
It’s been just over a year since the Limb Loss and Preservation Registry (LLPR) flipped its shingle from “Coming Soon” to “Open for Business.” Co-founded by the Mayo Clinic with funding from the National Institutes of Health, the LLPR is now receiving data about amputee care from more than a dozen clinical partners, and new affiliates are joining at a rate of roughly one a week.
Few people other than his teammates noticed problems when Broncos safety Rahim Moore left the biggest game of the season and didn’t come back Sunday night.
Denver Broncos safety Rahim Moore was experiencing such severe pain in his lower left leg after returning home from Sunday's game against the Kansas City Chiefs that he called the team's head athletic trainer in the middle of the night.