- Popular Posts
- Rehabilitation following microfracture surgery 228 views
- Knee injury prevention: Hip and ankle strategies 225 views
- Compression stockings: One size definitely does not fit all 192 views
- Strategies for rehab after Achilles tendon surgery 165 views
- The rise and fall of minimalist footwear 155 views
- Controlling drop foot: Beyond standard AFOs 154 views
- Jordana Bieze Foster on Evidence-based use of metatarsal pads
- Teri Green on OSU plans major sports medicine facility
- Keith Rome on Evidence-based use of metatarsal pads
- Teri Green on Evidence-based use of metatarsal pads
- Casper Ozinga on Step Sensor Vibration Therapy
- heather on Clinical management of Lisfranc joint injuries
Special Editorial Supplements
- CONFERENCE COVERAGE: Orthotics Technology Forum 2014
- LER: Pediatrics – May 2014
- ATHLETES AND INJURIES: The global question of prevention
- LER: Pediatrics – February 2014
- In Step With Pediatric Hypotonia
- CONFERENCE COVERAGE: Orthotics Technology Forum 2013
- SPECIAL SECTION: Teachings from the East
- CONFERENCE COVERAGE: International Clubfoot Symposium
- KID STUFF 2012: Pediatric clinical news update
- CONFERENCE COVERAGE: Orthotics Technology Forum 2012
- STEPS AHEAD: Advances in foot and ankle biomechanics
- KID STUFF: Pediatric clinical news update
- CONFERENCE COVERAGE: Custom Orthotic Insoles Technology Forum
- DEFENSIVE GAME PLAN: Global insights on sports injury prevention
- A REAL-WORLD APPROACH TO DIABETIC FOOT CARE
- Recent Advances in Orthotic Therapy
Foot Pressure Measurement in a Clinical Setting
Search Results for: stroke
People who use an ankle foot orthosis (AFO) after a stroke retain significant deficits in neuromuscular function and blood flow many years later, according to research from the University of Oklahoma in Oklahoma City.
By Emily Delzell Continue reading
Ankle foot orthoses (AFOs) improve self-reported balance confidence and may also improve physical functioning in individuals with chronic poststroke hemiplegia, according to a study published in the April issue of… Continue reading
Chronic stroke patients who can walk independently but retain gait deficits experience greater gains in both walking speed and quality with an overground walking intervention than with body-weight supported treadmill training (BWSTT), according to results of a pilot study epublished by Clinical Rehabilitation in February.
Learned disuse of the affected limb can lead to weight-bearing asymmetries in patients with stroke-related hemiparesis. Compelled body-weight shift therapy, using shoe inserts to force loading of the affected limb, can help patients achieve a more symmetrical gait.
By Alexander S. Aruin, PhD
The medical literature suggests that changes in bone density and other bone characteristics after stroke persist after patients have regained ambulatorystatus. Whether ankle foot orthoses have a shielding effect on bone remodeling, however, remains unclear.
By Kyle Sherk, MS, CPO
Functional balance test scores rise – Use of an ankle foot orthosis (AFO) within six weeks of stroke results in better balance outcomes and earlier independent ambulation than if AFO use is delayed, according to research from the Netherlands.
Tibial bone mineral density in stroke survivors who use ankle foot orthoses (AFOs) remains significantly higher in the unaffected limb than the affected limb after more than a decade, according to research from the University of Oklahoma in Oklahoma City.
Gait training on a dual-belt treadmill in an adaptive virtual environment can help improve propulsive impulse in the paretic limbs of individuals with hemiparesis following stroke, according to research from the University of North Carolina at Chapel Hill.
Ankle foot orthoses (AFOs) designed to correct foot drop during swing and provide toe clearance may facilitate more accurate foot placement, according to preliminary data presented in March at the American Academy of Orthotists & Prosthetists annual meeting in Atlanta.
When prescribing an ankle foot orthosis or neuroprosthesis for a patient with acute drop foot following stroke, lower extremity practitioners should consider the device’s potential effects on neural plasticity and motor relearning in addition to its potential effects on gait.
By Chad Lairamore, PhD, PT, CBISt
Improving gait and coordination among stroke survivors should involve developing rehabilitation techniques that target abnormal muscle timing characteristics, suggests recent research from the Louis Stokes Cleveland VA Medical Center, OH. The study, e-published in December by Rehabilitation Practice and Research, … Continue reading
Recent research from the Netherlands suggests that a custom-made orthopedic shoe designed for temporary use can enhance early mobilization after stroke, improving functional mobility, walking speed, and gait.
By Emily Delzell
Although patients with drop foot show an overall preference for functional electrical stimulation over ankle foot orthoses, individuals familiar with both therapies recognize the benefits and drawbacks of the two modalities, according to research published in the September issue of … Continue reading
An ankle foot orthosis that orients the ankle in slight dorsiflexion may help improve knee flexion during gait and reduce the risk of heel ulcers in post-stroke patients, according to research from Marquette University in Milwaukee. Investigators performed gait analysis … Continue reading
Two simple tests performed within 72 hours of an ischemic stroke can help predict the likelihood of achieving independent gait after six months, according to research from the Netherlands. In 154 first-ever ischemic stroke patients who were unable to walk … Continue reading
The literature on use of AFOs for stroke management could—and should—change your practice. By Stefania Fatone, PhD, BPO(Hons)
Incline walking on a treadmill results in less frontal plane knee loading and more gluteus, hamstrings, quadriceps, and triceps surae muscle activation than level walking, and therefore may benefit patients with knee osteoarthritis or those who have undergone knee replacement.
By Henry Wang, PhD, Mason Haggerty, MS, Clark Dickin, PhD, and Jennifer Popps, PhD Continue reading
Tuning of ankle foot orthoses (AFOs) and AFO-footwear combinations can significantly improve gait in patients with neuromuscular impairments. Even so, some pa- tients still prefer their untuned devices, which has led researchers and clinicians to reexamine their approach to intervention.
By Cary Groner Continue reading
When commercially available active video games are used in rehabilitation settings, often the level of challenge does not match the patient’s ability level. Customized interventions can address these limitations while capitalizing on the fun and motivating aspects of the technology.
By Rachel Proffitt, OTD, OTR/L Continue reading
After a year in a fracture boot with a broken foot, I thought my ordeal was over. I was wrong. The broken bone in my foot, sustained after a fall down a staircase in my home, had occurred midway down the fifth metatarsal bone below my little toe—a site that is notoriously difficult to heal, according to my podiatrist.
By Barbara Boughton Continue reading
Seattle-based Cadence Biomedical inked a distribution agreement on March 6 with a Korean medical device importer for the US company’s KickstartPT and KickstartPersonal systems. Continue reading
The Step Sensor is the first offering in Brownmed’s new line of vibration therapy products under the Intellinetix brand. The Step Sensor is a low- profile, discreet device designed to harness the power of vibration to improve balance… Continue reading
Existing data suggest bariatric surgery-induced weight loss can lead to rapid improvements in gait and physical function. The surgery may also help to address factors associated with knee osteoarthritis, which itself can affect mobility and function in obese patients.
By Andrew W. Froehle, PhD, Neal Dollin, MS, Richard T. Laughlin, MD, Donovan D. Teel II, MD, Richard J. Sherwood, PhD, and Dana L. Duren, PhD
Because power in baseball pitchers is generated from the feet through the core to the throwing arm, the study of stride length and its impact on pitching performance may help define an optimum technique that better protects pitchers from upper extremity injuries.
By Ryan L. Crotin, PhD, and Dan K. Ramsey, PhD
Ottobock announces the launch of the WalkOn Reaction AFO. Fabricated from a prepreg advanced carbon composite, the Reaction is lightweight, low profile, and extremely tough. It is designed for patients with weak dorsiflexion, poststroke impairment, traumatic brain injury, multiple sclerosis, neuromuscular atrophy, peroneal paralysis, and partial foot amputation.