Active clinical trials for "Hallux Valgus"

The study will prospectively compare the efficacy and safety of chloride hexidine soluted in alcohol with povidine-jodine soluted in alcohol in forefoot surgery.

This is a clinical trial that intend to determine if transcranial direct current stimulation (tDCS) is effective in the treatment of postoperative pain and in the anxiety level in the preoperative period of hallux valgus surgical treatment

Foot surgery often causes severe and prolonged pain postoperatively. Prior methods of postoperative pain control included oral narcotics, single injection regional techniques and more recently continuous nerve catheters. Recent studies have demonstrated a benefit with continuous popliteal catheters when compared to single injection techniques in regards to postoperative pain control and patient satisfaction for foot surgeries. Nerve blocks in the popliteal fossa involve both the common peroneal nerve and the tibial nerve. The innervation to the plantar surface of the forefoot involves the tibial nerve and does not involve the peroneal nerve. The purpose of this study is to compare the continuous posterior tibial nerve catheter with a single injection posterior tibial nerve block when used as part of a surgical ankle block for forefoot surgery.

Retrospective study of patients operated for hallux valgus deformity at our hospital (ostfold hospital trust) 5 years ago. Patients will be clinically examined, a weighted radiograph of the foot (traditional and newer parameters will be evaluated) and patient reported outcome measures (PROM) scores will be collected.

The investigators hypothesize that cyclooxygenas-II-selective inhibitors (Coxibs) provide a better patients assessed overall satisfaction when used for pain management after elective hallux valgus surgery as compared to traditional Non-steroidal anti-inflammatory drugs (NSAIDs).

Foot surgery is a painful surgery that is usually scheduled in outpatients. A good management of analgesia is the crucial point. Regional anesthesia (RA) is the gold standard, that provides good anesthesia and a long duration of analgesia. The sciatic nerve block (or its branches) is the most adapted analgesic technique. Limitation of proximal sciatic block is the motor block of the ankle and results in the impossibility, for the patient, to walk during the early post-operative period. Distal block of the sciatic nerve (tibial and fibular nerve blocks), at the level of the ankle, has been proposed to maintain the mobility of the ankle, to make deambulation with crutches easier. Nevertheless, the lack of sensibility of the heel remains a limitation for early walking, even with adapted shoes (ie : Barouk). A specific anesthesia of the distal part of the foot, respecting the heel, could be the best option to provide an early deambulation and a suitable analgesia. Ultrasound identification and specific anesthesia of the branches supplying the distal part of the foot (medial and lateral plantar nerves) could meet this dual objective : good anesthesia and suitable analgesia for early deambulation. This study is a feasibility study of a specific block of the plantar branches of the tibial nerve, to preserve the sensibility of the heel, in case of foot surgery. The safety of the procedure will be assessed according to the rate of postoperative dysesthesia.

This is a Phase 2, randomized, double-blind, 2-part comparator- and placebo-controlled study to evaluate the safety, PK, and efficacy of TLC590 via a single infiltrative local administration in adult subjects following bunionectomy.

Hallux valgus can be defined as a progressive subluxation of the first metatarsophalangeal joint and lateral deviation of the hallux. This common foot condition is associated with altered gait patterns. Specifically reduced forward propulsion, leading to gait instability. Research has shown that foot problems and pain play a major role towards the contribution of falls in the adult population. There are currently two main interventions for the treatment of hallux valgus: surgery and orthotic prescription. There has not been a lot of research performed evaluating the effects of custom orthotic prescription on hallux valgus. Therefore, this study will investigate adults with moderate hallux valgus and the effects of orthotic intervention on the efficacy of forward propulsion during walking. It is hypothesized that implementation of an orthotic will lead to decreased foot pain, an increase in step length, an increase in the forward moment about the ankle and hallux, and a more medial center of pressure tracking through the great toe instead of the lesser metatarsals. This study will consist of 10 adults. The participant will go through three rounds of testing in the lab. The first session will consist of initial baseline testing in which each participant will be evaluated for severity of Hallux Valgus and range of motion of the first metatarsophalangeal joint. A foot casting will then be performed by a pedorthist and the participant will be set up with markers, so as to record motion while they perform 15 walking trials across a 10m runway with a force plate embedded in the middle whilst wearing standard footwear (no orthotic). The second lab session will consist of the standard footwear (no orthotic) walking as well as the addition of standard footwear with custom orthotic walking. The third session, after having worn the orthotic for two weeks, will repeat both conditions measured in the second lab session. Data about the center of pressure trajectories, step length, foot pain, and the moments about the ankle and first metatarsophalangeal joints will be collected and calculated.

The prospective, post-market, single-center clinical study will include 45 subjects who are candidates for surgery using the Arthrex QuickFix Small Staple for Akin osteotomy to correct hallux valgus interphalangeus. The purpose of the study is to evaluate the continued safety and effectiveness of the device. Device-related adverse events as well as patient reported outcomes (VAS, FFI, FAAM, VR-12) will be collected up to 1 year postoperative.

The aim of our study is to compare the effects of progressive exercise therapy, administered as a home program under the supervision of a physiotherapist, on adduction angle, pain, functional status, quality of life, and kinesiophobia in individuals aged 18-64 years with a hallux valgus angle of 15-40 degrees (mild-moderate).