Clinical Research Directory

Exercise, Pain Beliefs, and Activity Patterns in Musculoskeletal Pain

This observational study aims to investigate the relationship between exercise benefits and barriers, pain beliefs, and activity patterns in individuals experiencing musculoskeletal pain. Participants will complete questionnaires about their pain, exercise habits, and daily activity patterns. The study does not involve any interventions or treatments. The purpose is to better understand how beliefs and perceived barriers influence physical activity in people with musculoskeletal pain, which may help inform future strategies to improve exercise participation and overall well-being.

Velocity-Based vs Percentage-Based Strength Training in Young Football Players

The aim of the present study was to compare the effects of six weeks of velocity-based training (VBT) and traditional percentage-based strength training (TRD) on 20 m sprint performance, vertical jump, and aerobic capacity in elite young football players. The main research question was: Does VBT produce greater improvements than TRD in these performance markers? Researchers compared VBT with TRD to determine whether VBT leads to superior enhancements in sprint speed, jump performance, and aerobic capacity among elite young football players. Participants: Performed either VBT squat training, VBT squat plus bench press training, or TRD squat training. Completed VBT or TRD sessions three times per week for six weeks. Attended the laboratory for measurements and tests before and after the six-week training program.

Immersive Virtual Reality and Exercise Programs in Multiple Sclerosis

TITLE: Immersive Virtual Reality and Exercise Programs in Multiple Sclerosis INTRODUCTION: Multiple sclerosis (MS) is a chronic neuroimmunological and degenerative disease characterized by demyelination within the central nervous system. Its clinical course involves motor impairment, sensory disturbances, cognitive dysfunction, and a progressive decline in functional independence. MS is one of the leading causes of non-traumatic disability in young adults. This highlights the considerable impact of the disease, both in terms of healthcare burden and healthcare expenditure. Within this context, therapeutic exercise has evolved from being considered potentially harmful to being recognized as a safe and effective intervention capable of improving gait, balance, cardiorespiratory fitness, fatigue, and quality of life in people with MS. A model has been proposed for prescribing and progressing exercise at different stages of MS: passive range-of-motion exercises designed for patients with the most severe symptoms, a second stage incorporating active muscle-strengthening exercises, and finally, integrated exercise programs that incorporate strength, endurance, balance, and coordination training. Evidence from systematic reviews and meta-analyses shows that structured exercise (including high-intensity protocols when performed under supervision) is safe and can improve functional outcomes. Our ExeRVIEM III project (Effects of a Physiotherapy Program With High-Intensity Exercise and Immersive Virtual Reality in Multiple Sclerosis: Randomized Controlled Trial) represents a novel strategy to facilitate rehabilitation exercise programs using head-mounted virtual reality displays. HYPOTHESIS: The ExeRVIEM III project, based on training physical function in people with MS, is feasible and safe, and could have a potential clinical impact in the motor and cognitive domains, as well as applicability in community settings, such as patient associations. GENERAL OBJECTIVES: 1.1 To design and implement an ExeRVIEM III exercise program/protocol for people with MS. 1.2 To evaluate the feasibility and safety of the high-intensity virtual reality exercise program. SPECIFIC OBJECTIVES: 2.1 To analyze the possible changes in disability, functional variables, cognitive domains and biomarkers in the short and medium term in people who attend a patient association and carry out the ExeRVIEM III exercise program/protocol for people with MS. METHODOLOGY: A randomized controlled trial with two arms (experimental group and control group. The study will be conducted at the ACEM patient association (Santiago de Compostela, Spain). The intervention will consist of an 6-month supervised virtual physiotherapy program, with two weekly sessions on alternate days, in addition to the standard rehabilitation prescribed by the ACEM clinical team (physiotherapy, occupational therapy, and cognitive training sessions). An inmersive virtual reality (IVR) body combat exercise videogame will be used, administered via a virtual reality headset. In accordance with clinical guidelines for IVR, sessions will be intentionally brief (10 minutes) to minimize cybersickness and excessive fatigue. Assessments will be conducted at baseline (week 0) and immediately after the intervention (week 24). Demographic and clinical data will also be collected, including sex, age, comorbidities, disease duration, MS subtype, and pharmacological treatment. Assessments will be conducted at the patient association and in the Neurology Department of the referral hospital. Physical capacities assessments will be performed at the patient association supervising by physiotherapist, while the remaining assessments will be completed at the hospital by a neurologist specializing in MS (with blinding). The content of the assessments will be: Patient characteristics: an ad hoc registration form that will include data on age, sex, years since diagnosis, MS subtype, and pharmacological treatment. Feasibility: Number of virtual sessions attended by each participant (adherence rate via registration sheet). Rate Perceived Effort using the modified Borg scale, which measures the level of perceived exertion on a scale of 0 to 10 from no effort to maximum effort. Safety: adverse events (side effects related to virtual reality exposure) using the Simulator Sickness Questionnaire (SSQ). Level o disability: using the Expanded Disability Status Scale (EDSS). Gait will be evaluated using the 25Foot Walk Test (25FWT) and Timed Up and Go test Strengh with a hand dynamometer and the Five times to Sit and Stand test (FSST) Manual dexterity will be assessed using by 9-Hole Peg Test (9HPT). Cognitive domains evaluated by the Symbol Digit Modalities Test (SDMT) Axonal injury biomarker evaluated by Neurofilament light chain (sNfL) concentrations

Modality-Specific Heart Rate Differences at Ventilatory Thresholds During Unified Ramp Testing

The purpose of this study was to investigate the heart rate bias between cycling and treadmill exercise at ventilatory thresholds. This was a randomized crossover trial involving 23 healthy participants. Each participant performed both cycling and treadmill exercise tests in a randomized order. The primary outcome was to determine the difference in heart rate response at the first and second ventilatory thresholds between the two exercise modalities. We hypothesized that there is a fixed bias in heart rate response, which may have implications for exercise prescription in clinical and rehabilitation settings.

Effects of Lumbar Traction Combined With 3D Exercise Therapy on Adolescent Idiopathic Scoliosis

Adolescent Idiopathic Scoliosis (AIS) is a three-dimensional spinal deformity that appears during adolescence without an identifiable underlying cause. A variety of low-risk physical therapy modalities, such as TENS, acupuncture, kinesio taping, spinal manipulation, and mobilization, have been explored in the management of scoliosis. Among these approaches, lumbar mechanical spinal traction is a commonly used non-invasive and painless intervention in physical medicine and rehabilitation settings. However, existing research on traction in AIS remains limited and generally of low methodological quality. Preliminary and observational studies have reported mixed outcomes, and the clinical effectiveness of traction appears to depend on factors such as curve characteristics, treatment dose, and integration with active rehabilitation. To date, high-quality randomized controlled evidence evaluating lumbar mechanical spinal traction as an adjunct to scoliosis-specific exercises in AIS is lacking. This study aims to investigate the combined effects of lumbar mechanical spinal traction and scoliosis-specific exercises in adolescents diagnosed with AIS. A prospective randomized controlled design will be used to assess changes in Cobb angle, posture, pain, and functional status. The findings may help clarify whether adding mechanical traction provides additional benefit beyond exercise alone in the conservative treatment of AIS.