Completed projects

Functional gait assessment with markeless technology

Research work carried out by the Instituto de Biomecánica de Valencia (IBV) and the UBIC research group on functional gait assessment with markeless technology.

Musculoskeletal model-based parallel robotic control system for monitoring and training of the proprioceptive system

This project focuses on the development and experimental validation of a mechatronic system, based on a parallel robot, capable of performing both rehabilitation tasks and clinical assessment of the lower limb.

Effectiveness of virtual mobility on neuroplasticity and functional ability in individuals with spinal cord injury

People who have experienced a spinal cord injury show sensory and/or motor impairments that lead to an alteration in their functionality and thus in their ability to perform daily life activities. The main objective of this study is to evaluate the effectiveness of mirror neuron stimulation by means of a virtual mobility treatment (comparing it with interventions combined with specific physical exercise) on neuroplasticity and, therefore, on variables related to functional ability, in people with incomplete spinal cord injury.

Walking-based aerobic exercise programme preceded by an ischaemic preconditioning programme in elderly people

The main objective of this study is to determine the effectiveness of a walking-based aerobic exercise programme preceded by an ischaemic preconditioning protocol on parameters related to physical function, cognitive status and quality of life in elderly people.

Effectiveness of mirror therapy in patients with carpal tunnel syndrome

A randomised clinical trial has been conducted with the aim of analysing the effectiveness of mirror therapy combined with therapeutic exercise on symptoms of median nerve compression, pain, mobility, strength and motor function in patients with carpal tunnel syndrome.

Advice on experimentation in a clinical context with biomechanical assessment tools

The aim of this project is to generate tools that enable service design criteria to be obtained, through the research of biomechanical models and analysis methods based on artificial intelligence.

Completed projects

Advanced search