Functional Recovery

The aim of this study is to evaluate, in routine clinical practice, the inter- and intra-observer reliability of the Iowa Level of Assistance (ILoA) scale, which is regularly used to assess functional recovery in orthopedic patients. A secondary objective is to investigate the impact of a structured retraining program for healthcare staff on the use of the ILoA scale and to determine whether this intervention influences the reliability indices of the scale.

Patients experience dramatic quadriceps strength loss after total knee replacement, which contributes to persistent weakness and reduced long-term function after surgery. Neuromuscular electrical stimulation (NMES) reduces quadriceps weakness and improves patient function after knee replacement, but it is drastically underused in rehabilitation practice. This randomized trial will examine the effectiveness and feasibility of a comprehensive strategy for implementing neuromuscular electrical stimulation after knee replacement in two large healthcare organizations.

The aim of this study is to compare the Competency of coupling of IPACK Block with Adductor Canal Block versus Adductor Canal Block Alone on Postoperative Pain after total knee replacement as well as Functional Recovery and Inflammatory Response and range of motion postoperatively.

The present project aims to evaluate the facilitatory modulation of motor responses of the limb upper limb by tsDCS in patients with arm/hand hyposthenia after cerebral ischemia to verify the possible therapeutic benefits that this type of stimulation can induce in terms of of strength, dexterity and effectiveness in acts of daily living.

This research delves into the acute prognostic factors influencing functional recovery in individuals who have experienced a stroke. The objective is to describe patterns of functional recovery after a stroke and identify new, clinically significant outcomes or metrics that can serve as predictive indicators for post-stroke functional recovery.