Facial Paralysis

This study aims to evaluate facial movements in patients with facial paralysis using video-based objective analysis and to examine the relationship between these video-based measurements and standard clinical assessment scales. Participants will be asked to perform simple facial movements, such as raising the eyebrows, closing the eyes tightly, smiling, showing the teeth, pursing the lips, and puffing the cheeks, while a video recording is taken. Researchers will also evaluate participants' facial function using established clinical rating scales and questionnaires. No medication will be given, no invasive procedures will be performed, and no changes will be made to participants' current treatment. The goal is to contribute to the development of more detailed, objective, and standardized methods for evaluating facial function in patients with facial paralysis.

Bell's palsy is an acute,unilateral facial paresis that significantly affects patient's facial symmetry,motor function and quality of life.The primary goal of this randomized controlled trial is to determine if integrating the targeted neural mobilization with proprioceptive neuromuscular facilitation improves facial symmetry and motor function more effectively than using pnf alone.participants allocated to either experimental group receiving neural mobilization and pnf or control group receiving pnf alone.after approval from ERC FUSH, participants are assessed using housebrackman scale and sunnybrook facial grading system(scales to asses the degree of severity of facial paralysis) at first and fourth week of intervention application.data will be analysed using spss v.22.

The purpose of this study is to learn more about how mindfulness techniques can help reduce anxiety, depression and body image disturbance as well as improve synkinesis in individuals with non-flaccid facial paralysis.

The problem posed is the possibility of objectively assessing facial muscle mobility. Today, in patients with facial paralysis, the assessment of the deficit is carried out using a subjective scale such as the House Brackman \[1\] or EMG scale of the facial nerve but does not distinguish each muscle individually . Objective measurements of skin muscles such as thickness and volume, in preoperative assessment of a facial paralysis rehabilitation surgery, would be useful in order to choose the most appropriate surgical technique. Indeed, too much amyotrophy will contraindicate hypoglosso-facial anastomosis (VII-XII) and it will be preferable to propose a temporal elongation myoplasty or a reinfused free muscle flap. Similarly, it would be useful to be able to objectively evaluate the recovery of muscle function after facial allo-transplantation. Although electromyography has been developed since the work of Duchenne de Boulogne, little research has been carried out on the development of noninvasive methods to objectively characterize in vivo skin muscles (variation, position, orientation, morphometry). The main morphometric data of the skin muscles come from anatomical dissections. Imaging of the skin muscles has not been specifically developed. Some studies have been carried out to visualize these muscles in MRI 1.5 Tesla in pathologies such as myasthenia gravis, facial paralysis, and labio-alveolo-palatine clefts for example. The originality of the project is to develop a method allowing to establish a quantitative correlation between the movements of the face and the muscular changes. This correlation will be achieved by associating muscular morphological data derived from MRI acquisitions and cutaneous deformations resulting from clinical examinations. This non-invasive approach should make it possible to establish objective and reproducible indicators in patients with facial paralysis sequelae.

A research study to find out if brief intraoperative electrical stimulation therapy improves nerve regeneration and smile outcomes following two-stage cross face nerve graft facial reanimation surgery.

In this study, patients who have undergone facial paralysis surgery will be asked to participate. The goal of this study is to compare the facial disability and perception outcomes of facial reanimation surgeries in patients with extensive and permanent, unilateral paralysis using 3D analysis, and compare patient-centered outcomes of facial appearance, well-being, and satisfaction using validated questionnaires. The focus point of this study will be on outcomes of mid-facial reanimation surgeries in patients with more extensive and permanent, unilateral, paralysis of varied etiology and presentation. The specific aims of the study are as follows. Specific Aim 1. To quantitatively determine the surgical effects/impact on facial disability (facial impairment and disfigurement) among four surgically treated groups of patients with unilateral facial paralysis who undergo free gracilis muscle transfer driven by (1) a trigeminal nerve (nV) graft, (2) a crossface nerve graft (nVII), (3) dual innervation comprising both nerves, and (4) midfacial modification. 1. We will compare the changes in facial disability among the groups before and after surgery, and the differences in facial disability between each surgery group and the controls before and after surgery. 2. Specific Aim 2. To compare among the surgery groups the changes in self-perceptions of facial appearance and well-being that occur due to facial reanimation surgery, and to compare the surgery groups before and at 18 months to historical controls recruited during the tenure of the R21 grant. 3. Specific Aim 3. In patients with facial paralysis, to compare surgeons' current qualitative assessment and 2D, quantitative assessment of facial impairment and disfigurement with the objective, 3D, quantitative assessments in order to determine the clinical utility of the 3D assessment approach as an outcome measure and relevance for dissemination to the surgical community.