The Role of Kabat Rehabilitation Technique Versus Conventional Physical Therapy Along With Electrical Stimulation in Treatment of Bell's Palsy

Bell's Palsy (BP), named after the Scottish anatomist and surgeon Sir Charles Bell who first described it, is a disease that occurs as a result of idiopathic usually unilateral, and isolated seventh cranial nerve (facial nerve) paralysis, leading to an inability to control the facial muscles on the affected side without a known cause . Bell's Palsy is the most common acute mononeuropathy, accounting for approximately 60%-75% of all cases of unilateral facial paralysis . The incidence of BP ranges from 11.5 to 40.2 in 100,000 cases. Although it may influence all ages, it is more commonly seen between 15 and 45 years old .

The imbalance between pro-oxidants and antioxidants, if not deactivated by the cellular antioxidant system, results in oxidative stress status. Reactive oxygen species (ROS) derived from ischaemic events can generate products leading to cellular deregulation. Excess of these species can react with cellular macromolecules and results in lipid peroxidation, nucleic acid damages and protein modifications .

Systemic markers of oxidative stress include ischemia-modified albumin (IMA). When tissue ischemia occurs, a newly formed albumin called IMA is produced. It is suggested that BP patients have higher serum levels of IMA due to excess ROS and so oxidative stress status providing information about the relationship between oxidative stress status and BP .

Electro neurophysiology is the main diagnostic and prognostic tool in peripheral neuropathy. Facial nerve electrodiagnostic is a well-established and important tool for decision-making in patients with facial nerve diseases. Electro neurophysiological analyses of the facial nerve and facial muscles can assist in diagnosis, assess the lesion severity, and it is a valuable tool for predicting recovery.

Ultrasonography has increasingly been used to investigate neuromuscular disorders. It enables real-time imaging acquisition, is easily accessible, and can be used at the bedside. Furthermore, it can be used to diagnose and predict prognosis in neuromuscular disorders, as well as to assess structural lesions in nerves. With advances in image resolution, some cranial nerves, including the facial nerve, have also become accessible to ultrasonographic imaging. Neuromuscular ultrasound may be helpful in the diagnosis and disease prognosis. Serial ultrasonographic scanning of the facial nerve from disease onset until recovery may also help advance this promising technique.