Hemiplegia Clinical Trials 2023

What Are Hemiplegia Clinical Trials?

Paralysis that only affects one side of your body is referred to as hemiplegia. This symptom can occur with ailments and situations that are not as serious, but it is frequently a critical sign of severe or life-threatening disorders like a stroke. Either side of your body can be affected by hemiplegia. It occurs as a result of illnesses and injuries to the brain or spinal cord. Hemiplegia can be either transient or permanent, depending on the reason. With prompt medical attention, certain hemiplegia reasons are manageable or even curable.

Why is Hemiplegia Being Studied Through Clinical Trials?

Since each child's experience with hemiplegia is unique, generalizations are challenging. The primary symptom is different degrees of stiffness, weakness, spasticity, and lack of control on the afflicted side of the body, which is similar to the symptoms of a stroke. This may be quite noticeable in one kid (they may have limited use of one hand, have poor balance, or the affected side may feel limp), while it may be so mild in another child that it only manifests during certain physical activities. Hemiplegia Clinical Trials are actively carried out to find better treatment options.

What Are The Types of Treatments Available for Hemiplegia?

Although hemiplegia cannot be cured, many things may be done to lessen its symptoms and support kids in achieving their potential. It's critical to comprehend hemiplegia and know how to support your youngster in realizing their potential.

Working with a physiotherapist, people with hemiplegia can improve their ability to balance, gain strength, and coordinate movement. A physiotherapist can also aid in loosening up contracted and spastic muscles. Modified constraint-induced mobility treatment involves restraints on the hemiplegic side of your body. This form of therapy tries to increase your muscular control and mobility by making your weaker side compensate.

A medical expert can use electrical pads to induce muscle activity. Muscles that you cannot consciously move can contract thanks to electricity. Electrical stimulation seeks to increase brain plasticity and lessen imbalances in the side of the brain that is being stimulated. Some physical therapists might advise using a wheelchair or walker. In short, utilizing an assistive device can aid with movement and muscle control.

What Are Some Recent Breakthrough Clinical Trials For Hemiplegia?

2021: Hemiplegia : Operative Management - Even with a vigorous hand and upper extremity rehabilitation regimen, severe, acquired spasticity can cause resistant or permanent abnormalities to appear. These Hemiplegia clinical trials show that operative management may be helpful for these problematic deformities. Still, it is only used in cases where a patient's deformities persist after the patient's neurological recovery from the initial neurologic insult has stalled. The patient has finished an intensive hand and upper extremity therapy program.

2021: Transcranial Direct Current Stimulation + Robotic Training - To determine if low-level, non-invasive brain stimulation, known as transcranial direct current stimulation (tDCS) might enhance how fast and effective people pick up robotic video games, researchers are performing hemiplegia clinical trial research. The benefits of motor training on hand function are thought to be enhanced by transcranial direct current stimulation (tDCS), a non-invasive kind of brain stimulation that has been shown to increase recovery of arm function in individuals with stroke. During tDCS, a machine will provide electrical energy to electrodes positioned on the scalp to stimulate the brain without an intrusive procedure. It is a secure method that has been used by more than 200 kids.

Who Are Some of The Key Research Institutions Conducting Hemiplegia Clinical Trial Research?

Burke Neurological Institute – Apart from conducting informative Hemiplegia clinical trials, children with hemiplegic cerebral palsy can get skilled medical treatment and participate in cutting-edge rehabilitation research at the Burke-Blythedale Hemiplegia Center, a multidisciplinary facility. Children with one-sided weakness can receive a comprehensive assessment at our collaborative Hemiplegia Clinic, which includes consultation with paediatric neurologists and occupational therapists with experience in hemiparesis.

International Consortium for the Research on Alternating Hemiplegia of Childhood - The IAHCRC was established in 2012 to conduct a collaborative study that resulted in the discovery of the ATP1A3 gene as the primary cause of AHC. Geneticists, clinicians, and researchers from university centers in the US, Australia and Europe are a part of the consortium.