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Tag: Spasticity

Explore our medication guides and pharmacology articles within this category.

Which muscle relaxant is used for MS or spinal cord injury? An overview of treatment options

4 min read
Spasticity is a condition that affects up to 80% of individuals with spinal cord injury and is also a common symptom of multiple sclerosis. Determining which muscle relaxant is used for MS or spinal cord injury is a critical step in managing the associated muscle stiffness, spasms, and pain. A variety of pharmacological treatments, from oral medications to targeted injections, are used based on the severity and specific symptoms of each patient.

Do Muscle Relaxers Help with MS Pain Caused by Spasticity?

6 min read
Up to 84% of people with multiple sclerosis experience spasticity, a primary source of painful muscle stiffness and spasms. Muscle relaxers primarily address this spasticity, and in doing so, can provide significant relief from the associated MS pain. However, they are not a cure-all for all types of MS pain.

What is the best medication for muscle stiffness?

4 min read
Chronic musculoskeletal pain disorders are the underlying diagnosis for 70% to 80% of individuals living with chronic pain [1.6.8]. Finding the best medication for muscle stiffness depends on the cause, whether it's simple soreness, a spasm, or chronic spasticity from a neurological condition [1.2.4].

What is the maximum dosing of Dysport?

3 min read
According to FDA prescribing information, the maximum recommended total dose of Dysport for treating spasticity in adults is 1500 Units when combining upper and lower limbs. Understanding what is the maximum dosing of Dysport is complex, as the safe and effective dosage is highly dependent on the specific medical condition being treated, patient factors, and the area of injection.

Does Tizanidine Relax the Brain? Understanding its Central Nervous System Effects

4 min read
Tizanidine is an FDA-approved medication primarily used for the short-term treatment of muscle spasticity. In addressing the question, **does tizanidine relax the brain?**, the answer is yes, as it functions by slowing nerve action within the central nervous system (CNS), which includes the brain and spinal cord. This central mechanism is how it achieves its therapeutic effect on muscle relaxation.