Flaccid hemiplegia affecting left nondominant side
ICD-10 G81.04 is a billable code used to indicate a diagnosis of flaccid hemiplegia affecting left nondominant side.
Flaccid hemiplegia affecting the left nondominant side is a neurological condition characterized by the complete loss of voluntary muscle function on the left side of the body, which is controlled by the right hemisphere of the brain. This condition often results from damage to the motor pathways in the brain, commonly due to stroke, traumatic brain injury, or cerebral palsy. Patients may exhibit significant mobility impairments, including difficulty with balance, coordination, and performing daily activities. Flaccid hemiplegia is distinguished from spastic hemiplegia, where muscle tone is increased. Individuals with this condition may require extensive rehabilitation services, including physical therapy, occupational therapy, and speech therapy, to improve their functional abilities and quality of life. The left nondominant side refers to the side of the body that is not typically responsible for language and fine motor skills, which can influence the rehabilitation approach and expected outcomes.
Comprehensive neurological examination findings, imaging results, and functional assessments.
Patients presenting with sudden onset weakness, post-stroke rehabilitation, and chronic hemiplegia management.
Ensure clear documentation of the neurological deficits and their impact on daily living.
Detailed therapy notes outlining treatment goals, progress, and functional outcomes.
Rehabilitation sessions focusing on mobility training and strength building for hemiplegic patients.
Document specific interventions and patient responses to therapy.
Used for rehabilitation of patients with hemiplegia to improve strength and mobility.
Document specific exercises performed and patient progress.
Physical therapy notes should align with the diagnosis and treatment plan.
Flaccid hemiplegia is characterized by reduced muscle tone and weakness, while spastic hemiplegia involves increased muscle tone and stiffness. Accurate coding requires understanding these differences.
