Cocaine-associated stroke: three cases and rehabilitation considerations

R D Tolat1, M W O' Dell, S P Golamco-Estrella

  • 1The Regional Center for Brain Injury Rehabilitation, Southside Hospital, Bay Shore, New York, USA.

Brain Injury
|May 18, 2000
PubMed

Insights

Cocaine-associated stroke (CAS) rehabilitation can be improved with targeted neuropharmacologic interventions. Medication management, particularly dopaminergic agents, showed significant functional gains in patients with CAS.

Area of Science:

  • Neuroscience
  • Pharmacology
  • Rehabilitation Medicine

Background:

  • Cocaine-associated stroke (CAS) is a significant cause of disability, particularly in young adults.
  • While survival rates have improved, rehabilitation strategies, especially medication management, remain under-discussed.
  • Understanding the neuropharmacological underpinnings of CAS is crucial for optimizing patient recovery.

Observation:

  • Three cases of inpatient rehabilitation for CAS are presented, detailing medication management and functional outcomes.
  • Case 1 (50M) and Case 2 (44F) received pharmacotherapy (paroxetine, bromocriptine, methylphenidate) resulting in substantial functional gains (50 FIM points).
  • Case 3 (46F) showed moderate gains (35 FIM points) without neuropharmacologic intervention, highlighting potential benefits of medication.

Findings:

  • Chronic cocaine use impacts dopaminergic pathways, contributing to depression, attention, and initiation deficits observed in CAS patients.
  • Pharmacological interventions, including dopaminergic agents and antidepressants, were associated with rapid improvements in mood and cognition.
  • Functional gains were more pronounced in patients receiving medication compared to those without.

Implications:

  • Neuropharmacologic interventions, specifically dopaminergic agents for cognitive deficits and cautious use of bupropion for depression, warrant consideration in CAS rehabilitation.
  • This study suggests a potential role for targeted medication in enhancing functional recovery and quality of life for CAS survivors.
  • Further research into neuropharmacologic strategies is recommended to optimize rehabilitation protocols for cocaine-associated stroke.

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