1.Galactorrhea Probably Related with Switching from Osmotic-release Oral System Methylphenidate (MPH) to Modified-release MPH: An Adolescent Case.
Ozalp EKINCI ; Serkan GUNES ; Nuran EKINCI
Clinical Psychopharmacology and Neuroscience 2017;15(3):282-284
Galactorrhea, as an adverse effect of psychotropic medications, usually develops due to high dose of antipsychotics. Selective serotonin reuptake inhibitors (SSRIs) have also been reported to be related to galactorrhea. To the best of our knowledge, no previous study reported galactorrhea with methylphenidate (MPH) use. Hereby, we report a case of an adolescent girl who developed galactorrhea after increasing his modifed-release oral MPH to 50 mg/day while under treatment of sertraline and very low dose haloperidol.
Adolescent*
;
Antipsychotic Agents
;
Female
;
Galactorrhea*
;
Haloperidol
;
Humans
;
Methylphenidate*
;
Pregnancy
;
Serotonin Uptake Inhibitors
;
Sertraline
2.Risperidone Induced Pisa Syndrome in a Male Adolescent.
Serkan GUNES ; Ozalp EKINCI ; Meltem Cobanogullari DIREK ; Veli YILDIRIM ; Cetin OKUYAZ ; Fevziye TOROS
Clinical Psychopharmacology and Neuroscience 2016;14(1):104-106
Pisa syndrome, a rare dystonic reaction resulting from prolonged exposure to antipsychotic medications, is characterized by persistent dystonia of trunk muscles and abnormal posture. It is called Pisa syndrome, because the abnormal posture resembles the Leaning Tower of Pisa. Different from other types of dystonic reactions, Pisa syndrome is more prevalent in females and in older patients with organic brain changes. A 15-year-old male patient with mental retardation was admitted to pediatric neurology clinic for the complaint of abnormal posturing. He had been taking only risperidone for the last four years. Over the last month, the patient gradually developed tonic flexion of trunk and head toward left and was diagnosed with Pisa syndrome. In this paper, we aimed to discuss the association between risperidone use and Pisa syndrome in light of the available literature.
Adolescent*
;
Brain
;
Child
;
Dystonia
;
Female
;
Head
;
Humans
;
Intellectual Disability
;
Male*
;
Muscles
;
Neurology
;
Posture
;
Risperidone*