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Biomedical subjects

H Freedman

Publications and source records attributed to H Freedman.

9 recordsLinked to original sources

Inpatient treatment of severe disruptive behaviour disorders with risperidone and milieu therapy.

OBJECTIVES: To evaluate the therapeutic impact of adding risperidone to milieu therapy of latency-aged inpatients with severe disruptive disorders. METHODS: The charts of 90 latency-aged patients consecutively admitted to a psychiatry ward were reviewed retrospectively. Fifteen of these patients received risperidone treatment, were nonpsychotic, and did not suffer from pervasive developmental disorder (12 male, 3 female; mean age 9.99 years, SD 1.76). Their scores on the Children's Global Assessment Scale (CGAS) were compared at admission, before risperidone treatment, and at discharge. RESULTS: All subjects were diagnosed with a disruptive behavioural disorder. Ten (66.67%) had additional learning difficulties, and 13 (86.7%) had pathological personality traits. The characteristics of the sample suggested borderline pathology or multiple complex developmental disorder. Following a mean of 38 days after admission (SD 22.3), the patients received risperidone for a mean of 46 days (SD 28.2) before being discharged. The mean maintenance dose of risperidone was 1.27 mg daily (SD 0.36). Mean CGAS scores increased from admission (21.9, SD 7.0) to before risperidone treatment (26.8, SD 7.6, P < 0.0001) and to discharge (50.3, SD 5.3, P < 0.0001). Only 2 patients had documented side effects. CONCLUSIONS: Low-dose risperidone used adjunctively to milieu therapy led to statistically and clinically significant additional improvement in the functioning of hospitalized latency-aged children with severe behavioural disorders. Low-dose risperidone is a safe and effective adjunct to milieu therapy for treating this population in inpatient settings. Prospective randomized controlled trials are needed to confirm these findings.

Adolescent↗

Corneal epithelial preservation.

While clinical experience has demonstrated that current storage techniques are adequate for the preservation of human endothelial cells, increased use of donor epithelium in cases of severe disturbance to epithelial and stromal integrity requires a reexamination of storage effects on the epithelial layer. Measurement of human and rabbit metabolite levels in stored corneas indicates that the epithelium is maintained in a normal state only if the eye is cooled promptly. If cold storage is delayed for as little as one hour after death, glucose levels in the stroma and aqueous fall below levels known to be required for preservation of epithelial integrity. The fundamental time of interest in preservation of donor corneal tissue is in the interval between death and cooling of the eye. If prompt enucleation is not possible, ice should be applied to maintain viability of the epithelium.

Animals↗