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Biomedical subjects

B M Saran

Publications and source records attributed to B M Saran.

5 recordsLinked to original sources
PubMed1985

Tardive dyskinesia: clinical and neuroendocrine response to low dose bromocriptine.

Twelve patients with a long-standing history of moderate to severe symptoms of tardive dyskinesia, which had remained stable for several months, participated in a 6-week trial with bromocriptine. All patients were receiving a concomitant neuroleptic medication and were treated with a low dose of bromocriptine (0.75 to 7.5 mg). Patients showed a modest overall improvement of 16.6%, with a trend for greater improvement in male patients (23.6%). Baseline prolactin levels in the female patients showed a positive correlation with age and duration of tardive dyskinesia symptomatology. Plasma prolactin levels 4 hours following administration of bromocriptine were negatively correlated with the dose of bromocriptine. There appears to be a differential sensitivity for prolactin and growth hormone response to bromocriptine at these low doses in the presence of chronic neuroleptic treatment.

Bromocriptine↗
PubMed1978

Pretrial commitment.

Explore the source record for details and available documents.

Commitment of Persons with Psychiatric Disorders↗
PubMed1976

The effects of administering lithium carbonate on the balance of Na, K and water in manic-depressive patients.

Eleven patients in remission from manic-depressive illness were studied by means of metabolic balances before and after the administration of lithium carbonate. Lithium caused a sharp diuresis of isotonic saline and a smaller excretion of potassium over the course of two days. During the subsequent two days there occurred a compensatory retention of Na, K and water. These short-term changes were not associated with any significant alteration in the patients' mood. There was no significant and systematic retention of Na, K or water over the 14 days of Li administration. The recovery of Li was measured simultaneously. During the first week only a proportion of the administered Li was recovered in the urine and faeces, suggesting that a gradual distribution of Li throughout its body space was occurring. After the first week, nearly all the administered Li was recovered, indicating an equilibrium with an even distribution of the ion throughout its body space. This equilibrium was more complete at this early stage in those patients who had been given a smaller dose of lithium carbonate.

Adolescent↗