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Biomedical subjects

S K Goolamali

Publications and source records attributed to S K Goolamali.

12 recordsLinked to original sources

Absence of oesophageal mucosal folds in systemic sclerosis.

In a controlled study of barium swallow radiographs in systemic sclerosis, longitudinal oesophageal mucosal folds were absent in eight of 30 patients and in one of 30 control subjects (P less than 0.03). Patients without mucosal folds developed Raynaud's phenomenon at an earlier age than those who retained their mucosal folds (P less than 0.05). A loss of oesophageal mucosal folds did not necessarily signify more severe visceral or cutaneous disease.

Adult

Thyroid disease and sebaceous function.

Sebum excretion rates (SER) were measured before and after treatment in patients with hypothyroidism and thyrotoxicosis. The mean SER in the former was significantly less than that in normal controls but there was no correlation between SER and the severity of the disease as indicated by serum thyroid-stimulating hormone levels. After treatment with L-thyroxine the SER increased but remained subnormal. By contrast the SER was not increased in patients with thyrotoxicosis and it was unaffected by treatment. The human sebaceous gland seems to respond to thyroid hormone mainly in the hypothyroid range.

Adolescent

Familial Behçet's syndrome.

Behçet's syndrome is reported in a family of which four generations have so far been affected. The index patient also exhibited an unusual schizo-affective disorder. The histocompatibility antigen haplotype 1-17 was common to four with the disease. Genetic transmission may be responsible for the familial nature of the syndrome and the associated schizophrenia.

Adult

Bromocriptine therapy in acromegaly.

Bromocriptine (CB-154, Sandoz) has been given to 21 acromegalic patients (11 female, 10 male) for a period of 6-10 months. The mean serum growth-hormone (G.H.) levels ranged from 10 mug/1 to 512 mug/1 before therapy. Bromocriptine suppressed G.H. values to 5 mug/1 or less in 4 patients and to less than 10 mug/1 in a further 8 patients, but in 2 patients G.H. levels did not show any significant reduction. Bromocriptine did not block stress-induced G.H. secretion. It did not distrub pituitary function other than secretion of prolactin and had negligible side-effects. Its effect on tumour size is uncertain and it is therefore unsuitable for patients with suprasellar extension of the tumour. Otherwise it seems reasonable to offer a trial of bromocriptine to all patients with acromegaly where therapy is deemed necessary. In those who show a full response of G.H. levels with a dose of 20-40 mg of bromocriptine per day, external radiation to the pituitary can be used to prevent tumour expansion and bromocriptine withdrawn at intervals to assess the effect of the radiation. In patients with a partial response to bromocriptine, the decision to offer alternative therapy depends on the extent of the response and on the age and medical condition of the patient. In patients who fail to respond to bromocriptine, particularly those younger patients with active disease, more definitive local treatment (e.g., trans-sphenoidal removal of the tumour or yttrium-90 implantation) would be indicated. Bromocriptine may also be used with benefit in the large number of patients who have shown a partial response to other forms of therapy.

11-Hydroxycorticosteroids

A sebotrophic stimulus in benign and malignant breast disease.

The sebum-excretion rate (S.E.R.) has been found to be increased in patients with benign as well as malignant breast disease. The S.E.R. was not increased in patients undergoing surgery for other diseases. It is considered that the sebotrophic hormone may also be mammotrophic. Drugs such as reserpine and the phenothiazines which increase sebum production may perhaps provoke benign as well as malignant breast disease.

Acne Vulgaris

The effect of chlorpromazine on the secretion of immunoreactive beta-MSH and prolactin in man.

The effect of chlorpromazine (50 mg. im) on the plasma concentration of immunoreactive beta-melanocyte-stimulating hormone (beta-MSH) and prolactin was studied in 8 hospitalized subjects with non-endocrine skin disorders. Plasma beta-MSH concentrations remained unchanged over a period of 7 h in 6 subjects. In the remaining 2 subjects there was a slight increase. Plasma prolactin concentrations were greatly increased in all subjects 1 1/2-3 h after the injection and had almost returned to pre-injection levels by 7 h. This suggests that the control of beta-MSH secretion in man, unlike that of prolactin in man and MSH peptides in other mammals, is not predominantly inhibitory. The reason for this discrepancy may be that beta-MSH is not a natural MSH in man and occurs as part of the lipotropic hormone (LPH) or as a breakdown product.

Chlorpromazine