A clinicopathologic profile of adrenocortical tumors.

OBJECTIVE: To study the clinical, biochemical, hormonal, radiological and histopathological profile of adrenocortical tumors in children; to assess the clinicopathological correlations and note the future outcome. DESIGN: Retrospective and prospective study. SETTING: Hospital based; Endocrine Service of our institution and other institution based services. SUBJECTS: 14 children (Females = 11, Males = 3) with adrenocortical tumor, aged 8 months to 13 years (mean age 5.1 +/- 3.42 years), seen over a period of 9 years. RESULTS: Females predominated (F:M = 3.7:1). Majority (64%) had a mixed picture with cushingoid features and virilization, whereas 36% presented only for virilization. Elevated serum cortisol levels with loss of diurnal variation was noted only in those with mixed clinical presentation. Adrenal androgen elevation was noted in majority of cases as virilization was common to all. CT confirmed the diagnosis of tumor, 7 on either side. Thirteen cases were operated. Histopathologic diagnosis was carcinoma in 7 and adenoma in 6 cases. Three of the seven with carcinoma died within 3 months to 2 years but two of these with small tumours (weight 60-65 g and diameter < 6 cm) were well at 2 and 5 years, while as one of the six with a large adenoma had recurrence and metastasis after three years. CONCLUSION: Female preponderance was marked (4 times), 43% of tumors had occurred by 3 years of age and 64% by 6 years. Neither the hormonal parameters nor the histopathology correlated well with the biological behavior and outcome. Prolonged and vigilant follow up is essential.

Neonatal screening for congenital hypothyroidism using the filter paper thyroxine technique.

A total of 25,244 full term consecutive newborns were screened for hypothyroidism at 24 to 96 h of birth using the filter paper technique for thyroxine. The screening protocol based on our pilot study considered filter paper thyroxine (FP-T4) values of 51 to 80 ng/ml (-1 SD) as borderline and < 50 ng/ml (-2 SD) as high risk for congenital hypothyroidism. FP-T4 and/or serum T4 and TSH were reestimated in all neonates with FP-T4 < 80 ng/ml. A total of 4775 (18.9%) newborns (FP-T4, 51 to 80 ng/ml in 4435 and < 50 ng/ml in 340) needed the recall; 2237 (50.4%) with FP-T4 51 to 80 ng/ml recalled by letters and 283 (83.3%) of the 340 subjects with FP-T4 < 50 ng/ml recalled by home visit, responded by 6 wk of age. Congenital hypothyroidism was confirmed in 6 newborns. FP-T4 in one persisted at 55 ng/ml on follow up and in the remainder both initial and repeat values were < 50 ng/ml. Follow up serum T4 values were subnormal (7.8-50.2 ng/ml) and serum TSH elevated (80-1233 IU/ml). Technetium thyroid scan showed agenesis in 3, ectopia in 2 and normal gland with probable dyshormonogenesis in one. Three other newborns (FP-T4 93 to 143 ng/ml) escaped primary detection and were referred later for congenital hypothyroidism. The incidence of congenital hypothyroidism by primary screening was 1:4207 (6 of 25,244) but with these 3 missed cases, probably 1:2804. Congenital hypothyroidism was reconfirmed in all 9 infants between the ages of 2 1/2 to 4 yr.(ABSTRACT TRUNCATED AT 250 WORDS)