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Diabetes Care, Vol 21, Issue 7 1062-1070, Copyright © 1998 by American Diabetes Association
Glucose metabolism, lipid metabolism, and cardiovascular risk factors in adult Turner's syndrome. The impact of sex hormone replacement
CH Gravholt, RW Naeraa, B Nyholm, LU Gerdes, E Christiansen, O Schmitz and JS Christiansen
Department of Endocrinology M, University Hospital of Aarhus, Denmark. cg@afdm.aau.dk
OBJECTIVE: To examine glucose metabolism, blood pressure, physical fitness,
and lipid metabolism in adult untreated women with Turner's syndrome
compared with a group of normal women and to examine the effects of female
sex hormone substitution on these factors. RESEARCH DESIGN AND METHODS: A
total of 26 patients with Turner's syndrome were examined before and during
sex hormone replacement with 17 beta-estradiol and norethisterone, and an
age-matched control group (n = 24) was examined once. A frequently sampled
intravenous glucose tolerance test was applied with minimal model
assessment. We also performed an oral glucose tolerance test, measurement
of 24-h ambulatory blood pressure, and assessment of physical fitness and
lipid metabolism. RESULTS: Insulin sensitivity (SI) and glucose
effectiveness (SG) were similar in Turner's syndrome patients and control
subjects, whereas the acute insulin response (P = 0.03) was lower in
Turner's syndrome patients, and no change was seen during sex hormone
treatment. Abnormal glucose tolerance was found in 50% of Turner's syndrome
patients before and 78% during treatment with sex hormones. Fat-free mass
(FFM; P = 0.0005) and physical fitness (P = 0.002) were lower in Turner's
syndrome subjects compared with control subjects. During treatment, an
increase in FFM (P = 0.001) and physical fitness (P = 0.02) was seen in
Turner's syndrome patients. Blood pressure was increased in Turner's
syndrome, and a decrease was seen in diastolic blood pressure during
treatment with sex hormones. CONCLUSIONS: Turner's syndrome is associated
with glucose intolerance, diminished first-phase insulin response, elevated
blood pressure, reduced FFM, and physical fitness. Sex hormone
administration causes a deterioration in glucose tolerance, increases FFM
and physical fitness, and has beneficial effects on blood pressure. The
deleterious effect on glucose tolerance may be mediated by norethisterone,
a gestagen known to have androgenic effects.

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Copyright © 1998 by the American Diabetes Association.
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