ABSTRACT
In 88 patients with operated pituitary tumours a retrospective statement of the duration of the disease up to the beginning of the therapy was carried out. In the case of the prolactin secreting tumours the times of anamnesis are approximately only half as long as in the comparable data of literature. The cause of this may by the large proportion of macroprolactinomas among our patients. In acromegaly the duration of the disease is from 3/4 to 25 years. By their insiduous clinical progression hormone-inactive tumours render an exact dating of the beginning of the disease impossible. Issuing from the still too long times of anamnesis the clinical symptoms of the endocrine-active and endocrine-inactive pituitary tumours relevant to practice are demonstrated. Including these symptoms into differential-diagnostic consideration an early diagnosing should be possible at least in endocrine-active tumours.
Subject(s)
Paraneoplastic Endocrine Syndromes/diagnosis , Pituitary Function Tests , Pituitary Neoplasms/diagnosis , Acromegaly/diagnosis , Adenoma/diagnosis , Adult , Female , Follow-Up Studies , Humans , Male , Paraneoplastic Endocrine Syndromes/surgery , Pituitary Neoplasms/surgery , Prolactinoma/diagnosisABSTRACT
Some organic acids that occur in human urine are excreted in very different amounts during the day and the night. The day-night rhythm in the excretion rate of citric acid and propylurofuran acid changes only gradually if the normal rhythm of life is inverted, e.g., if a person sleeps during the day and works at night (shift of 12 h), paralleling the gradual adjustment of steroid metabolism under the same conditions. In contrast, the typical rhythm in the excretion rate of tetrahydrofuran acids and tartaric acid inverts immediately if the sleep-waking rhythm of a person is inverted. In contrast to propylurofuran acid, pentylurofuran acid is excreted unrhythmically. No change in the excretion rate of amino acids was observed if the daily rhythm was inverted. Quantifications were achieved by liquid-liquid extraction, derivatization and gas chromatography computerized peak area integration.
Subject(s)
Acids/urine , Sleep/physiology , Wakefulness/physiology , Amino Acids/urine , Citrates/urine , Citric Acid , Diet , Gas Chromatography-Mass Spectrometry , Humans , Hydrolysis , Indicators and Reagents , Male , Tartrates/urineABSTRACT
In 38 patients with immunogenic hyperthyroidism a follow-up was performed to estimate the value of TBII before, during and after methimazole therapy. Before therapy increased TBII were detectable in 37 patients (94.4%). After 12 months methimazole therapy 25 patients had TSH-receptor antibodies (66%) within the normal range. In 13 patients positive antibody titres were found. In most cases persistence of increased TBII-values during drug treatment was an indicator of the persistence of active hyperthyroidism (10 of 13 patients). In the rule a disappearance of TBII-activity was combined with a functional remission (22 of 25 patients). Prolonged demonstration of TBII-activity in conjunction with persistence of hyperthyroidism should lead to ablative measures. In contrast to this medical therapy should be finished in patients with immunological and functional remission. Though in the further follow-up a recurrence of the immunological base of the disease with a functional and clinical relapse is possible.
Subject(s)
Graves Disease/immunology , Immunoglobulin G/metabolism , Methimazole/therapeutic use , Thyroid Gland/immunology , Autoantibodies/analysis , Follow-Up Studies , Graves Disease/drug therapy , Humans , Immunoglobulins, Thyroid-Stimulating , Radioligand Assay , Receptors, Thyrotropin/immunology , Thyrotropin-Releasing HormoneABSTRACT
The excretion of some acids in urine is subject to a circadian rhythm, if diversified nutrition is offered to the body sufficiently. The effect of physical exertion upon the excretion rates of acids in urine is very similar to that of a zero diet, resulting in an increase of final degradation products and a decrease of metabolic intermediates.
Subject(s)
Acids/urine , Physical Exertion , Adult , Circadian Rhythm , Citrates/urine , Citric Acid , Diet , Humans , MaleABSTRACT
A simple procedure to distinguish between urinary acids originating from nutrition and beverages and those produced from compounds stored in the body is described. Acids originating from nutrition disappear in urine samples after a few days of a zero diet, whereas those produced from body compounds do not. The zero diet can be substituted by a diet of peeled rice and water.
