60 research outputs found
Intergenerational spillover effects of language training for refugees
Children of refugees are among the most economically disadvantaged youth in several European countries. They are more likely to drop out of school and to commit crime. We find that a reform in Denmark in 1999 that expanded language training for adult refugees and was shown to improve their earnings and job market outcomes permanently, also increased lower secondary school completion rates and decreased juvenile crime rates for their children. The crime effect is entirely due to boys who were below school age when their parents received language training. The older cohorts who were in elementary school when their parents received language training performed better in lower secondary school. Boys were more likely to finish lower secondary school and to sit the final exams, and girls achieved higher grade point averages in the exams
Significance of ultrasonographically detected asymptomatic tendinosis in the patellar and Achilles tendons of elite soccer players
Perphenazine Decanoate in sesame oil vs. Perphenazine Enanthate in sesame oil: A comparative study of pharmakokinetic properties and some clinical implications
Deuterium-isotope effects on C-13 chemical-shifts of intramolecularly hydrogen-bonded olefins
Can contrast-enhanced ultrasonography replace multidetector-computed tomography in the detection of liver metastases from colorectal cancer?
O-17 chemical shifts and deuterium isotope effects on C-13 chemical shifts of intramolecularly hydrogen-bonded compounds
Effect of simultaneous treatment with low doses of perphenazine on plasma and urine concentrations of nortriptyline and 10-hydroxynortriptyline
Plasma levels of nortriptyline and perphenazine were measured in six patients on continuous nortriptyline treatment before, during and after oral administration of perphenazine 4 mg t.i.d. In four patients the plasma levels of the conjugated and unconjugated principal metabolite 10-hydroxynortriptyline were also measured. Urinary excretion of conjugated and unconjugated 10-hydroxynortriptyline and plasma levels of perphenazine were determined in all six patients. During treatment with perphenazine two patients showed a slight increase in the plasma level of nortriptyline. The changes in metabolite excretion rate were inconclusive. Thus, there did not appear to be any important pharmacokinetic interaction between the two drugs at the doses used, which were normal therapeutic doses. The previously reported inhibitory effect of perphenazine on the metabolism of nortriptyline probably depended therefore, either on administration of a higher dose of perphenazine, or on treatment in the reverse sequence--a single dose of nortriptyline was given to patients already receiving perphenazine
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