Pavelka Stanislav ( search by name in IS MU /auth )

Body na spoluautora Body za publikaci pro MU Odkaz ISVaV
0,00 0,00 Novel radiometric enzyme assays for determination of iodothyronine deiodinases activities
0,00 0,00 Metabolism of thyroid hormones in white adipose tissue: Assessment by radiometric enzyme assay
0,00 0,00 Použití radioanalytických metod při studiu thyreotoxických účinků exogenního bromidu
0,00 0,00 Radiometric enzyme assays: Studies on thyroid hormones metabolism
0,00 0,00 Use of whole-body gamma-ray spectrometry for the ascertainment of variations in the biological half-lives of sodium and bromide ions
0,00 0,00 Whole-body gamma-ray spectrometry of 82Br and 24Na radionuclides: Simultaneous determination of excretion rates of bromide and sodium ions
2,67 2,67 Bromide transfer through mother's milk and its impact on the suckling rat
7,09 7,09 Biological half-life of bromide in the rat depends primarily on the magnitude of sodium intake
2,67 2,67 Biological half-lives of bromide and sodium in the rat are connected and dependent on the physiological state
0,00 0,00 Interference of exogenous bromide with the metabolism of thyroid hormones in the rat
0,00 0,00 Iodothyronine deiodinases and plasma levels of thyroid hormones in very premature infants
19,97 19,97 Impairment of iodine and thyroid hormone metabolism in very premature infants
3,83 3,83 Halogen speciation in the rat thyroid: Simultaneous determination of bromine and iodine by short-term INAA
0,00 0,00 Extremely sensitive determination of iodothyronine deiodinase enzyme activities
0,00 0,00 Interaction of antidepressant drug fluoxetine with the metabolism of triiodothyronine
0,17 0,17 Iodine transfer through mother's milk: The influence of bromide (Chapter 20 in the book: Comprehensive Handbook of Iodine).
0,00 0,00 Sodium intake determines the value of the biological half-life of bromide in the rat
0,00 0,00 Sodium intake determines the value of the biological half-life of bromide in the rat
0,00 0,00 Sodium intake determines the value of the biological half-life of bromide in the rat
0,00 0,00 Effects of an enhanced bromide intake in the rat on iodine distribution within the body
0,00 0,00 Effects of an enhanced bromide intake in the rat on iodine distribution within the body
0,00 0,00 Effects of an enhanced bromide intake in the rat on iodine distribution within the body
0,00 0,00 Exogenous bromide in the lactating rat influences iodine and bromide transfer to the suckling
0,00 0,00 Exogenous bromide in the lactating rat influences iodine and bromide transfer to the suckling
0,00 0,00 Exogenous bromide in the lactating rat influences iodine and bromide transfer to the suckling
0,00 0,00 High bromide intake in the lactating rat significantly influences transfer of iodine and bromide via mother's milk
0,00 0,00 Neutron activation analysis of the rat thyroid: Determination of the concentration ratio I/Br
0,00 0,00 Novel radiometric enzyme assays: Extremely sensitive determination (in 10 exp-18 to 10 exp-12 katals range) of iodothyronine deiodinases activities
0,00 0,00 Novel radiometric enzyme assays: Extremely sensitive determination (in 10 exp-18 to 10 exp-12 katals range) of iodothyronine deiodinases activities
15,32 15,32 Simultaneous use of 82Br and 24Na radionuclides in the whole-body counting of animals by high-resolution gamma-ray spectrometry
0,00 0,00 Radiometric enzyme assay for thyroid peroxidase in iodine-deficient rats
0,00 0,00 Radiometric enzyme assay for thyroid peroxidase in iodine-deficient rats
0,00 0,00 Radiometric determination of the iodothyronine deiodinases enzyme activities
0,00 0,00 Radiopharmacology of iodothyronine deiodinases: Induction of enzymic activities by purinergic agonists and agents modulating the intracellular Ca2+ concentration
0,00 0,00 Radiopharmacology of iodothyronine deiodinases: Induction of enzymic activities by purinergic agonists and agents modulating the intracellular Ca2+ concentration
17,14 17,14 Significance of AMP-activated protein kinase for the effect of leptin
0,00 0,00 Radiometric enzyme assays: Implements for studies of thyroid hormone metabolism in the rat
0,00 0,00 Use of radiometric enzyme assays in studies of the metabolism of thyroid hormones in the rat
0,00 0,00 Thyrotoxic effects of exogenous bromide in the rat
0,00 0,00 Use of radiometric enzyme assays in studies of the metabolism of thyroid hormones in the rat
0,00 0,00 Use of radiometric enzyme assays to follow changes in cells' iodothyronine deiodinases activities
0,00 0,00 Bromide interference with iodine metabolism in the rat
0,00 0,00 Impairment of iodine and thyroid hormones metabolism in very premature infants
0,00 0,00 Enhancement of the thyroid hormone metabolism in white adipose tissue of mice fed high-fat diet, as assessed by the radiometric enzyme assay for the type 3 iodothyronine deiodinase
0,00 0,00 Effects of antidepressant fluoxetine (Prozac-TM) on the metabolism of thyroid hormones
0,00 0,00 Enhancement of the thyroid hormone metabolism in white adipose tissue of mice fed high-fat diet, as assessed by the radiometric enzyme assay for the type 3 iodothyronine deiodinase
0,00 0,00 Determination of the biological half-lives of electrolytes in the rat by gamma-ray spectrometry
19,97 19,97 Bromide interference with iodine metabolism in the rat
0,00 0,00 Adaptation of methods for radiometric determination of enzyme activities of the key enzymes of thyroid hormones metabolism
0,19 0,19 Bromide interference with iodine metabolism: Goitrogenic and whole-body effects of excessive inorganic bromide in the rat (Chapter 61 in the book: Comprehensive Handbook of Iodine).
5,54 5,54 Ascertainment of variations in the biological half-lives of bromide and sodium ions in the rat by in vivo gamma-ray measurement of 82Br and 24Na radionuclides
0,00 0,00 Simultaneous use of 82Br and 24Na radionuclides in the whole-body counting of animals by high-resolution gamma-ray spectrometry
0,00 0,00 Simultaneous use of 82Br and 24Na radionuclides in the whole-body counting of animals by high-resolution gamma-ray spectrometry
0,00 0,00 Simultaneous determination of bromine and iodine in the rat thyroid by short-term INAA
0,00 0,00 Simultaneous determination of bromine and iodine in the rat thyroid by short-term INAA
0,00 0,00 Biological half-life of bromide in the rat is primarily determined by sodium intake
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(c) Michal Bulant, 2011