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Biomedical subjects

H J Sprenger

Publications and source records attributed to H J Sprenger.

4 recordsLinked to original sources
PubMed1994

[Quantitative radionuclide leakage control during isolated limb perfusion].

In order to reduce side effects of high-dose chemotherapy the penetration of the cytostatic substances into the main circulation should be prevented or limited. An efficient procedure for checking the leakage is generally based on the addition of a radionuclide to the perfusate. By scintillation probes the distribution of this radionuclide in the body of the patient is checked. A method is presented which continuously calculates the actual volume of the fluid which is penetrating into the main circulation during the perfusion. The values of momentary and cumulative volume crossover enables the surgical oncologist to detect a leakage readily and reliably and may be the basis for measures of confining it.

Adult↗
PubMed1979

[Optimal measurement technic for the vasoconstrictor effect of corticosteroids. Comparative studies with reflection photometry and flow measurement].

In 20 healthy male test subjects, a non-specific ointment base was applied to the back of the hand over 16 hours. Two days later, the same ointment base with 0.25% triamcinolone acetonide was once more applied to the back of the hand over 16 hours. The light reflection of the skin was measured by reflection photometry and the heat transport coefficient was measured fluvographically under the condition of the tourniquet test. The results show that the vasoconstrictor effect of triamcinolone acetonide is best detected by the reflection photometric measurements. In fluvographic measurement, the heat transport coefficient is most affected in maximal reactive hyperemia when the tourniquet has been removed. Application of the base led to a reduction of the blood flow and the water content of the skin after 16 hours, whereas the water content of the skin was unaffected in the presence of triamcinolone acetonide.

Adrenal Cortex Hormones↗