INFLUENCE OF SHORT WAVE IRRADIATION ON THE GLOMERULARY FILTRATION AND TUBERCULAR RETRORESORPTION IN THE NORMAL AS WELL AS DENERVED KIDNEY
Bioeffects Seen
Makoto Koiwa · 1939
Finding
The very great increase in glomerular filtration after vagus section may be explained thus: the kidney vessels already in condition of contraction by the vagus section, are dilated by the short waves. The fact that the glomerular filtration size after splanchnicus section or after total kidney enervation does not show such an obvious rise at short wave flow through, may be explained in my opinion, that the nerve vessels, already dilated by the above surgery, are not so specifically influenced by the short waves.
In their words
“The very great increase in glomerular filtration after vagus section may be explained thus: the kidney vessels already in condition of contraction by the vagus section, are dilated by the short waves. The fact that the glomerular filtration size after splanchnicus section or after total kidney enervation does not show such an obvious rise at short wave flow through, may be explained in my opinion, that the nerve vessels, already dilated by the above surgery, are not so specifically influenced by the short waves.”
Exposure Information
Specific exposure levels were not quantified in this study. Duration: 30 minutes
Cite This Study
Makoto Koiwa (1939). INFLUENCE OF SHORT WAVE IRRADIATION ON THE GLOMERULARY FILTRATION AND TUBERCULAR RETRORESORPTION IN THE NORMAL AS WELL AS DENERVED KIDNEY.
Show BibTeX
@article{influence_of_short_wave_irradiation_on_the_glomerulary_filtration_and_tubercular_g6039,
author = {Makoto Koiwa},
title = {INFLUENCE OF SHORT WAVE IRRADIATION ON THE GLOMERULARY FILTRATION AND TUBERCULAR RETRORESORPTION IN THE NORMAL AS WELL AS DENERVED KIDNEY},
year = {1939},
}No DOI on file for this study.