. Archives of physical medicine and rehabilitation . Fig-. 1—A portion of the tracings from which the results in Table II were show the eifect of larj^e doses of x-ray on the secretory activity of theBubniaxilary gland under acute experimentation. same dog was compared with the ir- of degeneration of some of the gland EFFECT OF X-RAYS OX GLANDULAR ACTIVI TY—IVY. ORXDOFF, JACOBY AND WHITLEY doses of x-ray, which did not occur inour experiments with the dogs havinga Whartons duct fistula. We can onlyexplain this apparent discrepancy byassuming that in the acute experimentsthe gl
. Archives of physical medicine and rehabilitation . Fig-. 1—A portion of the tracings from which the results in Table II were show the eifect of larj^e doses of x-ray on the secretory activity of theBubniaxilary gland under acute experimentation. same dog was compared with the ir- of degeneration of some of the gland EFFECT OF X-RAYS OX GLANDULAR ACTIVI TY—IVY. ORXDOFF, JACOBY AND WHITLEY doses of x-ray, which did not occur inour experiments with the dogs havinga Whartons duct fistula. We can onlyexplain this apparent discrepancy byassuming that in the acute experimentsthe gland was depressed or altered asa result of the effects of the ether andacute experimentation and hence a slightimmediate depressive action of the x-raywas able to make itself evident. It is interesting to note that follow-ing the large doses of x-ray we did notobtain a paralytic secretion as is ob-served when the chorda tympani nerveis sectioned. This demonstrates that thequantitative and qualitative change inthe secretion after x-ray is most p
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