[ROLE OF IRON IN A CALCIFEROUS ANAPHYLACTOID REACTION].
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Anaphylaxis↗
Biomedical subjects
R VEILLEUX
Publications and source records attributed to R VEILLEUX.
ANAPHYLACTOID OEDEMA PRODUCED IN RATS BY CERTAIN DEXTRINS.
The author has previously shown the conditioning role of the anaphylactoid reaction in the calcification of the snout and paws of the rat after the injection of certain metallic compounds. The present experiments show that it is the dextrin fraction of these compounds which causes these anaphylactoid phenomena before the calcifying response. This fact deserves special attention since dextrin is frequently used in the preparation of certain drugs.
Anaphylaxis↗
Siderocalciphylactic sensitization to mastocyte dischargers.
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Anaphylaxis↗
THE STRESS CONCEPT AS WE SEE IT TODAY.
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Humans↗
[Calciphylaxia].
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Calcification, Physiologic↗
An experimental model of calcareous subdeltoid bursitis induced by calciphylaxis.
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Bursitis↗
Calciphylactic muscular dystrophy induced by DHT plus 5HT.
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Dihydrotachysterol↗
A calciphylactic syndrome affecting the skeletal muscles, the salivary glands and the eyes.
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Calcification, Physiologic↗
Production of calciphylactic facial, oesophageal, and mediastinal lesions by combined treatment with dihydrotachysterol and thorium dioxide.
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Calcification, Physiologic↗
Excessive stimulation of salivary gland growth by isoproterenol.
In the rat, chronic treatment with isoproterenol can cause a selective growth of the salivary glands to approximately five times their normal size within 17 days. This enlargement is principally due to mitotic proliferation and hypertrophy of the parenchymatous cells.
Animals↗
Sensitization by thallium to dihydrotachysterol overdosage.
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Calcification, Physiologic↗
Abnormal growth and sclerosis of the salivary glands induced by chronic treatment with isoproterenol.
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Isoproterenol↗
Protection, by coronary ligature, against isoproterenol-induced myocardial necroses.
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Coronary Vessels↗
Role of local trauma in production of cutaneous calcinosis by dihydrotachysterol.
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Calcinosis↗
[The pancreatic canalicular network in dogs; its experimental significance].
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Animals↗