Browsing by Author "Vyas, D S"
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Item Anti-inflammatory & analgesic properties of femoxitine (FG 4963).(1980-06-01) Khanna, N K; Jain, P; Vyas, D SItem Anti-inflammatory and related activities of some recently synthesized thiamine derivatives: an experimental study.(1975-07-01) Godhwani, J L; Madan, B R; Vyas, D SItem CNS effects of 1-isopropylamino-3-(4-indanoxy)-2-propanol hydrochloride (USVC-6524).(1972-11-01) Vyas, D S; Madan, B RItem Effect of a newly synthesized phenothiazine on gastric acid secretion & gastric ulcers in Shay rats.(1976-05-01) Sharma, V N; Vyas, D S; Godhwani, J L; Srivastava, N M; Garg, S PItem Effect of Allium cepa (onion) on immune response in rabbit.(1983-07-01) Vyas, D S; Acharya, R P; Dadhich, A P; Godhwani, J L; Purohit, V SItem Effect of labetalol, an alpha- & beta-adrenoceptor blocking agent on gastric acid secretion & gastric ulcers in pylorus-ligated rats.(1978-10-01) Sharma, H K; Khanna, N K; Vyas, D S; Singhal, B DItem Enhancement of morphine analgesia by a new adrenergic beta receptor antagonist, 1-isopropylamino-3(4-indanoxy)-2-propanol HC1 (USVC-6524).(1971-04-01) Madan, B R; Vyas, D SItem Gastric antisecretory & antiulcer activity of some newly synthesized acylaminophenothiazines.(1980-04-01) Vyas, D S; Sharma, H K; Khanna, N K; Sharma, V NItem Gastric responses to flupenthixol, a new thioxanthene derivative in rats.(1977-01-01) Vyas, D S; Godhwani, J L; Sharma, V NFlupenthixol, a new thioxanthene derivative, was studied for its effects on gastric secretion and gastric ulcers in rats. The compound diminished the volume of gastric secretion, decreased total acid output and protected the glandular gastric mucosa. The observations may be of clinical significance.Item Modification of morphine analgesia by labetalol.(1978-10-01) Khanna, N K; Dadhich, A P; Vyas, D SItem Neuropharmacological actions of labetalol.(1979-01-01) Dadhich, A P; Khanna, N K; Vyas, D S; Jain, PLabetalol, an alpha- and beta- adrenoceptor antagonist was investigated for its central nervous system effects in rats and mice. A marked reduction in the spontaneous motor activity with no concomittant muscle weakness was produced. The drug caused closure of eyelids in rats. Labetalol caused hypothermia and prolonged the pentobarbitone-induced hyposis. In animals trained for conditioned avoidance response the drug blocked the SCR in all the animals and CAR in a few number of animals. The drug did not protect the animals against electroshock convulsions. From the results it appears that labetalol is a central nervous system depressant.Item A study of the antiarrhythmic and anticonvulsant activity of three new antihistamines.(1968-06-01) Sharma, V N; Vyas, D S; Madan, B R