Adesh K. Mathur

Adesh K. Mathur

Department Of Pharmacology, J.l.n. Medical College, Ajmer, Rajasthan, India

Direct Impact

Concepts for which Adesh K Mathur has direct influence:

esophageal erosion
thyroid hormones
calcium channel blockers
wave flattening
sublingual nitrate therapy
unrecognized effects
false repolarization

Prominent publications by Adesh K. Mathur

KOL-Index: 5 We studied the effect of oral potassium supplement alone and with spironolactone on the lithium-induced T wave change in rabbits. T wave flattening produced by lithium was not affected by oral potassium supplementation. Oral spironolactone therapy effectively reverted as well as prevented lithium-induced T wave flattening.
Known for
Oral Potassium | Spironolactone Lithium
KOL-Index: 3 One month oral therapy with calcium channel blockers caused significant (P < 0.001) decrease in serum levels of triiodothyronine and thyroxine and significant increase in serum levels of thyroid stimulating hormone in rabbits. Most probable mechanism of action was block in the synthesis and/or release of thyroid hormones.
Known for
Oral Therapy | Probable Mechanism | Serum Thyroid
KOL-Index: 3 We recorded an esophageal electrocardiogram in a rabbit before and after producing esophageal erosion. The erosion caused an increase in P wave and R wave height and inversion of the T wave. Esophageal erosion can thus cause false positive repolarization changes in the esophageal electrocardiogram.
Known for
Wave Esophageal

Department of Pharmacology, J.L.N. Medical College, Ajmer, Rajasthan, India

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