Trilene, in the context of pharmacology and biochemistry, is a substance that undergoes degradation. It is essential to understand the nature of this degradation process to comprehend the subject matter fully.
Upon evaluation of the options provided, the most accurate description of Trilene's degradation aligns with Enzymatic Degradation. This means that Trilene is broken down by the action of enzymes. Enzymatic degradation involves biological catalysts that accelerate the chemical reactions leading to the decomposition of the compound.
Therefore, the correct understanding is that Trilene is degraded by enzymes, which categorizes it under enzymatic degradation, and it is not primarily subjected to non-enzymatic, chemical degradation, or none as other options suggest.
List I | List II |
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A. Vatsanabha | III. Aconitine |
B. Pita Karvira | I. Thevetin |
C. Gunja | IV. Abrin |
D. Ahiphena | II. Morphine |
List I | List II |
---|---|
A. Chitraka | II. Chitraka |
B. Bhallataka | III. Chakramarda |
C. Somaraji | I. Apamargakshara |
D. Bakul Puspa | IV. Kalhara |
List I | List II |
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A. Indian Jalap | II. Convolvulaceae |
B. Tooth Brush Tree | I. Apocynaceae |
C. Indian Oleander | I. Apocynaceae |
D. Ceylon Oak | III. Sapindaceae |
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