antiarin Sentence Examples
- Antiarins, specifically α-antiarin and β-antiarin, are potent cardiac glycoside poisons originating from the upas tree (Antiaris toxicaria) [2].
- The upas tree, known for its toxicity, produces antiarins, including two distinct forms: α-antiarin and β-antiarin [2].
- The aglycone antiarigenin is a common component shared by both α-antiarin and β-antiarin, but these two forms differ in the attached sugar group [2].
- Antiarins, derived from the upas tree, belong to the category of cardiac glycoside poisons, posing a potential threat due to their toxic nature [2].
- Both α-antiarin and β-antiarin exhibit poisonous properties, with variations in their sugar group attachments while sharing the aglycone antiarigenin [2].
- The toxicological impact of antiarins, found in the upas tree, underscores the significance of understanding the distinctions between α-antiarin and β-antiarin [2].
- Antiarins, characterized by their cardiac glycoside composition, are specifically produced by the upas tree, with α-antiarin and β-antiarin as its two primary forms [2].
- The poisonous effects of antiarins, emanating from the upas tree, are closely linked to the variations in sugar groups between α-antiarin and β-antiarin [2].
- The aglycone antiarigenin acts as a common foundation for both α-antiarin and β-antiarin, distinguishing them by the specific sugar groups they possess [2].
- Understanding the chemical structure and distinctions between α-antiarin and β-antiarin is crucial in comprehending the toxicological properties of antiarins produced by the upas tree [2].
antiarin Meaning
Webster
antiarin (n.)
A poisonous principle obtained from antiar.
Synonyms & Antonyms of antiarin
No Synonyms and anytonyms found
FAQs About the word antiarin
A poisonous principle obtained from antiar.
No synonyms found.
No antonyms found.
Antiarins, specifically α-antiarin and β-antiarin, are potent cardiac glycoside poisons originating from the upas tree (Antiaris toxicaria) [2].
The upas tree, known for its toxicity, produces antiarins, including two distinct forms: α-antiarin and β-antiarin [2].
The aglycone antiarigenin is a common component shared by both α-antiarin and β-antiarin, but these two forms differ in the attached sugar group [2].
Antiarins, derived from the upas tree, belong to the category of cardiac glycoside poisons, posing a potential threat due to their toxic nature [2].
