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Questions and Answers
Cardiac glycosides are known for their antipyretic activities
Cardiac glycosides are known for their antipyretic activities
False (B)
Glycosides can only be linked by an O-glycosidic bond
Glycosides can only be linked by an O-glycosidic bond
False (B)
Baljet's test and Keller Kiliani's test are used for qualitative identification of Cardiac glycosides
Baljet's test and Keller Kiliani's test are used for qualitative identification of Cardiac glycosides
True (A)
Cardiac glycosides are found in plants such as digitalis
Cardiac glycosides are found in plants such as digitalis
Quantitative assay for Cardiac glycosides can be performed using UV spectroscopy
Quantitative assay for Cardiac glycosides can be performed using UV spectroscopy
Cardiac glycosides are known for their ______ activities
Cardiac glycosides are known for their ______ activities
Qualitative tests for Cardiac Glycosides: ⬣ Baljet’s test ⬣ Keller kiliani’s test 2- Quantitative assay for Cardiac glycosides using ______ spectroscopy
Qualitative tests for Cardiac Glycosides: ⬣ Baljet’s test ⬣ Keller kiliani’s test 2- Quantitative assay for Cardiac glycosides using ______ spectroscopy
In a dry test, ______ can be linked by an O- (an O-glycoside), N- (a glycosylamine), S(a thioglycoside), or C- (a C-glycoside) glycosidic bond
In a dry test, ______ can be linked by an O- (an O-glycoside), N- (a glycosylamine), S(a thioglycoside), or C- (a C-glycoside) glycosidic bond
Quantitative assay for Cardiac glycosides using UV spectroscopy
Quantitative assay for Cardiac glycosides using UV spectroscopy
Glycosides are molecules in which a sugar portion (called Glycone) is bound to another functional group (called AGLYCONE) via a ______ bond
Glycosides are molecules in which a sugar portion (called Glycone) is bound to another functional group (called AGLYCONE) via a ______ bond
Flashcards
Cardiac glycosides and Antipyretic Activity
Cardiac glycosides and Antipyretic Activity
Cardiac glycosides are primarily known for their positive inotropic effects, meaning they increase the strength of heart contractions, not for reducing fever.
Glycosidic Bond Types
Glycosidic Bond Types
Glycosides can form various types of bonds besides O-glycosidic. Other examples include N-glycosidic, S-glycosidic, and C-glycosidic bonds.
Qualitative Tests for Cardiac Glycosides
Qualitative Tests for Cardiac Glycosides
Baljet's test and Keller Kiliani's test are used to detect the presence of cardiac glycosides in a sample, indicating their presence. These are qualitative tests.
Cardiac Glycosides and Digitalis
Cardiac Glycosides and Digitalis
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Quantitative Assay of Cardiac Glycosides
Quantitative Assay of Cardiac Glycosides
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Cardiotonic Activity of Cardiac Glycosides
Cardiotonic Activity of Cardiac Glycosides
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Cardiac Glycosides Testing
Cardiac Glycosides Testing
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Glycosidic Bond Variety
Glycosidic Bond Variety
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UV Spectroscopy for Cardiac Glycosides
UV Spectroscopy for Cardiac Glycosides
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Glycoside Structure
Glycoside Structure
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Study Notes
Cardiac Glycosides
- Cardiac glycosides are known for their antipyretic activities
- Found in plants such as digitalis
- Qualitative identification can be performed using Baljet's test and Keller Kiliani's test
- Quantitative assay can be performed using UV spectroscopy
Glycosides
- Can be linked by an O-, N-, S-, or C- glycosidic bond
- Consist of a sugar portion (glycone) bound to another functional group (aglycone) via a glycosidic bond
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Description
Test your knowledge of phytochemistry with this quiz on Glycosides. Explore the definition, structure, and properties of glycosides, and enhance your understanding of phytochemical compounds.