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12. You can distinguish epinephrine hydrotartrate from norepinephrine hydrotartrate by: A. Water solubility B. Reactions of oxidation with iodine at different pH C. Reactions in general alkaloid precipitation reagents D. Reactions with iron(III) chloride E. Reactions in Fehling's reagent

12. You can distinguish epinephrine hydrotartrate from norepinephrine hydrotartrate by: A. Water solubility B. Reactions of oxidation with iodine at different pH C. Reactions in general alkaloid precipitation reagents D. Reactions with iron(III) chloride E. Reactions in Fehling's reagent

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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12. You can distinguish epinephrine hydrotartrate from norepinephrine hydrotartrate by: A. Water solubility B. Reactions of oxidation with iodine at different pH C. Reactions in general alkaloid precipitation reagents D. Reactions with iron(III) chloride E. Reactions in Fehling's reagent 13. Easily soluble in water: A. Aminazin B. Riboflavin C. Thiamine bromide (chloride) D. Ascorbic acid 14. Covalently bonded halogens contain: A. Aminazin B. Phenazepam C. Trifluperazine D. Riboflavin 15. The reactions common to barbiturates are: A. Salt and complexation with heavy metal salts B. With solutions of aldehydes in concentrated sulfuric acid C. Formation of azo dye D. Hydrolytic decomposition E. With general alkaloid precipitation reagents
Transcribed Image Text:12. You can distinguish epinephrine hydrotartrate from norepinephrine hydrotartrate by: A. Water solubility B. Reactions of oxidation with iodine at different pH C. Reactions in general alkaloid precipitation reagents D. Reactions with iron(III) chloride E. Reactions in Fehling's reagent 13. Easily soluble in water: A. Aminazin B. Riboflavin C. Thiamine bromide (chloride) D. Ascorbic acid 14. Covalently bonded halogens contain: A. Aminazin B. Phenazepam C. Trifluperazine D. Riboflavin 15. The reactions common to barbiturates are: A. Salt and complexation with heavy metal salts B. With solutions of aldehydes in concentrated sulfuric acid C. Formation of azo dye D. Hydrolytic decomposition E. With general alkaloid precipitation reagents
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