The colouring matter of the flower petals of Hibiscus cannabinus consists mostly of the glucoside cannabiscitrin along with small quantities of the corresponding aglucone cannabiscetin. The properties and reactions of these two substances are described along with those of some of their derivatives. Cannabiscetin forms a hexaacetate and a hexamethyl ether. It is a flavonol exhibiting similarities with gossypetin and herbacetin particularly in regard to alkali colour reactions and gossypetone reaction. It yields gallic acid on being subjected to alkali fission, its methyl ether producing trimethyl gallic acid. It is, therefore, concluded to be 3:5:8:3':4':5' hexahydroxy flavone
Hibiscus rosa sinensis L. is widely used by the community to decorate the garden due to its splendor...
Spontaneous forms of hemp (Cannabis sativa L., often reported as Cannabis sativa var. spontanea Vavi...
Cannabis sativa L. is a dioecious plant belonging to the Cannabaceae family. The main phytochemicals...
The colouring matter of the flower petals of Hibiscus cannabinus consists mostly of the glucoside ca...
A new flavonol glycoside has been isolated from the flower petals of Hibiscus sabdariffa, and has be...
The final constitution of cannabiscitrin has been established. It is a monoglucoside of the flavonol...
Herbacitrin, the new flavonol glucoside obtained from Gossypium herbaceum (Uppam) has the formula C2...
The flower petals of Hibiscus sabdariffa contain hibiscitrin as the main component. Gossypitrin is p...
The Cannabis plant and its products consist of an enormous variety of chemicals. Some of the 483 com...
The Cannabis plant and its products consist of an enormous variety of chemi-cals. Some of the 483 co...
Employing a large number of natural and synthetic flavones, flavonols, flavanones and certain relate...
The constitution of Herbacitrin is established as the 7-glucoside of Herbacetin by methylating the g...
The chemical analysis of cannabis potency involves the qualitative and quantitative determination of...
Spontaneous forms of hemp (Cannabis sativa L., often reported as Cannabis sativa var. spontanea VAVI...
Hemp is a complex system of chemicals which interacts with one another. The most important chemicals...
Hibiscus rosa sinensis L. is widely used by the community to decorate the garden due to its splendor...
Spontaneous forms of hemp (Cannabis sativa L., often reported as Cannabis sativa var. spontanea Vavi...
Cannabis sativa L. is a dioecious plant belonging to the Cannabaceae family. The main phytochemicals...
The colouring matter of the flower petals of Hibiscus cannabinus consists mostly of the glucoside ca...
A new flavonol glycoside has been isolated from the flower petals of Hibiscus sabdariffa, and has be...
The final constitution of cannabiscitrin has been established. It is a monoglucoside of the flavonol...
Herbacitrin, the new flavonol glucoside obtained from Gossypium herbaceum (Uppam) has the formula C2...
The flower petals of Hibiscus sabdariffa contain hibiscitrin as the main component. Gossypitrin is p...
The Cannabis plant and its products consist of an enormous variety of chemicals. Some of the 483 com...
The Cannabis plant and its products consist of an enormous variety of chemi-cals. Some of the 483 co...
Employing a large number of natural and synthetic flavones, flavonols, flavanones and certain relate...
The constitution of Herbacitrin is established as the 7-glucoside of Herbacetin by methylating the g...
The chemical analysis of cannabis potency involves the qualitative and quantitative determination of...
Spontaneous forms of hemp (Cannabis sativa L., often reported as Cannabis sativa var. spontanea VAVI...
Hemp is a complex system of chemicals which interacts with one another. The most important chemicals...
Hibiscus rosa sinensis L. is widely used by the community to decorate the garden due to its splendor...
Spontaneous forms of hemp (Cannabis sativa L., often reported as Cannabis sativa var. spontanea Vavi...
Cannabis sativa L. is a dioecious plant belonging to the Cannabaceae family. The main phytochemicals...