The invention provides a composition comprising cannabidiol or a cannabis extract, and caffein. The mass percentage of the cannabidiol in the cannabis extract is 10%-99%. A mass ratio of the cannabidiol to the caffein in the composition is (1-100):60. The composition can be a food composition or a pharmaceutical composition. The cannabidiol or the cannabis extract can prevent and/or ameliorate adverse reactions induced by the caffeine, and in particular, prevent and/or ameliorate anxiety behaviors induced by the caffeine.

Methods of treating or preventing at least one sign or symptom of restless leg syndrome or related disorders are disclosed. The methods comprise identifying a host, afflicted with restless leg syndrome or related disorders; and administering to the host a pharmaceutically effective amount of a fruit of Ficus carica plant or an extract thereof. Also provided are methods and compositions for treating or preventing sleep disorders, and methods and compositions for improving sleep adequacy and quantity.

Methods of treating or preventing at least one sign or symptom of restless leg syndrome or related disorders are disclosed. The methods comprise identifying a host, afflicted with restless leg syndrome or related disorders; and administering to the host a pharmaceutically effective amount of a fruit of Ficus carica plant or an extract thereof. Also provided are methods and compositions for treating or preventing sleep disorders, and methods and compositions for improving sleep adequacy and quantity.

The present invention is a pharmaceutical cocktail of at least two botanical leaves (or extracts therefrom) specifically harvested from trees or plants that bear edible fruit, and including no other leaves of any kind. The combination of leaves from multiple families or at the very least genera provides the greatest variety of phytochemicals. A prime nonlimiting example is a combination of leaves such as Soursop (Annonaceae Family, Annona Genus), Blackberry (Rosaceae Family, Rubus Genus), Lemon (Rutaceae Family, Citrus Genus). In an embodiment of the invention, at least twelve leaf types (from at least different species if not higher biological categories) are admixed into such an active agent admixtureagain, with each leaf type coming from a plant or tree that bears edible fruit. The present compositions and extracts always contain a minimum of 25 distinct active phytochemicals, which together provide nutraceutical and pharmaceutical action as to animals and humans.

The present invention is a pharmaceutical cocktail of at least two botanical leaves (or extracts therefrom) specifically harvested from trees or plants that bear edible fruit, and including no other leaves of any kind. The combination of leaves from multiple families or at the very least genera provides the greatest variety of phytochemicals. A prime nonlimiting example is a combination of leaves such as Soursop (Annonaceae Family, Annona Genus), Blackberry (Rosaceae Family, Rubus Genus), Lemon (Rutaceae Family, Citrus Genus). In an embodiment of the invention, at least twelve leaf types (from at least different species if not higher biological categories) are admixed into such an active agent admixtureagain, with each leaf type coming from a plant or tree that bears edible fruit. The present compositions and extracts always contain a minimum of 25 distinct active phytochemicals, which together provide nutraceutical and pharmaceutical action as to animals and humans.

The invention discloses the anti-acne potential of and pyranocycloartobiloxanthone A and Artonine E, isolated from the stem bark of Artocarpus hirsutus by inhibiting the growth of Propionibacterium acnes.

The invention discloses the anti-acne potential of and pyranocycloartobiloxanthone A and Artonine E, isolated from the stem bark of Artocarpus hirsutus by inhibiting the growth of Propionibacterium acnes.

A natural product for improving health and reducing the risk of death due to dangerous diseases comprises a presence of figs and Acetobacter pasteurianus.

A natural product for improving health and reducing the risk of death due to dangerous diseases comprises a presence of figs and Acetobacter pasteurianus.

Drug-resistant pathogens have led to disease and expense for health care, agriculture, and food industries. Synthetic chemicals have become less effective at killing antibiotic-resistant pathogens and there is not likely going to be the development of new antibiotics in the future. This disclosure provides for a combination broad-spectrum antibiotic using a combination of plant extracts that protect from drug-resistant pathogens.