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A cat eating grass – an example of zoopharmacognosy. Zoopharmacognosy is a behaviour in which non-human animals self-medicate by selecting and ingesting or topically applying plants, soils and insects with medicinal properties, to prevent or reduce the harmful effects of pathogens, toxins, and even other animals.
Any part of the plant may induce side effects, but the bulb is the most toxic. At higher amounts, the toxin can cause gastrointestinal problems or a drop in blood pressure. Tulips come in a variety of colors. Tulip. Any part of the tulip [25] can be poisonous but the bulb is the most toxic causing irritation in the mouth and throat. Signs of ...
Beyond adverse effects from the herb itself, "adulteration, inappropriate formulation, or lack of understanding of plant and drug interactions have led to adverse reactions that are sometimes life threatening or lethal." [3]
Poisoning can occur if pyrethroid containing flea treatment products, which are intended for dogs, are used on cats. The livers of cats detoxify pyrethroids via glucuronidation more poorly than dogs, which is the cause of this difference. [15] Aside from cats, pyrethroids are typically not toxic to mammals or birds. [16]
The "Spanish fly", Lytta vesicatoria, has been considered to have medicinal, aphrodisiac, and other properties. Human interactions with insects include both a wide variety of uses, whether practical such as for food, textiles, and dyestuffs, or symbolic, as in art, music, and literature, and negative interactions including damage to crops and extensive efforts to control insect pests.
In another study testing the behavioral effects of LSD on zebrafish found that zebrafish that were exposed to the substance demonstrated increased inter-fish distance when shoaling, and had increased cortisol levels. These could show possible side effects of LSD if used as a therapeutic drug. [40]
Atropa belladonna is also toxic to many domestic animals, causing narcosis and paralysis. [45] However, cattle and rabbits eat the plant seemingly without suffering harmful effects. [42] In humans, its anticholinergic properties will cause the disruption of cognitive capacities, such as memory and learning. [40]
Imidacloprid and its nitrosoimine metabolite (WAK 3839) have been well studied in rats, mice and dogs. In dogs the LD 50 is 450 mg/kg of body weight (i.e., in any sample of medium-sized dogs weighing 13 kilograms (29 lb), half of them would be killed after consuming 5,850 mg of imidacloprid, or about 1 ⁄ 5 th of an ounce).