The Chemistry and Pharmacological Study of Copaifera spp. Oils

Abstract

Since ancient times, <i>Copaifera</i> tree oleoresin has been widely utilised for conventional medicine, and it is currently a well-liked remedy for a variety of illnesses. The vast majority of the chemical makeup that makes up copaiba resins is frequently composed of sesquiterpene hydrocarbons such as germacrene D, copaene, caryophyllene, elemene and humulene. Kaurenoic acid, alepterolic acid, copalic acid and polyalthic acid are a few of the physiologically useful diterpene compounds present in oleoresin. Due to its many pharmacological qualities and extensive usage, oleoresin is one of the most significant regenerative natural remedies and folk medicines. In addition to being used as a contraceptive, oil or plant bark decoction is also used to treat inflammation, bronchitis, syphilis, and cough. Wound healing is improved when oil is administered topically to the skin. During massages, it is administered to the head to manage convulsions, pain, and paralysis. It is also suggested to apply oil-soaked cotton to tumours, ulcers, or hives. Dog bites and other infected wounds are treated with the bark's decoction, which is also used to treat rheumatism. The oil is utilised to create a patch that is mechanically applied to wounds and some ulcers to treat them. Caryophyllene has exhibited its activity in a number of pharmacological models, including cannabinoid receptors, making it one of the most significant phytoconstituents in copaiba oils at the present time. The goal of this chapter is to look into the phytochemistry of copaiba oleoresins, conventional uses, and the pharmacological properties of various oils from <i>Copaifera</i> species.<br>