Jasminum officinale is a flowering plant species in the family Oleaceae, commonly known as common jasmine or poet’s jasmine. It is native to a broad region extending from the Caucasus and northern Iran through Central Asia to the Himalayas and western China, and it has been widely cultivated across the Mediterranean, South Asia, and East Asia for its intensely fragrant flowers. The genus name Jasminum derives from the Persian word yāsamīn, meaning “fragrant flower,” which entered European languages through Arabic, while the species epithet officinale is Latin for “of the workshop” or “of the apothecary,” indicating its historical use in herbal medicine and perfumery.

The plant is a deciduous or semi-evergreen climbing shrub with slender stems and pinnate leaves composed of multiple leaflets. It produces clusters of small, white, star-shaped flowers that bloom primarily in summer and are highly valued for their sweet, penetrating fragrance. Because of this strong aroma, Jasminum officinale has been cultivated for centuries as an ornamental plant and as a source of floral scent in perfumery and traditional products.

As a food source, Jasminum officinale is primarily used for its flowers, which are employed to scent teas and flavor certain culinary preparations. The most notable use is in the production of jasmine tea, where fresh jasmine blossoms are layered with tea leaves—often green tea—to allow the volatile aromatic compounds of the flowers to infuse into the tea. This process may be repeated multiple times to intensify the fragrance. In some regions, the flowers are also used in syrups, desserts, or as decorative edible garnishes, though their primary culinary value lies in aroma rather than bulk consumption.

Chemically, the flowers contain a complex mixture of volatile aromatic compounds, including benzyl acetate, linalool, indole, and jasmonates, which together produce the characteristic floral scent. These compounds are highly odorous and relatively heat-sensitive, contributing to their effectiveness in fragrance transfer during gentle processing such as tea scenting. The plant also contains small amounts of flavonoids and other phenolic compounds that may have mild antioxidant activity. Because the flowers are used mainly for scenting rather than direct ingestion in large quantities, their nutritional contribution is minimal, but their aromatic chemistry has made them culturally significant in both culinary and perfumery traditions.