Jasminum sambac is a flowering plant species in the family Oleaceae, widely cultivated in tropical and subtropical regions for its intensely fragrant white flowers. It is commonly known as Arabian jasmine, although it is believed to have originated in South or Southeast Asia, particularly India and surrounding regions, before spreading across Asia and the Middle East through cultivation. The genus name Jasminum derives from the Persian word yasmin, meaning “fragrant flower,” while the species epithet sambac is thought to come from the Arabic term zanbaq meaning a fragrant flower such as lily or jasmine. The plant holds significant cultural importance in many regions, including Southeast Asia, South Asia, and China.

Jasminum sambac is an evergreen shrub or vine with glossy green leaves and small, star-shaped white flowers that bloom repeatedly in warm climates. The flowers are highly aromatic, especially at night, due to the release of volatile compounds such as benzyl acetate, linalool, and indole. Because of its strong fragrance, the plant is widely cultivated both ornamentally and for the production of scented products.

As a food source, Jasminum sambac is primarily used for its flowers rather than as a bulk edible plant. The blossoms are used to scent teas, most notably jasmine tea, where fresh flowers are layered with tea leaves to impart their aroma. They may also be used in syrups, desserts, and flavoring preparations in parts of Asia. The flowers are sometimes incorporated into ceremonial foods or used as garnishes due to their fragrance and aesthetic appeal.

Chemically, Jasminum sambac contains a complex mixture of volatile aromatic compounds, including benzyl alcohol, benzyl acetate, linalool, indole, and jasmonates, which contribute to its characteristic floral scent. These compounds are strongly odorous and relatively heat-sensitive, meaning their fragrance can diminish with prolonged heating. The plant also contains small amounts of flavonoids and other phenolic compounds that contribute minor antioxidant properties.