Ancient plant species revived from 1,000-year-old seeds

It took the team nearly 14 years to grow the plant from an ancient seed unearthed in a cave in the late 1980s. Nicknamed “Sheba,” the specimen now stands about 10 feet tall, meaning researchers can finally describe its adult features. They were also able to conduct DNA, chemical, and radiocarbon analyses, revealing new clues about its origins, according to the study published in the journal Communications Biology. Live Science September 23 news.

The seed that grew into the Sheba tree dates to around 993–1202, according to the study. It is likely a remnant of a now-extinct population of the tree that lived in the Southern Levant, an area that includes Israel, Palestine, and Jordan. The adult specimen may have been the source of a medicinal oil called “tsori,” extracted from the tree’s resin and used in the Bible for its healing properties. The compound is associated with the region of Gilead, which lies east of the Jordan River between the Yarmuk River and the northern end of the Dead Sea. By reviving Sheba, the team believes they may finally be able to unravel the mystery of tsori.

The researchers determined that Sheba belongs to the genus Myrrh, within the family Myrrhaceae, which includes about 200 living species. Myrrh trees are found mainly in Africa, Madagascar, and the Arabian Peninsula. The team led by Sarah Sallon of the Natural Medicine Research Center in Israel is unclear as the Sheba tree has not yet flowered, and therefore has not produced the reproductive material that scientists need for more detailed analysis.

However, Sheba is certainly closely related to three Myrrh species, C. angolensis, C. neglecta, and C. tenuipetiolata, which grow in southern Africa. The team’s analysis found that Sheba has no aromatic compounds but does have a range of medicinal properties. This, along with other characteristics such as the location of the seeds in the northern Judean Desert, suggests that it may be the source of the biblical tsori balm.

Chemical analysis of the leaves and sap of the Sheba plant revealed that the plant is rich in pentacyclic triterpenoids, bioactive compounds with anti-inflammatory and anti-cancer properties. The leaves and roots also contain high levels of squalene, a natural oil that acts as an antioxidant and helps smooth the skin. The team will need to investigate further to identify other compounds with anti-cancer potential in the plant tissue.