AI and Biotech Recreate Scents of Endangered Plant Species
Synthesizing fragrance compounds in the lab could lower demand for wild-harvested resins from threatened trees.
Updated on Oct. 24, 2026 in Botany
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Scientists and fragrance firms are using artificial intelligence and lab-grown plant cells to recreate scents from rare, threatened species. This approach aims to source aromatic compounds without harvesting endangered plants like those in the Aquilaria genus.
Why it matters
Rising global demand for rare scents, particularly agarwood, has spurred illegal harvesting that threatens wild plant populations. Biotechnology offers a potential pathway to meet market needs while reducing pressure on these vulnerable ecosystems.
Researchers use AI to analyze molecular structures, predicting their olfactory profiles to find chemical substitutes. Meanwhile, biotechnology firms utilize laboratory-grown cells to synthesize fragrance compounds directly, bypassing the need for natural resins.
The players
Osmo
A technology company developing AI models to map the relationship between molecular structures and perceived scents.
The details
Gaharu, a resinous heartwood, occurs when Aquilaria trees respond to fungal infections or physical injury. Because natural supply cannot meet demand, firms like Osmo apply AI to map the link between specific molecules and human scent perception. Biotechnology labs then cultivate plant cells in controlled environments, allowing them to isolate and harvest the specific fragrance compounds traditionally sourced from wild specimens.
Timeline
Centuries: Gaharu has been harvested for use in perfume, incense, and religious traditions.
The Tech Race
This effort marks a shift from traditional plant-based extraction to high-throughput molecular design. It follows a pattern seen in synthetic biology where lab-grown alternatives challenge established, resource-intensive agricultural supply chains.
Consumers may soon find perfumes that replicate the scent of rare, endangered plants without the associated ecological cost. These synthetic alternatives are currently in the research and development phase, with no immediate commercial availability date provided.
The takeaway
Artificial intelligence and biotechnology could effectively decouple luxury scent production from the destruction of threatened ecosystems. Observers should track whether these laboratory-grown compounds achieve price parity with wild-harvested resins to determine if they can successfully curb illegal trade.
Further reading
Explore ongoing developments in plant science and conservation research at Botany.
Source note: This article includes information reported by Free Malaysia Today.
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Do you believe synthetic alternatives can effectively reduce the harvesting of endangered plants?
