In an innovative move that marks a turning point in the herbal medicine industry, Iranian researchers and startups are now leveraging Artificial Intelligence (AI) to optimize the cultivation and processing of medicinal plants. This technology allows for more accurate identification of plant species, prediction of their active compounds, and enhanced extraction techniques, significantly improving the efficiency and quality of herbal products. Accelerators such as Padideh Giah are playing a crucial role in supporting these AI-powered startups. By providing technical resources, mentorship, and access to research infrastructure, they are enabling a new generation of health-tech innovators to bridge the gap between traditional knowledge and cutting-edge technology. Experts believe that this digital transformation will not only boost the competitiveness of Iran’s herbal industry in global markets but also pave the way for sustainable, nature-friendly medical solutions.
Application of artificial intelligence in the production of medicinal plants and herbal medicines
In an innovative move that marks a turning point in the herbal medicine industry, Iranian researchers and startups are now leveraging Artificial Intelligence (AI) to optimize the cultivation and processing of medicinal plants. This technology allows for more accurate identification of plant species, prediction of their active compounds, and enhanced extraction techniques, significantly improving the efficiency and quality of herbal products.
Accelerators such as Padideh Giah are playing a crucial role in supporting these AI-powered startups. By providing technical resources, mentorship, and access to research infrastructure, they are enabling a new generation of health-tech innovators to bridge the gap between traditional knowledge and cutting-edge technology.
Experts believe that this digital transformation will not only boost the competitiveness of Iran’s herbal industry in global markets but also pave the way for sustainable, nature-friendly medical solutions.
