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28 02 25

Application of artificial intelligence in the production of medicinal plants and herbal medicines

Abstract :

In today's world, Artificial Intelligence (AI) is rapidly penetrating not only technological industries, but also in the fields of agriculture and pharmaceuticals. In the field of medicinal plant production and processing, the use of intelligent algorithms has provided a unique opportunity to improve quality, improve productivity, and discover new therapeutic compounds. The Plant Phenomenon Accelerator plays an important role in connecting science and nature with the aim of supporting technological startups in this field.


The Application of Artificial Intelligence in the Production of Medicinal Plants and Herbal Medicines

Introduction

Today, Artificial Intelligence (AI) is not only revolutionizing technology industries but is also making rapid advances in agriculture and pharmaceuticals. In the field of producing medicinal plants and processing herbal medicines, leveraging intelligent algorithms provides a unique opportunity to enhance quality, improve productivity, and discover new therapeutic compounds.
At Padideh Giah Accelerator, we aim to support innovative startups that bridge the gap between science and nature.

The Role of AI in Different Stages of Medicinal Plant Production

1. Identifying and Selecting Superior Plant Species

One of AI’s key applications is analyzing genetic and biological data to identify plant species with the highest levels of active medicinal compounds. By processing massive datasets (Big Data), intelligent systems can quickly select and introduce plants with the most valuable therapeutic properties.

2. Optimizing Cultivation and Harvesting Processes

Machine learning models can design optimal cultivation patterns by analyzing climate conditions, soil quality, water requirements, and sunlight needs. This technology even predicts the best harvest times, ensuring the plants are collected when their medicinal compounds are at peak levels.

3. Enhancing the Extraction of Medicinal Compounds

An essential step in herbal medicine production is the effective extraction of active compounds. AI simulates laboratory conditions and suggests optimal extraction methods, significantly reducing production costs while enhancing product purity and quality.

4. Discovering New Herbal-Based Medicines

Advanced analytical algorithms allow researchers to identify unknown plant compounds with potential therapeutic effects. By combining biological data with deep learning models, scientists can accurately predict the effects of newly discovered compounds.

5. Forecasting Market Demand and Targeting Consumers

AI also enables producers to analyze market trends, consumer needs, and purchasing behaviors, helping them plan and distribute their products more strategically and intelligently.

Benefits of AI in the Medicinal Plant Industry

  • Reducing research and development costs

  • Increasing production speed and efficiency

  • Achieving higher product quality

  • Minimizing environmental risks through better resource management

  • Enabling targeted and efficient marketing strategies

The Role of Accelerators in Driving Technological Innovation

Accelerators like Padideh Giah play a critical role in nurturing startups in this sector. Through specialized mentorship, funding, networking, and access to advanced technologies, accelerators act as a vital link connecting knowledge, innovation, and industry.

Conclusion

Artificial Intelligence is poised to transform the future of medicinal plants and herbal medicine production. Organizations that embrace these cutting-edge technologies today will lead the competitive market of tomorrow.
Padideh Giah proudly stands at the forefront of this revolution, empowering innovative startups to shape a smarter and healthier future.

For more information and collaboration opportunities, visit padidehgiah.com.