The Therapeutic Power of Indonesian Herbs: Exploring Genomic Pathways to Nature-Based Pharmacy Development
Illustration by Irhan Prabasukma
Indonesia, a biodiversity hotspot, is home to over 30,000 plant species, approximately 1,000 of which are traditionally used for medicinal purposes. Despite the long history of traditional medicine, the potential of these plants remains largely untapped. In light of this, genomic research offers insight into the biosynthesis of therapeutic compounds in Indonesian herbs and opens new pathways for nature-based pharmacy and modern drug development.
The Role of Genomics in the Extraordinary Medicinal Potential of Indonesian Herbs
Indonesia ranks third globally in biodiversity. Among the thousands of known plant species, about 9,600 are thought to have medicinal properties, although only a small fraction has been extensively studied. At this point in time, there is still plenty to explore about Indonesian herbs in scientific research.
For example, common plants such as temulawak (Java ginger), betel leaves, and sambiloto (Andrographis) have long been utilized in traditional medicine and are recognized for their active compounds that offer antioxidant, anticancer, and anti-inflammatory benefits. Through genomic approaches, scientists can delineate the complex biosynthetic pathways of these compounds and identify the genes responsible for producing secondary metabolites with therapeutic effects.
Utilizing Next Generation Sequencing technology, researchers can map the complete genomes of medicinal plants to gain insight into the molecular mechanisms involved in the production of active compounds. For instance, by pinpointing the gene that regulates the curcuminoid production in Java ginger, scientists can engineer this gene to enhance the efficiency of the compound’s production. Furthermore, data indicate that secondary metabolites from medicinal plants, like flavonoids, alkaloids, and terpenoids, significantly contribute to their pharmacological efficacy.
In short, genomics – the study of the genome – and genomic technology provide critical tools for understanding medicinal plants and creating opportunities to further the development of nature-based pharmaceutical ingredients.
Opportunities and Challenges
A thorough understanding of biosynthesis mechanisms offers new pathways for the pharmaceutical industry to develop nature-based medicines more efficiently. This approach can also reduce reliance on direct plant extraction, which may pose a threat to plant conservation when done unsustainably.
Moreover, nature-based pharmacy is a growing market. According to reports, the global market for plant-based medicines is projected to exceed 233.08 billion in 2024, with a steady increase in demand for natural products. With its rich biodiversity, Indonesia has the potential to be a key supplier of raw materials for the pharmaceutical industry in both domestic and international markets. By engaging in in-depth genomic research and collaborating with pharmaceutical companies, Indonesia can also develop innovative medicines that are competitive on a global scale.
Despite the significant opportunities, genomic research of medicinal plants has its stumbling blocks. Mainly, it faces challenges related to natural resource conservation and sustainability.
Large-scale extraction without proper oversight could jeopardize wild plant populations. Therefore, genomic research must be accompanied by conservation strategies, such as developing tissue cultures for the cultivation and mass production of medicinal plants.
Additionally, robust collaborations with Indigenous Peoples and local communities that have traditionally used those plants as medicines are essential. Actively involving these communities ensures that the benefits of the research extend to people who possess the invaluable connection and traditional knowledge of those medicinal plants.
A New Direction for Indonesia in Nature-Based Pharmacy
Genomic research on Indonesian herbs and medicinal plants paves the way for advancements in nature-based pharmacy. A deeper understanding of the biosynthesis mechanisms of therapeutic compounds can aid in the development of safer, more effective, and more sustainable drugs. As a biodiverse nation, Indonesia has the potential to be a leader in this field, making significant contributions to the global landscape through new, nature-inspired medicines.The looming climate crisis is adding pressure points to global health systems. So, breakthroughs that address population health and wellbeing as well as environmental impacts are now more prudent than ever. With the support of the government, the scientific community, the pharmaceutical industry, and local communities, Indonesia can leverage its rich biodiversity to create sustainable health solutions for all while promoting the preservation of natural resources for future generations.
Editor: Nazalea Kusuma
Join Green Network Asia – An Ecosystem of Shared Value for Sustainable Development.
Learn, share, network, and get involved in our movement to create positive impact for people and the planet through our public education and multi-stakeholder advocacy on sustainability-related issues and sustainable development.
Become a Member
Esra Siburian
Esra Siburian is a Bioenergy Researcher at TSTH2 KHDTK IT DEL, Indonesia. She graduated with a Bachelor's degree in Bioprocess Engineering from Institut Teknologi Del, specializing in the utilization of microorganisms for bioenergy production. Esra currently works as a research assistant, contributing to research efforts aimed at developing sustainable solutions for agricultural and energy needs.
Ymelda Manurung
Ymelda Manurung is a Plant Genomic Researcher at TSTH2 KHDTK IT DEL, Indonesia. She holds a Master's degree in Biotechnology, specializing in Biochemical and Molecular Medical Sciences, from National Dong Hwa University, Taiwan. Ymelda is currently engaged in research on herbal genomics that focuses on unlocking the genetic potential of herbal plants for sustainable agricultural and medicinal development.
Animating the Environment Through the Indigenous Language of Potawatomi 
How the Ongi River Movement in Mongolia Protects People and the Planet 
The Plight of Fishermen in Sei Sembilang Village, Banyuasin, Amid Climate Change 
Reviving Shared Heritage in Southeast Asia through Cross-Cultural Collaboration 
Projections on Renewable Transport Development and Opportunities 
Ensuring Fair Income Distribution as a Pillar of Social Justice