Gut & Beyond

Megha and Chethala N Vishnuprasad 

The University of Trans-Disciplinary Health Sciences and Technology.

Program Coordinators, MSc Life Sciences (Ayurveda Biology)

Indian Knowledge Systems are based on centuries of empirical observations and ideas about human life in the context of our natural environment. It is the privilege and challenge of our times to experience, explore and test these ideas. 

Ayurveda Biology seeks to do so in the life sciences. Take the words vāyu and wind: the Sanskrit word vāyu is often translated as wind. However, as we start to explore vāyu in the ayurvedic framework, it becomes the representation of a bhūta, an entity to describe the doṣas, and from this flows several ways of how ayurveda understands the working of the human body. In all of these contexts, does the word “wind” do justice? Now let’s move in from the biological framework, specifically physiology and examine the word “wind”. What immediately comes to mind is flatulence and in that regard, there is not much debate on the similarity with vāyu. But what happens when we consider the flow of electrons in the electron transport chain that powers ATP synthesis or flow of ions that enables neurotransmission that enables us to lift a tea cup. These biological processes reflect only one aspect of “wind”, that of movement, but not of a gaseous state. Here the word “vāyu”, described primarily as something with motion, may be argued to fit better. No matter where you stand on this spectrum of wind and vāyu, what is clear is their intent: they are both trying to explain observable phenomenon. The epistemological gap is expected and should not stop us from using both frameworks together to build new knowledge. This is trans-disciplinary thinking in Ayurveda Biology.  

In healthcare today, no single discipline can claim to hold the solutions for our health needs; integrating scientific, technological, social and cultural perspectives may provide creative solutions that can be effective and contextually relevant. There are several domains where traditional medicine like Ayurveda can make a big impact: preventative wellbeing, drug discovery and personalised medicine to name a few. The systems biology approach of Ayurveda can bring in fresh insight to solve complex real-world health challenges. Our current educational models, from high school onwards, largely train students to think and visualize within disciplinary boundaries, limiting their ability to integrate diverse forms of knowledge and develop holistic solutions. A transdisciplinary education program, addresses this gap by fostering the joint exploration of any phenomenon through multiple lenses regardless of their ontological and epistemological differences. A transdisciplinary thinking can help in 

1) addressing complex real-world problems that transcend disciplinary boundaries; 

2) bridge traditional knowledge systems, such as Ayurveda, with contemporary advances in life sciences and biomedicine;

 3) develop critical thinking, systems thinking, and problem-solving abilities required for modern research and healthcare; and 

4) enhance the translation of research into practical applications, policies, products, and healthcare interventions. 

By cultivating intellectual flexibility, collaborative skills, and integrative thinking, a transdisciplinary education program prepares students to become researchers, innovators, and leaders capable of addressing the multifaceted challenges of the 21st century.

A progressive step that The University of Trans-disciplinary Health Sciences and Technology (TDU) has taken in this direction is by offering life science education in the context of both ayurveda and biology. TDU’s flagship postgraduate program, M.Sc. Life Sciences (Ayurveda Biology), equips students with the knowledge and skills to become pioneering thinkers, practitioners and researchers in integrative health. The curriculum is designed to train next-generation physician-scientists who can understand and appreciate the science of life from both Ayurveda and biomedical perspectives. This program is specifically designed for students who want more than just textbook learning in a single domain. By creating a strong integration of traditional knowledge systems with contemporary life sciences, the MSc program equips students with a unique set of competencies for basic science research, clinical research as well as herbal medicine and nutraceutical industry. 

The uniqueness of the program lies in its ability to:

• Empower students to communicate in the language of Ayurveda and biology, enabling a deeper understanding of health, disease, and therapeutics from complementary perspectives. 
• Integrate theoretical foundations with practical applications of life sciences, biotechnology, and emerging technologies alongside Ayurvedic principles to address contemporary healthcare and industry challenges. 
• Provide training in exploring the bidirectionality of classical textual recommendations and contemporary medical practice, empowering students to critically analyze, synthesize, and apply concepts from Ayurveda and modern biology in a logical and evidence-informed manner. 
• Develop research and professional competencies required for academic, industrial, and translational research careers in the fields of Ayurveda, life sciences, biotechnology, and biomedicine. 

The uniqueness in course curriculum and pedagogy.

The two-year program MSc Life Sciences (Ayurveda Biology) degree offers a unique course curriculum and learning journey. While the program ensures the fundamentals of Ayurveda and biology relevant to human, societal and planetary health are taught with adequate depth and breadth, the curriculum weaves these topics together so as to be delivered in a ‘transdisciplinary’ way. All concepts are discussed from ayurvedic and biological perspectives, enabling the student to possess diverse worldviews of natural phenomenon in the areas of human health, medicinal plants and medical practices. During the first year, students build a strong foundation in modern biology, including human physiology, biochemistry, molecular biology, immunology, microbiology, and cell biology, while also exploring Ayurvedic concepts of health, wellness, and disease. The curriculum introduces students to nutrition, drug discovery, public health, and clinical sciences from both Ayurvedic and contemporary scientific perspectives. 

A key strength of the program lies in its innovative, experiential learning-based pedagogy. The program places a strong emphasis on experiential learning through hands-on laboratory work and inquiry-based activities. Laboratory courses are designed to provide context and continuity, with individual experiments linked through a common biological theme or research question. This approach helps students understand how different experimental techniques contribute to addressing scientific questions and encourages them to connect theoretical concepts with practical observations. In addition, students are regularly exposed to contemporary scientific literature through guided reading and critical analysis of research papers, helping them understand how scientific knowledge is generated, validated, and communicated. The program also encourages participation in scientific seminars, workshops, and conferences, providing opportunities to interact with researchers, learn about emerging developments, and experience the culture of scientific inquiry firsthand. This approach helps students appreciate the relevance of each technique, fosters critical thinking, and promotes a deeper, application-oriented understanding of scientific investigation.

The transdisciplinary philosophy is reflected not only in laboratory learning but also in classroom teaching. Concepts in biochemistry, cell biology, developmental biology, physiology, and related disciplines are discussed by drawing meaningful parallels, when they exist with corresponding Ayurvedic principles and frameworks. This encourages students to compare, connect, and synthesize insights from both knowledge systems rather than viewing them as separate domains. A notable example is the course “Systems and Molecular Pharmacology,” which examines drug action through both systems biology and biomolecular perspectives while relating them to Ayurvedic concepts of pharmacodynamics and therapeutic action. Such an integrated approach equips students with a unique ability to visualize biological processes across multiple scales—from molecules and cells to whole organisms and systems—thereby preparing them exceptionally well for advanced academic research, translational science, and industry-oriented careers in life sciences, biomedicine, and Ayurveda-based innovation.

As healthcare and life science research increasingly move toward integrative, systems-based approaches, there is a growing need for professionals who can confidently engage with both traditional knowledge systems and contemporary biological sciences. For graduates from BAMS, BSc (Life Sciences), MBBS, BPharm, and related backgrounds, this presents a unique opportunity to expand their academic and professional horizons beyond conventional disciplinary boundaries. The Ayurveda Biology program offers a platform to explore questions of health, disease, therapeutics, and wellness through the complementary perspectives of Ayurveda and modern biology. Whether your interests lie in basic or translational research, drug discovery, public health, personalized medicine, biotechnology, clinical sciences, or the herbal and nutraceutical industry, the program provides the knowledge, skills, and research exposure needed to engage with emerging challenges in healthcare. For students who are curious, open to interdisciplinary learning, and eager to contribute to the future of integrative health and life sciences, the Ayurveda Biology offers a stimulating environment to learn, question, collaborate, and innovate.