At TDU, transdisciplinary science involves integrating different knowledge systems, particularly traditional Indian knowledge systems (IKS) and practices, such as Ayurveda, with modern biology. Modern biology often takes a reductionist view, focusing on specific molecular details. Ayurveda, on the other hand, offers a more systemic and holistic perspective. Bringing these together allows for a richer, more comprehensive understanding of complex biological phenomena.

‍

‍

But why is this approach crucial now?

‍

• Addressing Complex Health Issues: Many health challenges, like diabetes and malnutrition, are multifaceted. A transdisciplinary approach allows us to look at these conditions from multiple angles, drawing on insights from both traditional practices and cutting-edge biological research. For example, understanding how traditional food knowledge can tackle malnutrition involves looking at the biology of the gut, conducting clinical trials, and working with communities. Research has shown how even small additions, like certain herbs, can dramatically modulate cellular pathways  providing mechanistic insights on the actions of traditional medicine in the language of modern science. 

‍

• Fostering Deeper Understanding: Integrating different perspectives enhances how we interpret life science concepts. Students exposed to both the molecular and holistic views gain a more complete understanding of biological functions. It's like connecting the dots between different areas of knowledge, creating "aha!" moments that wouldn't happen in a single-discipline setting.

‍

• Promoting Critical Thinking and Open-Mindedness: This approach encourages students to embrace different opinions respectfully and articulate their own perspectives logically. By bringing together students from diverse backgrounds, such as modern biology and traditional medicine, classrooms become dynamic spaces for open discussion and debate.

‍

• Driving Innovation and Real-World Solutions: The integration of knowledge systems can lead to novel solutions. TDU's transdisciplinary research has explored developing supplements based on classical texts for conditions like cancer malnutrition, finding that traditional foods like moong dal can offer benefits that go beyond simple nutrient profiles. Projects have even led to prototypes of products close to market readiness.

‍

• Opening Diverse Career Pathways: Transdisciplinary education prepares students for a wide range of careers beyond traditional research. Graduates are equipped for roles in industry, clinical settings, NGOs, and even science communication. TDU's program specifically aims to provide students with the skills to be competitive for various opportunities, ensuring they are not limited by a narrow focus.

‍

• Bridging Traditional and Modern Healthcare: This approach facilitates dialogue and collaboration between practitioners of modern medicine and traditional systems. For instance, studies combining clinical observations from a TDU-associated hospital with biological knowledge can reveal new insights into the practical use and effectiveness of traditional herbs. This bridging activity is seen as crucial for potential policy changes in healthcare.

‍

TDU is a pioneer in this space, offering programs designed to cultivate this integrated thinking. The MSc Life Sciences program is designed to be as rigorous as any standard life sciences course but incorporates the transdisciplinary perspective throughout the curriculum. Teaching methods go beyond rote learning, emphasizing thinking, synthesizing, and presenting information. The university's ecosystem, including its campus with medicinal plants and associated hospital, provides unique experiential learning opportunities, allowing students to connect theoretical knowledge with practical applications.

‍

To gain more in depth knowledge about the MSc Life Sciences program, please check out the TDU podcast with faculty members Dr Megha and Dr Vishnuprasad here: https://youtu.be/Jz51ktqvgtk 

‍