IIT Jodhpur Researcher Explores Why Families Respond Differently To Diseases And Drugs
In a groundbreaking study, a research team at the Indian Institute of Technology (IIT) Jodhpur, led by genomics expert Professor Mitali Mukherjee, is investigating the perplexing question of why individuals from the same family exhibit different responses to diseases and medications. This inquiry gained particular prominence during the COVID-19 pandemic, as healthcare professionals observed varied reactions among family members despite their shared genetic makeup.
Understanding the Research Context
The research being conducted at IIT Jodhpur aims to uncover the underlying reasons for these differences in health responses. Professor Mukherjee and her team are employing an innovative approach that integrates genomics, Artificial Intelligence (AI), and traditional knowledge systems to provide a comprehensive understanding of health variability among family members.
The Role of Genetics and Beyond
Professor Mukherjee, who is internationally recognized for her work in genomics, precision medicine, and evolutionary biology, emphasizes that human health is not solely dictated by genetics. She states, “It is the result of the combined influence of genes, environment, cultural traditions, and evolutionary history.” This multifaceted perspective is crucial in addressing health issues effectively.
Integrative Approach to Health Solutions
The research team is focused on integrating various layers of health determinants through:
- Genomics: Studying genetic variations that affect health.
- Ayurgenomics: Merging ancient Ayurvedic principles with modern genomic science.
- Artificial Intelligence: Utilizing AI to analyze complex health data.
- Ecological Science: Understanding the impact of environmental factors on health.
This integrative approach aims to create precise, scientific, and contextualized health solutions tailored to individual needs.
Thar DESIGNS Project
One of the key initiatives led by Professor Mukherjee is the Thar DESIGNS project, which stands for Desert Ecosystem Innovation Guided by Nature and Selection. This project is pioneering in its exploration of how the human body adapts to the harsh conditions of the Thar Desert, characterized by extreme heat, high UV radiation, and severe water scarcity.
Objectives of the Thar DESIGNS Project
The project has several critical objectives:
- Investigating genetic adaptations that enhance resilience to drought and heat.
- Exploring how traditional lifestyles and diets of local communities contribute to biological adaptability.
- Highlighting the interconnection between desert ecosystems and human health.
Ayurgenomics: Bridging Ancient Wisdom and Modern Science
Professor Mukherjee is also at the forefront of a new field known as Ayurgenomics. This emerging discipline aims to scientifically validate ancient Ayurvedic practices and principles through modern genomic techniques. The ultimate goal is to create evidence-based Ayurveda that can be effectively integrated with contemporary medical practices.
Centre of Excellence in AyurTech
At IIT Jodhpur, there is a Centre of Excellence in AyurTech, supported by the Ministry of AYUSH. This center is dedicated to combining Ayurveda with genomics, engineering sciences, and computer science, including AI, to establish a new integrative medicine platform. Professor Mukherjee explains, “Once implemented in hospitals, a patient will be able to receive personalized treatment that seamlessly combines evidence-based Ayurveda with modern medicine.”
Implications for Healthcare
The research conducted by Professor Mukherjee and her team has significant implications for the future of healthcare. By understanding the diverse responses to diseases and medications within families, healthcare providers can develop more personalized treatment plans that consider not only genetic factors but also environmental and cultural influences.
Potential Benefits of Personalized Medicine
Some potential benefits of personalized medicine include:
- Improved Treatment Outcomes: Tailoring treatments to individual needs may enhance effectiveness.
- Reduced Side Effects: Personalized approaches can minimize adverse reactions to medications.
- Enhanced Preventive Care: Understanding genetic predispositions can lead to better preventive strategies.
Conclusion
The research at IIT Jodhpur, led by Professor Mitali Mukherjee, represents a significant step forward in understanding the complexities of health responses within families. By integrating genomics, AI, and traditional knowledge systems, the team aims to develop personalized health solutions that can address the unique needs of individuals. As this research progresses, it holds the promise of transforming healthcare practices and improving health outcomes for diverse populations.
Note: The information presented in this article is based on research conducted at IIT Jodhpur and reflects the views of Professor Mitali Mukherjee and her team.
