Could you explain the connection between geophysical research and addressing AMR, particularly in disaster preparedness and response?
While earthquakes and tsunamis, resulting from tectonic movements, don’t directly link to AMR, both represent significant global concerns. Like natural disasters, AMR necessitates robust monitoring and mitigation strategies. Our approach to earthquake hazard assessment and tsunami early warning systems can inform similar frameworks for AMR surveillance and response.
What insights from your work, when you were the Chief Scientist, NGRI, with critical structures can be applied to healthcare facilities combating AMR?
Earthquake research emphasizes the importance of building resilient systems capable of withstanding unexpected shocks. Similarly, healthcare facilities need robust structures and preparedness plans to manage AMR threats effectively. This includes educating healthcare professionals and the public about responsible antibiotic use.
How might seismic activity impact the management of infectious diseases like AMR?
Seismic events themselves don’t directly influence AMR. However, the principles of real-time monitoring, data analysis, and disaster response used in seismology can be valuable in tracking and managing AMR outbreaks.
Can you share your thoughts on R&D in India concerning AMR?
India’s R&D, particularly in relation to AMR, requires more substantial investment and better integration with industry practices. Unlike in other countries where R&D often starts in academic settings, India’s university contributions to industrial R&D, especially in AMR, are limited. Enhancing funding and incentivizing private R&D are crucial steps forward.