Power instability threatens critical health research. My lab, focused on phage therapy to combat multidrug-resistant infections, recently suffered a major setback—losing months of phage samples due to a power outage. This highlights how unreliable infrastructure undermines scientific progress in low-resource areas, where even minor disruptions can erase months of work. By investing in stable infrastructure, such as solar power, we can empower researchers in these settings to achieve breakthroughs in global health. Supporting these efforts could unlock immense innovation, potentially saving millions of lives.
Contribute to our solar power campaign. You can support by donating or sharing. Thank you for your support
Ensuring Stable Power for Life-Saving Research in Resource-Limited Setting
tl;dr
Power instability threatens critical health research. My lab, focused on phage therapy to combat multidrug-resistant infections, recently suffered a major setback—losing months of phage samples due to a power outage. This highlights how unreliable infrastructure undermines scientific progress in low-resource areas, where even minor disruptions can erase months of work. By investing in stable infrastructure, such as solar power, we can empower researchers in these settings to achieve breakthroughs in global health. Supporting these efforts could unlock immense innovation, potentially saving millions of lives.
Contribute to our solar power campaign. You can support by donating or sharing. Thank you for your support
https://www.gofundme.com/f/save-critical-pandemic-prevention-research-lifesaving