My research investigates how families manage temporary feeding tubes at home. Using journey mapping with 30 families, it reveals overwhelming routines, safety fears, isolation, and lack of support. The findings expose major gaps in healthcare communication and training, highlighting the urgent need for better systems to help families thrive beyond “plan, prep, feed, clean, repeat.”

This research develops a PET material coated with nature-inspired nano-spikes that kill bacteria on contact. By preventing infections on medical devices, the technology can reduce antibiotic use and slow the rise of superbugs. The nano-spikes puncture bacterial cell walls, stopping movement, division, and ultimately causing cell rupture.