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Flexible Antibacterial Conductive Hydrogel Patch, image, image, image,…
Flexible Antibacterial Conductive Hydrogel Patch
problems it solves
Specific problems
bacterial infection risk
E. coli
S. aureus
lack of flexible sensors
rigid devices irritate wounds
difficult to monitor healing
slow wound healing
low moisture retention
limited cell migration
large scale systems + connections
system: healthcare and access :hospital:
Unintrusive solution
efficient and accessible globally
Patch design and material
conductive hydrogel
printable
stretchable
self-adhesive
silver nanoparticles: antibacterial action
porous structure
moisture balance
oxygen permeability
Patch functions + solutions
electrical stimulation :zap:
improves tissue regeneration
enhances cell proliferation
antibacterial activity
mechanical protection
barrier to contaminants :guardsman:
reduces irritation
instantaneous sensing
detects motion
monitors healing process of body
future challenges :check:
ensuring long-term stability
consistency in safety and function
scaling up production
customizing patches
advancing sensors
Outcomes and successes
antibacterial effect
faster healing
flexible during movements :runner:
Testing
bacterial growth inhibition tests
zone of inhibition measurements
adhesions and longevity tests
