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Vigna radiata Mung Bean-Based Electrospun Nanofibrous Bioadhesive Film…
Vigna radiata Mung Bean-Based Electrospun Nanofibrous
Bioadhesive Film for Wound Dressing Applications
Bioadhesive
Applications
Wound Closure
Sealing Leakage
Evaluation of Bioadhesive
Vitro testing
Vivo testing
Benefits
Improved efficiency
Uses natural polymeric materials
Biocompatible
Stronger Adhesion
benefits
mung bean polysaccharide
hydroxypropyl starch
materials
propylene oxide
methodology
etherification
modified starch
medical characteristics
antioxidant activity
possible macrophage activation
Wound dressing
Anti -microbial agents
Wound dressing materials
Natural Polymers
Polyphenols
Peptides
Enzymes
Synthetic Polymers
Metal oxide based materials
Ideal wound dressing
Easy application
Painless removal
Remove exudate
Non-toxic
Sufficient gaseous exchange
Prevents external contamination
Maintain moist
Principles
Add temporary protective barrier
Absorbs wound dranaige
Provide and maintains moisture
Nanofibers
Biocompatible
Gold nanoparticles (AuNPs)
uses
Wound healing
Tissue generation
Leak sealing
renewable
plentiful
biodegradable
native