Microneedle Pig Pain Patch
Application sites and morphological analysis of microneedle patches in a study by researchers within the Department of Animal Science for the Arkansas Agricultural Experiment Station, the University of Arkansas College of Engineering, and Department of Chemical, Biochemical, and Environmental Engineering at the University of Maryland-Baltimore County. Macroscopic (center) and SEM (right) images of PVA–COL–CHI
patches loaded with FLU or FITC-dextran highlight the consistent microneedle geometry. (Reproduced from RSC Pharmaceutics with permission from the Royal Society of Chemistry)
Microneedle Pig Pain Patch
Application sites and morphological analysis of microneedle patches in a study by researchers within the Department of Animal Science for the Arkansas Agricultural Experiment Station, the University of Arkansas College of Engineering, and Department of Chemical, Biochemical, and Environmental Engineering at the University of Maryland-Baltimore County. Macroscopic (center) and SEM (right) images of PVA–COL–CHI
patches loaded with FLU or FITC-dextran highlight the consistent microneedle geometry. (Reproduced from RSC Pharmaceutics with permission from the Royal Society of Chemistry)