Muscle-targeted apoptotic vesicle microneedle patch has been studied in 1 paper since 2026: none in people yet, 1 in animals; 1 in the past year. The research so far is in animals. The newest story, Oct 21, 2026: “Microneedle patch improved muscle mass and endurance in mice”.
1 paper studies it3 findingsUpdated
None of its findings points the other way.
Studies of Muscle-targeted apoptotic vesicle microneedle patch measured 3 outcomes; the most studied are functional endurance (1 study), mitochondrial oxidative capacity (1) and muscle mass (1).
Functional endurance
upin mice1
Muscle-targeted apoptotic vesicle microneedle patch improves functional endurance in mice.
“significantly improved muscle mass, myofiber cross-sectional area, mitochondrial oxidative capacity, and functional endurance in sarcopenic mice compared with controls.”
Animalssarcopenic mice compared with controlsaptamer-functionalized ApoV microneedle system
Microneedle patch improved muscle mass and endurance in mice
Journal of nanobiotechnology
Mitochondrial oxidative capacity
upin mice1
Muscle-targeted apoptotic vesicle microneedle patch improves mitochondrial oxidative capacity in mice.
“significantly improved muscle mass, myofiber cross-sectional area, mitochondrial oxidative capacity, and functional endurance in sarcopenic mice compared with controls.”
Animalssarcopenic mice compared with controlsaptamer-functionalized ApoV microneedle systemskeletal muscle
Microneedle patch improved muscle mass and endurance in mice
Journal of nanobiotechnology
Muscle mass
upin mice1
Muscle-targeted apoptotic vesicle microneedle patch increases muscle mass in mice.
“treatment with the aptamer-functionalized ApoV microneedle system significantly improved muscle mass, myofiber cross-sectional area”
Animalssarcopenic mice compared with controlsaptamer-functionalized ApoV microneedle systemskeletal muscle
Microneedle patch improved muscle mass and endurance in mice
Journal of nanobiotechnology
Researchers tested a patch designed to release muscle-targeted packages from human umbilical cord stem cells in mice with age-related muscle loss.Researchers tested a patch designed to release muscle-targeted packages from human umbilical cord stem cells in mice with age-related muscle loss.