DNA Electrotransfer Regulates Molecular Functions in Skeletal Muscle.

Amanda Sales ConniffJared TurKristopher KohenaMin ZhangJustin GibbonsLoree C Heller

Published in: Bioelectricity (2024)

Each muscle stimulus resulted in specific regulated molecular functions. Identifying the unique intrinsic molecular changes driven by intramuscular DNA electrotransfer will aid in the design of preventative and therapeutic gene therapies.

Keyphrases

skeletal muscle
single molecule
circulating tumor
cell free
insulin resistance
transcription factor
adipose tissue
genome wide
metabolic syndrome
dna methylation
nucleic acid
genome wide identification