How age & sex impact the transcriptional control of mammalian muscle growth. Maintaining healthy muscle is crucial throughout all stages of life. Aging is associated with the loss of muscle and older muscles are resistant to growth due to age-related changes in gene expression and responsiveness. Many genes are expressed differently in male versus female muscle, which may have implications for sex-differences in muscle growth and aging. This project will generate new knowledge on which genes and ....How age & sex impact the transcriptional control of mammalian muscle growth. Maintaining healthy muscle is crucial throughout all stages of life. Aging is associated with the loss of muscle and older muscles are resistant to growth due to age-related changes in gene expression and responsiveness. Many genes are expressed differently in male versus female muscle, which may have implications for sex-differences in muscle growth and aging. This project will generate new knowledge on which genes and biological pathways are crucial in determining mammalian muscle size and growth across the lifespan and between the sexes. Application of this knowledge may lead to future approaches to enable a healthy start to life and promote healthy aging in Australians and have implications for agriculture and muscle as a food source.Read moreRead less