Aging is the greatest risk factor for many serious diseases.
Read how researchers have developed a multi-tissue AGES for the Sprague Dawley® (SD) rat, which should provide key insights into the common mechanisms of aging in the years to come.
Our new paper, "New Study Provides Comprehensive Characterization of Age-Related Gene Expression Signatures in Multiple Tissues of Sprague Dawley® Rats," discusses an exciting study from the innovation division of a global healthcare company.
The study focused on genes that changed in one direction throughout the life-span either early in life, at mid-age, late in life, or linearly throughout.
We anticipate this multi-tissue AGES for the Envigo Sprague Dawley rat will serve as a starting point for additional studies and further insights into the fascinating molecular mechanisms of aging.
Complete the form on the right to download today and learn how researchers discovered:
- Genes that are regulated in early logistic, mid-logistic, late-logistic, and linear fashion in specific tissues
- Genes that change in common in every tissue
- Pathways that are regulated in multiple tissues, giving some indication of common mechanisms of aging
