Phylogenic studies suggest that cells from long-lived species are more resistant to a variety of stressors than short-lived species. However, there is little information on the cellular mechanisms that give rise to increased resistance to stress. Our previous studies have shown that liver proteins from a long-lived species have lower...
Full Text:
Buffenstein4,5, Peter J Hornsby4, 5, Steve Austad5.6, Arlan Richardson5,6, and Viviana I. Pérez3,7
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Phylogenic studies suggest that cells from long-lived species are more resistant to a variety of stressors than short-lived species. However, there is little information on the cellular mechanisms that give rise to increased resistance to stress. Our previous studies have shown that liver proteins from a long-lived species have lower...
Full Text:
Buffenstein4,5, Peter J Hornsby4, 5, Steve Austad5.6, Arlan Richardson5,6, and Viviana I. Pérez3,7
Phylogenic studies suggest that cells from long-lived species are more resistant to a variety of stressors than short-lived species. However, there is little information on the cellular mechanisms that give rise to increased resistance to stress. Our previous studies have shown that liver proteins from a long-lived species have lower...