Here, the improved enzyme demonstrated a 5- to 10-times better performance compared to its natural precursor. "Our study is a prime example of how we can utilize the mechanisms of metabolism and ...
The study helps partly explain why: the metabolic enzyme IMPDH2 relocates to the nucleus of TNBC cells to assist in DNA repair processes. "IMPDH2 acts like a mechanic in the cell's nucleus ...
Cancer cells have evolved sophisticated strategies to evade the immune system, prolonging their survival and growth. They have also developed surviva | Cancer ...
Researchers from UT Austin have discovered insights about an enzyme that can protect cells from oxidative stress. Oxidative stress – a condition that is linked to sources like air pollutants and ...
The study helps partly explain why: the metabolic enzyme IMPDH2 relocates to the nucleus of TNBC cells to assist in DNA repair processes. "IMPDH2 acts like a mechanic in the cell's nucleus ...
The study helps partly explain why: the metabolic enzyme IMPDH2 relocates to the nucleus of TNBC cells to assist in DNA repair processes. "IMPDH2 acts like a mechanic in the cell's nucleus ...
The team’s study helps partly explain why, by demonstrating that the metabolic enzyme IMPDH2 relocates to the nucleus of TNBC cells to assist in DNA repair processes. “First, we identified ...