Cancer cells are like booming cities without urban planners. They expand quickly, and in doing so, the resulting tumors ...
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 ...
Proteins are so much more than nutrients in food. Virtually every reaction in the body that makes life possible involves this ...
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 ...
Researchers investigate the influence of Mettl1 on energy metabolism and the maturation of heart cells after birth.
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 ...
A study in mice offers evidence that inhibiting EZH2 can enhance lymphoma immunogenicity and overcome CAR-T cell therapy resistance.
Researchers have identified two fungal enzymes that hijack the immune system of plants and colonize their root systems.
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 ...