In leukemia, IGF2BP3 protein guides cancer cells to proliferate by enhancing their RNA regulation. These cells rely on ...

The discovery positions IGF2BP3 as a "master switch" in leukaemia, linking metabolism and RNA regulation, processes long ...

Cancer cells are relentless in their quest to grow and divide, often rewiring their metabolism and modifying RNA to stay one ...

Researchers have identified a single protein, IGF2BP3, that links these two processes together in leukemia cells. The protein ...

New study shows how incorporating religion and spirituality during radiation therapy supports coping, resilience, and ...

A PROTAC nanotherapeutic has been developed that degrades immune-metabolic proteins in refractory breast cancer and destroys cancer cells using light.

IGF2BP3 links cancer metabolism and RNA control, offering a potential new therapeutic target for blocking leukemia cell growth.

This photo shows results of a competition assay between yeast cells expressing a fiber with one fluorescent protein, and yeast cells expressing a fiber with a second fluorescent protein. This is an ...

Researchers at UCLA's Jonsson Cancer Center have found IGF2BP3, a protein that links metabolic rewiring and RNA regulation in ...

Infectious diseases significantly influence metabolic processes within the host, playing a crucial role in the dynamics of host-pathogen interactions.