Cancer

A modified anticancer drug can simultaneously target tumor sites and show whether or not it is working

A panel of p53 variants helps scientists confidently identify genes controlled by the master regulator protein

Computer simulations help design molecules with potential as a cancer therapy

An enzyme that silences DNA activity may be crucially involved in health and cancer

A molecular mechanism that directs both cell growth and death via one protein could underpin more efficient cancer therapies

A specific genetic variant expressed in a key immune protein heightens an individual’s chance of developing follicular lymphoma

A protein called FAIM could help doctors to parse which cancer patients will respond to multiple myeloma therapy

By inhibiting an enzyme called MNK, researchers have found a way to halt the growth of blast crisis phase CML

A new computer program readily identifies rare mutations harbored within diverse populations of cancer cells and microorganisms

Revelation of the function of a protein complex that controls cell proliferation in fruit fly wings provides insights into tumor growth

Through a combination of two powerful methodologies, researchers at the A*STAR Institute of Bioengineering and Nanotechnology drive forward promising developments for gene therapy

Fluorescent dyes with aggregation-induced emission provide new probes for cancer diagnosis and therapy