Cancer

Study using a systems biology approach reveals how the transcription factor EVI1 contributes to cancer development and tumor invasion

One of the enzymes known to regulate the cell cycle has now been shown to play a key role in mitosis

The identification of a molecular pathway essential for the development and maintenance of tumor-initiating cells may prove invaluable to cancer treatment

Patented droplet microarray technology allows medical researchers to come to grips with rare cells

The interaction between good and malignant immune cells may promote blood cancer invasiveness and progression

Embryonic stem cell researchers collaborate to uncover genomic changes that might favor cancerous growth

Chemotherapeutic drugs fight melanoma by attracting immune cells into tumors

Viruses clear the way for cancer by promoting the destruction of cell adhesion regulators

Researchers have synthesized a fungal metabolite and derivatives that inhibit crucial enzymes related to cancers

A protein in breast cancer cells acts as a bidirectional switch to modulate inflammatory gene expression

A new molecular test for predicting liver cancer survival rates could lead to the development of improved immunotherapies

Invading immune cells promote the growth and spread of primary tumors