Structural biology techniques helped researchers target the nuclear receptor-binding SET domain family, whose malfunction is associated with several types of cancer.

For people with OCD, or obsessive compulsive disorder, a new brain imaging study may help personalize treatment including exposure therapy.

Development is first step to helping children with the rare epilepsy syndrome.

New research in mice suggests that understanding the role of the lung microbiome may be pivotal to reducing infection brought on by oxygen treatment for hypoxemia.

Mice lacking E4BP4 were protected against diet’s damaging effects.

New technique provides insight into the role of genes in brain’s plasticity and cognitive disorders.

The multi-institution phase 1b/2a clinical trial found good tolerability and encouraging efficacy data for the pan-BET bromodomain inhibitor in combination with enzalutamide.

While heat shock protein 90 inhibitors have shown limited benefit in directly treating cancer, low doses may improve the efficacy of radiotherapy, a new study finds.

Seen as the visual representation of the pandemic, one expert says the image should also be used as an educational tool.

Mouse models of two rare brain development disorders see their conditions corrected through manipulation of histone H3K4me.

A study of the role of the Islet 1 gene in hormone production leads to accidental model of tumor formation.

New research shows bacterial viruses could offer a way of beneficially altering the gut microbiome for the treatment of disease.

When Elizabeth Weiser Caswell had two of three sons diagnosed with type 1 diabetes, she became relentless in her pursuit of more diabetes research, education and a cure. Now, her family is giving a $30 million gift to U-M in her honor.

Can poor oral health cause IBD? New research shows oral hygiene may be directly linked not only to the worsening of the inflammatory illness, but may even be the cause of systemic disease.

Researchers are comparing the way genes are expressed in thousands of these sperm-forming cells in mice, macaques and humans to look for similarities and differences. This comparison provides clues about how sperm has evolved in mammals.