Assessing the distribution of a medication in the brain is critical for the treatment of a vast range of neurological disorders, especially conditions such as Parkinson's and Alzheimer's diseases. To ...

Eggs and embryos from people with polycystic ovary syndrome have altered patterns of so-called epigenetic tags, which could ...

The herpesvirus can manipulate our DNA with far more precision than previously thought. The virus condenses and changes the shape of our genetic material to hijack the host genes needed for ...

The growing incidence of infectious diseases, cancer, and chronic illnesses has substantially increased the demand for ...

Biotinylated nucleotides have emerged as a powerful tool in molecular biology, enabling researchers to explore genetic materials with unprecedented precision and sensitivity. These modified ...

Investigating how mutations in tumors alter DNA’s 3D structure—and subsequently, regulatory sequences called enhancers—can ...

Human exposure to toxic particles drives various diseases. Examples include gout, an acute arthritis driven by monosodium ...

Human exposure to toxic particles drives various diseases. Examples include gout, an acute arthritis driven by monosodium urate ...

In diseases due to exposure to toxic particles like gout, macrophages elicit separate pathways for inflammation and lysosomal ...

Toll-like receptors, or TLRs, are the immune system’s early warning sensors. They detect microbial invaders and damage ...

Understanding human biology requires more than mapping our genes—we must also understand how gene expression is regulated to ...

How do cells precisely turn genes on and off? New research on yeast reveals a protein's DNA binding strength and location ...