cancer

A new study identifies naturally occurring microRNAs that help regulate cell growth and could one day support targeted cancer therapies.

Study finds exposure can lead to 1.5 times more of the toxic metal in the blood than for those in smoke-free environments.

Research shows that routine infection prevention during chemotherapy can alter microbial diversity and impact antibiotic resistance.

The discovery reveals a novel non-coding RNA that preserves cellular structures and may guide new therapies for multiple myeloma and leukemia.

Texas A&M researchers are combining a common ingredient with high-level medical technology to find new treatments to long-term conditions.

A study found significant improvements in well-being and diet through gardening, highlighting the potential for broader health benefits.

Research reveals how nanoscale motors can disrupt disease from within, offering a new frontier for cancer therapies without chemical agents.

Researchers have created tools that respond to blue light with pinpoint accuracy, potentially revolutionizing cell therapy, cancer treatment and precision medicine.

New technology could lead to faster, more accurate testing to accelerate developments in healthcare and the biotechnology industry.

Only one state has adopted a similar approach to cancer care as one first proposed by a Texas A&M University professor.