Researchers have compared the genetic expression profiles of a nonlethal canine tumor and the rare, devastating human oral tumor it resembles, laying the groundwork for potential translational medicine in the future.

Researchers have imaged a major component in conjugation – the process bacteria use to share DNA with each other. A better understanding of this process could help researchers to combat antimicrobial resistance.

Scientists have discovered a new route to produce complex antibiotics exploiting gene editing to re-programme pathways to future medicines urgently required to combat antimicrobial resistance, treat neglected diseases and tackle future pandemics.

Researchers have revealed the function of HAT proteins, which serve as gates for the cellular entry and exit of amino acids.

The complex shapes that RNA takes on as it folds upon itself could have untapped therapeutic potential in the fight against COVID-19. Researchers have identified chemical compounds that can latch onto these 3D structures and block the virus’s ability to replicate.

A study has reported that an experimental compound blocked the ability of a protein called RAGE to pass on inflammatory signals that injure the heart and kidneys in diabetes, and that slow the healing of diabetic wounds.

A new body of work by researchers at the University of Chicago has explored the contribution of ancestry and associated genetic variation to the differences in immune response to influenza A.

Researchers have presented a possible explanation for the diverse immune responses to SARS-CoV-2 and the available vaccines.

Plants used by the indigenous population in Australia, the Aboriginal people, may be able to help cancer patients who are no longer susceptible to treatment with chemotherapy.

According to a study, an FDA-approved drug for hepatitis C can increase bacterial sensitivity to antibiotics and reduce the likelihood of antibiotic resistance.