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  1. Sticking together

    Differences in how individual bacteria sense nutrients in their environment allows them to move as a collective group, even when the shape of the population is disrupted.
  2. Can we thwart vaccine escape?

    To design a vaccine for SARS-CoV-2 that the virus will find harder to evade , researchers first need to understand how antibodies interact with the spike protein.
  3. Which side are you on?

    The left and right hemispheres of the brain play different roles when encoding information from the same side of the body.
  4. Gatekeeping heavy metals

    Structural analysis of a protein responsible for metal transport reveals new features and potential avenues for drug discovery.
  5. Predicting disease onset

    Blood analysis identifies relationships between patterns of DNA modifications and the onset of age-related chronic diseases.
  6. Stressed genomes lead to sticky proteins

    Genotoxic stress promotes protein aggregation in human cells by limiting chaperone availability.
  7. Going the (nano) distance

    A new method that can measure distances on the complex surfaces of pathogens and human cells could help researchers investigate how antibodies work.
  8. Counting mitochondria

    A new tool that can easily measure mitochondrial DNA levels in the blood helps to better understand what controls the health of this compartment, and its link with dementia.