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Page 12 of 266
  1. Finding cues in the blood

    New genetic research helps identify gene activity signatures in the blood of patients with a life-threatening form of tuberculosis.
  2. A complex genome for a simple worm

    DNA sequencing reveals that the Xenoturbella bocki genome is comparable to that of other animals, providing insights into this worm’s evolution.
  3. From lab to field, and back

    Observations made from cognitive neuroscience studies could predict how social and ecological factors influence the size of specific brain regions in primates.
  4. Monkey teamwork

    An automated apparatus that rewards marmosets for working together allows scientists to better investigate cooperation.
  5. A question of rotation

    In mice, long bones have different ways of growing longer and wider before and after birth.
  6. A question of balance

    A new study sheds light on why, in the roundworm Caenorhabditis elegans, mutations in the PTEN gene lead to impairments in neurons that inhibit neural activity – and how these can be mitigated.
  7. Keeping proteins in shape

    Experiments reveal how various types of chaperones work together to break apart harmful aggregates in the cell.
  8. When size does matter

    Larger organisms drive decomposition in drier climate.