4,027 results found
    1. Cancer Biology
    Reproducibility Project

    Reproducibility Project: Cancer Biology

    Edited by Roger J Davis et al.
    Investigating reproducibility in preclinical cancer research.

  2. Episode 40: July 2017

    Hear about the sea urchin immune system, symbiotic bacteria in squid, anxiety and a training course to promote collaboration between scientists.

  3. Interview: Taking perspective

    Ryan Hum’s scientific training has proven valuable to his career in government and policy.
  4. January 2014

    Episode 8: January 2014

    In this episode we discuss rats, ants, sharks and rays, and the pathogen that causes corn smut in maize.
  5. October 2014

    Episode 15: October 2014

    In this episode we hear about influenza pandemics, eating too much, cannabis and the brain, HIV cure research, and the evolution of sea squirts.
  6. September 2013

    Episode 4: September 2013

    In this episode we hear about how flatworms regenerate, the evolution of photosynthesis, social interactions between mice, the properties of undead cells, and how steroids and genes interact.
  7. December 2014

    Episode 16: December 2014

    In this episode we hear about reproducibility, drug resistance, cells without walls, gene transfer, interspecies signalling, and stem cells.

  8. Episode 49: August 2018

    In this episode, we hear about the RNA world, bovine TB, lung fibrosis, and why rock pigeons have different wing patterns.
    1. Cancer Biology
    2. Immunology and Inflammation

    Discovery and Translation of Cancer Immunology: A Special Issue

    Edited by Jeffrey Settleman et al.
    eLife is pleased to present a Special Issue to highlight recent advances in the mechanistic understanding of the immune response to cancer cells.
    1. Biochemistry and Chemical Biology
    2. Structural Biology and Molecular Biophysics

    Distinct inactive conformations of the dopamine D2 and D3 receptors correspond to different extents of inverse agonism

    J Robert Lane et al.
    The occupation of a sub-pocket near the Na+-binding site in D2R by the Na+-insensitive antagonists is the structural basis for their greater inverse agonism than that of the Na+-sensitive ligands.
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