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  • Technology Feature |

    Pathology is a microscopy-intensive discipline. Experts prepare, stain and image thin sections of tissue under a microscope in order to assess the presence and severity of disease.

    Image: Getty Images

  • Spotlight |

    As infrastructure grows and its population expands, Singapore remains one of the few cities in the world that balances development with biodiversity.

    Image: Luke Massey / naturepl.com

  • Technology Feature |

    It's not easy to study human development -- especially of the brain.

    Image: Arlotta Lab, Noelia Antón-Bolaños, Irene Faravelli, Rahel Kastli

  • Collection |

    The Global Flourishing Study is a longitudinal project gathering nationally representative, multidimensional well-being data from more than 200,000 people in 22 countries.

    Image: stellalevi / DigitialVision Vectors / Getty

  • Nature Index |

    From personalized vaccines to next-generation screening technologies, the ways the world treats and detects cancer could shift dramatically in the coming years.

    Image: Peter Greenwood

  • Nature Outlook |

    Alzheimer’s disease is the most common form of dementia, affecting more than 50 million people around the world.

    Image: Chiara Vercesi

  • Spotlight |

    For many, climate change is no longer a future threat but a present reality.

    Image: Jose A. Bernat Bacete/Getty

  • Nature Outlook |

    Birds do it. Bees do it. Babies do it less than their frazzled parents would like. But sleep remains a mysterious process.

    Image: Simon Prades

  • Technology Feature |

    'Spatial proteomics' methods take chemical snapshots of tissues and cells while retaining spatial information about where the materials come from.

    Image: Human Protein Atlas

  • Collection |

    Journals from the Nature Portfolio wish to celebrate the achievements that have been made since the Beijing declaration for women's rights, emphasize areas where progress is needed and bring to the fore ideas offering a path forward.

    Image: © [M] discan/Digital VisionVectors/Gettyimages

  • Collection |

    The MICrONS Project set out to create a massively dense reconstruction of the structural connections and functions of an entire millimeter volume of mouse visual cortex, along with new artificial intelligence-driven tools.

    Image: Forrest Collman; Microns Consortium