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  • Collection |

    This Collection invites research on heart regeneration, broadly defined as remuscularization by cardiomyocytes, gene therapy, or other approaches, and covering the lifespan and full range of cardiac conditions from rare to prevalent heart diseases.

    Image: © [M] Aliaksandr Marko / stock.adobe.com
    Open for submissions

  • Collection |

    This Collection invites research on the underlying molecular mechanisms of wound healing and fibrosis, and how to prevent and rescue existing scar tissue.

    Image: © [M] designer_things / adobestock
    Open for submissions

  • Collection |

    Nature Partner Journals is an online-only, open access series of journals, collaborating with preeminent scientists and global partners to publish high-quality open access research across the applied and basic science disciplines, as well as multidisciplinary fields. Our editors invite you to access articles from our range of journals publishing research in genetics. Browse all articles below.

  • Collection |

    Nature Partner Journals is an online-only, open access series of journals, collaborating with preeminent scientists and global partners to publish high-quality open access research across the applied and basic science disciplines, as well as multidisciplinary fields. Our editors invite you to access articles from our range of journals publishing research in neuroscience. Browse all articles below.

  • Collection |

    Regenerative rehabilitation is the combination of regenerative biology with approaches for physical medicine. Examples of regenerative rehabilitation include the incorporation of physical activity to promote engraftment of stem cells into muscle tissue and the in vitro use of mechanical stimuli on cultured cells or tissues, as a means to optimize the efficacy of cell therapeutics and tissue engineering technologies. This collection includes content from npj Regenerative Medicine and showcases the advances in technology and bioscaffolds and our understanding of how mechanical forces regulate gene expression, cell fate and cell function to use mechanical forces for regenerative medicine. This collection was coordinated by Associate Editor Dr. Thomas Rando, Guest Editor Dr. Fabrisia Ambrosio, and Managing Editor Dr. Marie-Elizabeth A. Barabas.