Calls for papers

With this cross-journal Collection, the editors at Nature Communications, Communications Medicine, npj Exercise Medicine and Health, and Scientific Reports invite manuscripts that highlight work exploring the mechanisms through which exercise modulates health, preclinical and clinical interventional studies as well as epidemiological and public health research.

This cross-journal collection will consider submissions of research articles that highlight advances in nanomedicine aimed at overcoming cancer treatment failure, as well as nanotechnology used to uncover the underlying biological mechanisms of such failure.

This collection highlights innovative approaches that reduce complexity and cost in the design, fabrication, and deployment of optical imaging technologies.

With this cross-journal collection, Communications Health, and Nature Communications invite Articles describing the application of infectious disease models to timely health policy questions.

This cross-journal collection welcomes original research articles spanning basic, translational, and clinical studies that explore the immune mechanisms influencing arthritis pathogenesis.

With this cross-journal Collection, the editors at Communications AI & Computing and Nature Communications invite manuscripts that address the challenges and opportunities in deploying lightweight machine learning models for edge computing environments.

This cross-journal Collection highlights the ability of multiscale, programmatic, control of a material’s topology to direct, improve, and drive structure-property relationships.

With this cross-journal Collection, the editors at Nature Immunology, Nature Communications, Communications Biology and Scientific Reports invite original research Articles investigating all aspects of the complex molecular interplay between pathogens and their human and/or animal hosts.

In this collection, the editors of Nature Metabolism, Communications Biology, Nature Communications, and Scientific Reports aim to highlight cutting-edge research in muscle biology.

This Collection highlights progress in the manipulation of magnetic states through spin-orbit interactions and orbital phenomena for robust, versatile, energy-efficient memory and logic devices.