Biomedical materials benefit health

Abstract

Biomedical engineering is acclaimed as the most effective technological advancement—the stepping- stone toward better human health. An in-depth look into biomedical engineering reveals that emerging materials are recognized as the turbocharger for its progress and the source of innovation. For example, the application of advanced nanomaterials in drug delivery, bioimaging, gene therapy, and so on are pioneering new ways to diagnose and treat cancer and other diseases; tissue repair and organ regeneration are no longer dreams, but attainable miracles because of 3D bioprinted scaffold materials; flexible electronic materials and brain-computer interface chips remove barriers in human-computer interaction, enabling scientists to better interpret the mysteries of life. In addition, functional materials construct diverse diagnosis and treatment equipment, such as microfluidics and major medical devices. Evolving from the deep integration of materials science and biomedical engineering, this popular and innovative research field will enormously benefit people's life and health.

Upholding the philosophy of “BME Materials Benefit Health,” BMEMat was launched under the auspices of Shandong University and Wiley. With a commitment to building the most valuable international platform to share knowledge and information, BMEMat covers all research advances related to functional materials for biomedical applications. The article types include Original Articles, Review Articles, Editorials, Short Communications, and Letters to the Editor (author guidelines are available at https://onlinelibrary.wiley.com/page/journal/27517446/homepage/author-guidelines). BMEMat adopts an open-access publishing model and will expand the coverage of Wiley's current materials science journals into biomedical engineering.

BMEMat creates an active community by attracting interdisciplinary research in biomedical engineering and materials science. Our professional editorial board comprises the most experienced scientists in the BME field. The Editor-in-Chief, Prof. Hong Liu from State Key Laboratory of Crystal Materials, Shandong University, is the winner of National Outstanding Youth Fund and is among the world's highly-cited scientists.

We have nine Associate Editors on board to assist the Editor-in-Chief to expediate the peer review process: Prof. Xiaogang Liu from the National University of Singapore (Singapore), Prof. Wenbo Bu from Fudan University (China), Prof. Chuanbin Mao from University of Oklahoma (USA), Prof. Fan Yi from Shandong University (China), Prof. Andreu Cabot from Catalonia Institute for Energy Research (Spain), Prof. Xiaohu Gao from University of Washington, Seattle (USA), Prof. Angus Johnston from Monash University (Australia), Prof. Xingjie Liang from University of Chinese Academy of Sciences (China), and Prof. Xuebin Yang from University of Leeds (UK).

The elite editorial team with their diversity of insights and expertise will provide efficient peer review services and post-acceptance processes to our authors and reviewers, and present our readers with the most important, in-depth, and frontier basic and applied research achievements.

We sincerely look forward to welcoming you—as a reader, author, reviewer or commenter—to engage with our journal. We believe that BMEMat will become one of the leading international publishing platforms in the interdisciplinary area of material science, biochemistry, biology, biomedical engineering, and medicine, by providing information on the most important advances in this field to a broader group of researchers and engineers from both academia and industry.

The authors declare no conflicts of interest.