Collection
Biomedical Polymeric Nanomaterials: From Synthesis to Self-Assembly and Biological Applications
By virtue of satisfactory biocompatibility, enhanced solubility, reduced toxicity, long circulation time, and so on, biomedical polymeric nanomaterials have been broadly applied in a diversity of fields such as cancer therapy, immunotherapy, regenerative medicine. Biomedical polymeric nanomaterials have witnessed remarkable growth and significance in the past decades. Originating from pioneering research, this field has rapidly evolved, becoming pivotal in shaping the future of healthcare. At the heart of this domain lie three pivotal research thrusts: the synthesis of biocompatible polymers, their self-assembly properties, and various applications in biological medicine. The synthesis of these polymers stands as a cornerstone, enabling the innovation of novel biomedical nanomaterials. Meanwhile, the self-assembly capabilities of these polymers play a pivotal role in tailoring their functionalities for diverse medical applications. As we witness an unprecedented surge in developments within this field, our journal is thrilled to announce this topical collection, aiming to showcase the latest research findings and summarize the achievements of recent years.
This topical collection cordially invites submissions focusing on the synthesis of biocompatible polymers, their self-assembly behaviors and mechanisms, and their diverse biological applications. We welcome articles and reviews delving into the innovative synthesis techniques, the intriguing self-assembly processes, and the multifaceted biological applications of these polymeric nanomaterials. Researchers are encouraged to contribute to this topical collection, providing an invaluable platform to share their cutting-edge discoveries, ultimately contributing to the dynamic landscape of biomedical polymeric nanomaterials. We eagerly anticipate your active participation and insightful contributions to this exciting endeavor. This topical collection will explore the forefront of biomedical polymeric nanomaterials and drive forward the boundaries of biomedical innovation.
Keywords: Functional polymer; self-assembly; implantable biomaterial; smart hydrogel; drug delivery; tissue regeneration
Editors
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Xing Wang
Xing Wang, PhD, Institute of Chemistry, CAS, China Dr. Xing Wang is an associate professor in Institute of Chemistry, Chinese Academy of Sciences. He received his B.S. degree and M.S. degree from Zhengzhou University in 2008 and 2011, and obtained his Ph.D. degree at Institute of Chemistry, Chinese Academy of Sciences in 2014. His research focuses on polymer design and dendrimer synthesis, controlled self-assembly, smart hydrogels, biofunctionalization, controlled drug delivery and tissue engineering.
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Peng Sun
Peng Sun, PhD, Beijing Institute of Technology, China Dr. Peng Sun obtained his Ph.D. at Institute of Chemistry, Chinese Academy of Sciences in 2019 under the supervision of Prof. Ke Zhang. After 3-year postdoctoral research at Prof. Xi Zhang’s group, Dr. Sun became an assistant professor at Advanced Research Institute of Multidisciplinary Science, Beijing Institute of Technolgy in 2022. His research interests are focused on multicomponent polymerization, assembly-induced emission, and supramolecular adhesives.
