ABOUT BMR
Biomaterials Reports (BMR) is an international, open-access, peer-reviewed journal, published online biannually by Molecule Publishing House. Biomaterials Reports (BMR) is dedicated to the cutting-edge developments in the field of advanced biomaterials. As an online platform, it serves as a resource for the dissemination of novel research, innovative methodologies and transformative developments in the rapidly evolving biomaterials landscape.
Biomaterials Reports (BMR) publishes original research articles, reviews, mini reviews, perspective articles, opinions, letters to the editor, short communications and editorials.
Scope
Biomaterials Reports (BMR) covers a broad spectrum of topics within the biomaterials domain, including, but not limited to:
֎ Synthesis, design, and characterization of novel biomaterials.
֎ Smart biomaterials with adaptive, responsive properties.
֎ Drug delivery systems utilizing smart and responsive biomaterials.
֎ Nanobiomaterials for targeted drug delivery and diagnostics.
֎ Biodegradable and sustainable biomaterials for environmental and medical applications.
֎ Biomaterials in regenerative medicine, including tissue engineering and wound healing.
֎ Biocompatible and biofunctional materials for implantable devices and prosthetics.
֎ Biofabrication, including 3D bioprinting technologies.
֎ Surface engineering and functionalization of biomaterials for enhanced performance.
֎ Biomaterials in diagnostic applications, including biosensors and imaging agents.
֎ Interdisciplinary approaches combining biomaterials with electronic, mechanical, and optical technologies.
֎ Computational modeling and simulation in biomaterials research and development.
Aims
Biomaterials Reports (BMR) aims to:
֎ Establish a cutting-edge forum for the exchange of ideas in the field of biomaterials.
֎ Promote research that bridges the gap between fundamental science and applied biomaterials technology.
֎ Facilitate the exchange of ideas among scientists, engineers, and clinicians to drive innovation in biomaterials.
֎ Foster an interdisciplinary approach, linking materials science with biological and medical sciences.
֎ Highlight the significant impact of biomaterials on sustainability and environmental conservation.
