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Aims and scope of the journal
Editorial board
Aims and scope of the journal
Advanced Biomaterials and Devices in Medicine is a new open access interdisciplinary journal that offers rapid publication of high-quality peer-reviewed short communications and review papers in all areas of materials science and biomedical engineering applied to the development of implantable and non-implantable medical devices and reports on device performance and functionality in clinical settings. The journal will also welcome polemical articles - Opinions, Commentaries, Perspectives - that challenge the status quo of biomedical research and stretch or reverse the old paradigms of how biomaterials and medical devices for regenerative medicine and diagnostics should be designed.
Our Editorial Board comprises of renowned scientists in a highly diversified range of research fields including biomaterials, mechanical design, computer modeling, physics, chemistry, cell biology and medicine representing the full scope of the interdisciplinary nature of the journal. The journal's main focus is on the convergence of engineering, materials science, biology and clinical medicine, on intelligent biomaterials, and on novel concepts in the development of minimally invasive implantable devices and of surgical tools for use in minimally invasive surgeries and procedures.
Advanced Biomaterials and Devices in Medicine is committed to prompt review and publication. Decision on whether a manuscript should be reviewed is typically made within five working days of receipt and decisions about publication are usually made within five days of receipt of referees' reports.
Main topics of the journal include, but are not limited to:
Biomaterial synthesis and characterization
Biodegradable/bioresorbable materials and implants
Shape memory and superelastic biomaterials
Implant design for minimally invasive placement
Guiding catheters and guidewires for minimally invasive procedures
Scaffolds for bone tissue regeneration
Biomimetic and bioinspired materials
Drug delivery systems
Drug-eluting stent platforms
Control over the interaction of cells with medical devices
Surface patterning and biofunctionalization
Nanostructured biomaterials and surfaces
Antibacterial and antifouling materials and coatings
Nanoparticles for diagnostic and therapeutic uses
Computer modeling of medical devices
Molecular dynamics simulation of cell-biomaterials interfaces
Clinical experiences with implants and devices
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Editorial Board
Sergey G. Psakhie, Russia - Editor-in-Chief
C. James Kirkpatrick, Germany - Vice Editor
Irena Gotman, Israel - Vice Editor
Elazar Gutmanas, Israel - Executive Editor
L. Ambrosio, Italy
S. Barinov, Russia
A. Bellosi, Italy
S. Best, UK
A. Boccaccini, Germany
M. Bohner, Switzerland
F.Z. Cui, China
P. Ducheyne, USA
M. Epple, Germany
Y. Estrin, Australia
P. Habibovic, Netherlands
E. Levashov, Russia
M. Lerner, Russia
A. Lotkov, Russia
E. Mamonova, Russia
D. Mantovani, Canada
S. Miyazaki, Japan
M. Mont, USA
L. Ogorodova, Russia
J. Planell, Spain
M. Sadovoi, Russia
M. Santin, UK
D. Sarkar, India
D. Seliktar, Israel
D. Shechtman, Israel
J. Sñhrooten, Belgium
D. Shtansky, Russia
A. Tsukanov, Russia
V. Tuchin, Russia
V. Turk, Slovenia
R. Unger, Germany
R. Valiev, Russia
O. Vasiljeva, Slovenia
R. Waksman, USA
K.-D. Wolff, Germany
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