… design space offered by 3D polymer printing, and its opportunities for improving medical
applications, … , processes, and design strategies that all influence an application’s outcome [16], …

… article is to describe a design strategy for the … applications, in terms of both an enhanced
degradation rate compared to pure iron, and suitable strength and ductility. The design strategy …

… used in a wide range of TE applications. The use of bilayered … The described design
approaches in this review include … Second, we will focus on various scaffold design strategies, ie, …

… The design strategies identified in this paper for recovery of medical products in relation to
product criticality and value are depicted in Fig. 3. The third identified factor, the local support …

… The aim of this article is to describe the design strategy deployed in developing new …
We discuss the efficiency of the design approach, and evaluate the characteristics of the …

… application range of medical PUs. This review summarizes the current applications of
nano-modified medical … and mechanical properties critical for medical use. We also conclude the …

… and prosthetic mesh design toward successful hernia repair. It also outlooks strategies for
future … photoluminescent polymer (BPLP) coating strategy for possibly addressing the common …

… One further consideration is the material choice for the medical application. An ideal design
for a biomaterial and implant is one that has the ability to mimic anatomical geometry of …

… focusing on the design, development strategies, and medical applications of radiolanthanide-…
Next, we introduce representative chelators especially important for the medical application …

… TERM has appeared as a developing field based on materials engineering, biology, and
medical knowledge struggling to produce alternative methods for the regeneration and repair of …