3D Printing in Biomedical Research

Epidermal patches are multifunctional skin-interfacing platforms with applications spanning wound management, real-time biosensing, drug delivery, and tissue regeneration. Hydrogels play a central role due to their mechanical compliance, water-rich composition, and tunable physicochemical properties. Key design featur…

• ATAKAN TEVLEK

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The increasing prevalence of cardiovascular diseases highlights the need to develop vascular grafts that match the mechanics of native vascular tissue and offer functional adaptability. This study reports the development and systematic optimization of a shape-memory polyurethane acrylate (PUA)-based photocurable resin…

ABSTRACT The clinical management of complex surgical wounds requires a transition from passive barriers to multifunctional scaffolds that combine structural support with therapeutic action. This study reports a bilayer wound dressing integrating a green‐synthesized zinc oxide (ZnO)‐reinforced 3D‐printed poly(lactic ac…

Abstract This study presents the development of a hydrogel-supported perfusion platform designed for ex vivo uterine tissue graft cultivation under physiologically relevant conditions. Polyvinyl alcohol/Borax hydrogels were synthesized and systematically characterized by Fourier-transform infrared spectroscopy, rheolo…

ABSTRACT Bone tissue engineering (BTE) aims to address the complex challenge of regenerating critical‐size bone defects, where conventional healing is insufficient. This work compares the morphological characteristics of FHA‐based scaffolds fabricated via three different methods: solvent casting with particle leaching…

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AIM: Craniofacial disorders are complex and debilitating conditions that require personalized treatment approaches. Various technologies in the field of bioprinting have developed into promising methods for the production of patient-specific implants for the aforementioned disorders. This review evaluates the ability…

Leukocytes need to be eliminated from blood components in order to lower the risk of adverse transfusion responses and guarantee patient safety during transfusion. Nowadays, nonwoven fabric filters are typically used to remove leukocytes from whole blood and blood components. Research on these types of filters, filter…

Metal fused filament fabrication is an increasingly accessible additive manufacturing process for metals. However, predicting internal defects that form during printing and post-processing remains a significant challenge. In this study, cylindrical samples were fabricated, debound and sintered using Ultrafuse 316L and…