... (AVN) biocompatibility biodegradable biomaterials biopolymers devices fabrication needle insertion tissue engineering viscoelastic In the last decade, rapid advancements in bioadditive manufacturing research have increasingly addressed the challenge of fabricating artificial functional...

... morbidity and postoperative complications. For this reason, a new approach in tissue engineering looks at scaffolds obtained through the decellularization of native extracellular matrices as an alternative technology to circumvent these limitations. Thus, this review aims to focus on the potential for use...

... attention in regenerative medicine due to its improved mechanical and structural properties. This study focuses on using cryogelation as a versatile method for fabricating biomimetic scaffolds with improved mechanical strength and larger pore sizes with potential for bone tissue engineering applications...

... tissue engineering. The fluorophosphate bio-glass system was formulated by varying fluoride content in phosphate-based glass 45P₂O₅-(30-X)-CaO-25Na₂O-XCaF₂ (X = 0, 1.25, 2.5, 3.75, and 5.0) using melt quenching technique. The elemental composition...

...Maryam Rezvaninia; Fatemeh Bagheri; Nafiseh Baheiraei Cartilage is an avascular and aneural connective tissue with poor self-healing capability. Recently, tissue engineering opens up new horizons for staving off or treating cartilage lesions. In this work, kartogenin (KGN), a small chondro...

...Ganesan Priya, PhD; Uttamchand Narendra Kumar, PhD; Balaraman Madhan, PhD; Inderchand Manjubala, PhD The present study focuses on the development of carboxymethylcellulose (CMC)–biphasic calcium phosphate (BCP) composite scaffolds through the freeze-drying process for bone tissue engineering...

.... There biomimetic HAp/SF composite scaffolds may serve as a promising biomaterial for dental pulp repair. biomaterials scaffold tissue engineering A optical density (OD) value of the test sample A₀ OD value of the negative control (phosphate-buffered saline buffer...

... with the hydrogels when compared to lipopolysaccharide-stimulated cells. In short, the absence of macrophage activation on contact with hydrogels is a clear indication of their in vitro immunocompatibility, suggesting their potential application as tissue engineering templates. (corresponding author: gmkbio...

... engineering. This paper discusses polymer–metal/metal oxide nanoparticle matrix-based nanocomposite biomaterials and their applications in the biomedical field – that is, drug delivery and tissue engineering applications. The other most important example of a natural polymer is chitosan. Chitosan...

...-to-volume ratios. 8 This specific characterization of CNs improves topical drug delivery and therapeutic efficacy of curcumin. nanoparticles scaffold tissue engineering (corresponding author: malakeh_rezai@yahoo.com) 01 11 2017 17 07 2018 ICE Publishing: All rights reserved...

... activities and can be suggested as a good vehicle for growth factor and cell delivery in bone tissue engineering applications. 14 11 2017 27 02 2018 ICE Publishing: All rights reserved 2018 bone scaffold tissue engineering Fourier infrared (FTIR, PerkinElmer Spectrum RXI...

... and osteoblast activity. Platelet-rich plasma/silica scaffold can be considered as an autologous vehicle with appropriate features for bone tissue engineering. A PRP blood source was provided by the Iranian Blood Transfusion Organization, Shiraz. The PRP was collected in a pretreated bag...

... in the dermis are types I and III, which provide the dermis with tensile strength and the skin with mechanical resistance. 19 The dermis has an ECM, which provides strength to the skin. 14 , 20 biomaterials biosensors tissue engineering With the animal ban in place since the EU regulation...

... containing 12% β-GP would show optimum biological characteristics. This study demonstrated that the synthesized chitosan–β-GP is a biocompatible thermosensitive system, which can be potentially used for tissue engineering applications in different areas, such as cartilage injections...

... a possible commercial alternative to autograft and allograft for large structural bone defects. * Corresponding author e-mail address:   j.meredith@sheffield.ac.uk 29 04 2014 24 06 2014 ICE Publishing: All rights reserved 2015 bone hard tissue porous scaffold tissue engineering...

... the limitations of the input data set, the model developed provides a reliable predictive tool to tissue engineering applications. Levenberg-Marquardt backpropagation algorithm was used ³¹ to train data set available for this study, as the learning configuration of this algorithm is most commonly...

... of hard materials and scaffolds which make them suitable for implantation as biomaterials also make them suitable as scaffolds for bone tissue engineering, ^{7 , 8} where cells are cultured on the materials and the cell-seeded scaffolds are implanted. For an overview of the rapidly evolving field...

... 07 2012 26 11 2012 ICE Publishing: All rights reserved 2013 biomimetic devices bone cellular implant metallic processing tissue engineering The skeleton is the body system that performs the structural function of stabilization and load bearing. Providing adaption...

... of cardiac tissue engineering, different biomaterials, methods and techniques have been tested for cardiac repair, but we are still far from the achievement of a valid model that can be tested for therapeutic goals. In this study, the authors examined the efficacy of newly preformed membranes based...