... in TissueEngineering, mostly studied for cartilage and bone, in animal models and clinical ...the engineering of recombinant collagens and their biomedical applications in the manufacture of tissues ...
... Pluronic F127 corresponds to poly (ethylene oxide)/poly (ethylene oxide)/poly (ethylene oxide) (PEO-PPO-PEO) triblock copolymers, of which aqueous solutions undergo sol-gel transition at temperature above critical gel ...
... In this context, the use of human oral epithelial and stromal cells for construction of artificial organs by tissueengineering always requires the previous determination of cell viability to ensure that ...
... Applications of MSCs, especially in combination with biomaterials, have raised optimism for future therapies to repair tissues including cartilage and bone [19]. TCP resorbable ceram- ics are widely used as bone fillers ...
... adipose tissue, thus appearing as a transparent sheet composed of a double layer of mesothelium enclosing loosely arranged collagenous and elastic fibers (Coffey, ...in tissueengineering has not ...
... The Present work describes the preparation of nanocomposites based on chitosan (QS)/copper nanoparticles (nCu) with antibacterial properties and potential application in tissueengineering. For this ...
... emerging tissueengineering ...for tissueengineering because their excellent biocompatibility has been assessed suitable for both cell culture and animal tissue, and their tubular ...
... cardiovascular tissueengineering The potential of the hybrid gels as scaffold for cardiovascular tissueengineering was demonstrated by producing a semilunar heart valve with a molding ...
... different tissue- engineering applications have been designed and tested in recent years ...scar tissue that gradually restores the skin barrier over a period of days, weeks or even months, depending ...
... Temporo-mandibular joint disc disorders are highly prevalent in adult populations. Autologous chondrocyte implantation is a well-established method for the treatment of several chondral defects. However, very few studies ...
... defects. Tissueengineering (TE) is a promising approach to cure these bone diseases because it allows the reconstruction of tissue by colonization and proliferation of healthy cells in an artiicial ...
... in tissueengineering where an interconnected porous architecture is required to assist in guiding and promoting new tissue formation, while facilitating the transport of nutrients and ...situ ...
... Different cell treatments have been developed with the aim of forming a repair tis- sue with the characteristics of native articular cartilage, including cellular therapy and tissueengineering. Cell ...
... granulation-like tissue layer underneath the implanted scaffolds, which practically covered the defect two weeks after implantation ...granulation tissue, which is in turn oxygen dependent ...promoting ...
... Tissue damage or loss due to congenital diseases, trauma, or accidents and end-stage organ failures are the two major causes of illness and death world-wide. Nowadays, approximately a quarter of patients in need ...
... Elastogenesis is a complex process that starts inside the cell where the tropoelastin is synthetized and protected by galactolectin (elastin-binding protein) from a premature intracellular aggregation[20]. This chaperon ...
... Tissueengineering, which is an alternative option for organ transplantation, is currently demonstrating great promise with first-in-man successful stories of tissue engineered implants ...damage ...
... In this paper elastin-like recombinamer-click gels (ELR-CGs) are obtained under mild, physiological conditions by exploiting the advantageous properties of the click reaction. Specifically, two modified ELRs including ...
... Tissueengineering is a promising field in regenerative medicine since it could represent a promise in the treatment of many diseases and injuries, in which damaged tissue compromise the health of ...