… for innovation that biofabrication could bring to TERM research. … Here, we aim to focus on
the most recent advancements on these … Shape transformation in 4D biofabrication can be …

… innovations of organ bioengineering to inform analysis of advances in regenerative medicine
… be used as a natural scaffold for application in tissue engineering and RM 21 . Ideally, the …

… regenerative medicine and disease models. Among the most important recent developments
in tissue engineering … allowed enhanced conjugation of the key growth factor, transforming …

… Exploring innovative solutions to improve the healthcare of … goal, tissue engineering and
regenerative medicine (TERM) … tissue/organ development and healing, and transformation and …

… This transformation process from sol to gel or phase is the key to the bioprinting of … -analogous
structures using innovative technologies for the printing of cells and matrix materials. The …

… The cutting edge of tissue engineering and regenerative medicine research is moving toward
… Recent progress in interfacial tissue engineering approaches for osteochondral defects. …

… In a similar manner, cell-loaded scaffolds can bridge stem cell therapy with tissue engineering,
improving the delivery of stem cells to the lesioned site [159,160,161,162]. Even if most of …

… in order to produce innovative answers and best practices. … in various regenerative medicine
and tissue engineering … main activities required for tissue/cell transformation from a donor to …

… as a subset of regenerative medicine, we encounter many innovative, FDA-… regenerative
therapy, such as gene therapy and cell engineering, cell therapy, and tissue engineering …

… transformation … , innovative sustainable and greener synthetic methods for eco-friendly
fabrication of MXenes as well as their functional modification for innovative tissue engineering …