Study and Investigation of Bioprinters in Bone Tissue Engineering

Tissue engineering has transformed significantly due to ۳D bioprinting innovations, which utilize bioinks to constructcomplex three-dimensional structures for cell culture. Bioinks, defined by their material characteristics, biologicalinteractions, gelation behavior, and viscosity, play a pivotal role in the success of bioprinting processes. Techniquessuch as autonomous self-assembly, micro-tissue building blocks, and biomimicry enable ۳D bioprinting to createtissues or organ-like structures by meticulously layering biological materials and living cells. Despite the substantialpromise of ۳D bioprinting in tissue engineering, replicating physiologically relevant ۳D structures effectively remainsa significant challenge. Progress in ۳D bioprinting for therapeutic applications hinges on enhancing bioink materialsand understanding their physiological properties. Researchers are focusing on developing sophisticated bioinkcompositions and advanced printing procedures to create bioprinted tissues and organs that closely mimic nativetissues. This advancement paves the way for personalized regenerative medicine and organ transplantation, offeringhope for more effective and customized medical treatments in the future. Furthermore, the ongoing improvements inbioink formulations and bioprinting technologies are expected to overcome current limitations, potentiallyrevolutionizing the field of tissue engineering and regenerative medicine.

کلیدواژه ها:

Bone-Bioink-Bioprinter-Tissue-Calsium phosphate