… in disease models. The principal advantages of 3D … for tissue engineering. To date,
several types of biomimetic … After deposition, the hydrogels were crosslinked by physical or …

… conductive hydrogels for tissue engineering application. … Composite hydrogels based
on gelatin, chitosan and … Bioprinting and organ-on-chip applications towards personalized …

… -DIKVAV hydrogel with/without glial-derived neurotrophic factor. … recent biomaterial and tissue
engineering strategies to … was used as an Alzheimer’s disease model in vitro. After 4 hours …

… specific to the tissue is the main goal of tissue engineering. In … We designed a poly-acrylamide-based
hydrogel with … on human biological studies and disease modelling. Indeed, …

… have been evidencing that hydrogels hold great potential in reversing the persistent post-…
CNS tissue engineering is expected to become gradually more personalized in terms of lesion …

… Biomimetic modeling of the BrM should be customized to the … Different formats of hydrogels
based on alginate have also … biomaterials to tissue engineering neural retina and retinal …

… Hydrogel based microneedles Hydrogel-based microneedle arrays … such as drug delivery
and tissue engineering. … Injectable and responsively degradable hydrogel for personalized …

… microfluidic devices and tissue engineering are progressing … in specific collagen-I based
hydrogels in the two middle … enable disease modeling and personalized medicine applications. …

… the field of tissue engineering, three-dimensional bioprinting … creates the potential for
personalized tissue fabrication, thus … , due to its high water content and non-toxicity, hydrogels are …

… We used fused deposition modeling (FDM) 3D printing to … This work provided an opportunity
for personalized and customized … alginatebased hydrogel bioprinting for application in tissue …