… s disease, epilepsy, brain tumor, and cerebrovascular diseases (… injectable hydrogels for
tissue engineering applications. … for better applications in anti-tumor therapy and not focused on …

… of species including genetically modified animals. Importantly, … the culture system, and potential
therapeutic interventions … using cell seeding into a hydrogel matrix, thereby expanding its …

… neurodegenerative diseases, brain tumors, and stroke are the … filled with hydrogels that mimic
the brain extracellular matrix. … then enabled to track the therapeutic stem cell infiltration and …

… Neuroregeneration and neural engineering are diverse biomedical … Another highly promising
hydrogel-based therapeutic … Figure 6 depicts the brain mass and total number of neurons …

… for SCI treatment by providing a source of therapeutic cells for neural … The scaffolds were
modified with the collagen-binding EGFR … Hydrogels were grafted into rat spinal cords either by …

… therapeutic approach with intracerebral EV/hydrogel matrices … an already promising
therapeutic strategy using intravenous … on hydrogels for stroke repair and the tissue engineering …

… yet there are currently no therapies or interventions that can … of scaffolds within 3D hydrogels
is not only possible but … desired details in the structure of engineered neural tissue (Figure 1)…

… The key to successful SCI treatment is to minimize secondary … -modified nanoparticles are
able to traverse the blood-brain … hydrogels provide a powerful cell culture platform for tissue …

… -designed hydrogel in three-dimensional (3D) culture of brain … mice, α5β1 integrinmodified
hydrogels supplemented with control… both in vitro and in vivo for therapeutic angiogenesis. …

… to explore new treatment strategies and expand … -modified HA hydrogel. Furthermore, the
in vitro release profile exhibited a sustained release of EVs from peptidemodified HA hydrogel (…