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Ma'lumot yuklanmoqda...
Ma'lumot yuklanmoqda...
Central nervous system neural device functionality hinges on effective communication with surrounding neurons. This depends on both the permissiveness of the device material to promote neuron integration and the ability of the device to avoid a chronic inflammatory response. Here, a facile approach has been developed exploring the multiple functionalities of hydrogel particles to provide cues to impart neural integration for such materials. Three distinct, yet interconnected tasks were undertaken: investigating hydrogel particle-modified substrate neuron integration and central nervous system inflammatory response, investigating guided hydrogel particle adsorption, and investigating hydrogel particles as local reservoirs for counteracting adverse effects from oxidative species. The potential of hydrogel particle modification on planar substrates and subsequent cell response to such substrates was investigated. The particle adsorption process can be tuned to control particle surface density by varying the adsorption…