The nanoporous architecture of Sn particles allows reversible macroscale volume expansion concomitant with charge/discharge process, thereby improves the cycle stability while maintaining a high energy density (80% capacity retention after 350 cycles). The nanoporous structure minimizes the ion diff.....
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Provides a renewable and scalable source of glial-enriched progenitors for therapeutics and research
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This treatment represents the first pharmacological therapy to promote neural repair and recovery in stroke patients.This therapy is directed toward a later phase of stroke repair and recovery.Therefore, unlike currently used drugs, this agent can be administered at a much later time point, when pat.....
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UCLA investigators have determined that Receptor Interacting Protein 2 (RIP2) has novel functions in regulating Th1 helper T cells and the IL-1/IL-18 Toll-like receptor responses of NK cells and presents a target for therapeutic approaches to the treatment of disorders mediated by these cells, inclu.....
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Professor Lu and colleagues have devised a rapid, aerosol-based production method for metal-carbon composite spherical particles with porous hollow interiors. Inorganic hollow nanostructures previously required complicated and cumbersome practices to prepare. In this technology, materials such as or.....
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