Cell differentiation is significantly faster and more efficient in hydrogels than on monolayersVersatile matrix to study and to enhance differentiation of MSCs towards various cell types for regenerative therapies
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Researchers at Purdue University have developed a graphene-based frequency tripler with an experimentally achieved spectral output purity that is greater than 70 percent, which is an improvement by a factor of 5 over current tripler technology. Graphene is an ideal material to use in this applicatio.....
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Researchers at Purdue University have dramatically improved precision by developing a novel post-biosynthetic encoding concept using derived samples as internal standards. This cost-effective global derivation approach enables absolute quantification of known compounds and relative quantification of.....
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This is a transfer-free method to grow single or multi-layer large-area graphene sheets and graphene patterns directly on a dielectric substrate without etching the catalytic metal, which results in high quality graphene with high electrical conductivity and optical transparency outperforming those .....
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Electrical Energy from Heat in Small Temperature Difference RegimeA device with a ferroelectric oxide crystal layer in a capacitive arrangement and a switch converts heat to electric energy in a small temperature difference regime. The method uses oxide crystals that undergo highly reversible phase .....
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