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Artist's impression of how deep learning accelerates super resolution microscopy. Ouyang et al. present a computational approach that uses artificial neural networks to reconstruct super-resolution images from noisy images recorded at high speed with single-molecule localization microscopy (p. 460). Image credit: Wei Ouyang and Xiangping Li
With a massive expansion in healthcare coverage, biotech's next big boom could occur in India. But this revolution will not be globalized—it will be about serving national needs.
General guidelines are presented on the types of patent protection available for inventions arising from research in the field of monoclonal antibodies, using concepts drawn from European case law and expert practice.
A new computational approach enables integrative analysis of disparate single-cell RNA–sequencing data sets by identifying shared patterns of variation between cell subpopulations.
Differences in gene expression between individual cells of the same type are measured across batches and used to correct technical artifacts in single-cell RNA-sequencing data.