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In Science this week, a team led by investigators at the University of Massachusetts Medical School reports its use of yeast genetic engineering, chemical biology techniques, and multi-wavelength fluorescence microscopy to "follow assembly of single spliceosomes in real time in whole-cell extracts." In its investigations, the team found that spliceosomal subcomplexes sequentially associate with pre-mRNA, such that they produce functional spliceosomes and that each subcomplex is reversible.

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Reuters reports that Germany is seeking to sequence 5 percent of patient samples that test positive for SARS-CoV-2.

23andMe and Medscape say primary care physicians are increasingly more comfortable with discussing direct-to-consumer genetic testing results.

The publisher of the Science family of journals will allow some authors to place peer-reviewed versions of their papers into publicly accessible repositories.

In Science this week: analysis of genome-wide association studies of chronic kidney disease, and more.