In PNAS this week: numerous mobile genetic elements contribute to Vibrio cholerae drug resistance, troponin I mutations in sudden infant deaths, and more.
In Science this week: global transcriptome analysis of inflammatory bowel disease, and more.
In Nature this week: CRISPR-based method to determine specificity of adenine base editors, haploid induction for genome editing of commercial crops, and more.
Inhibiting the associated protein, PAI-1, appeared to ease inflammation and symptoms in a mouse model of inflammatory bowel disease.
Researchers at UC Santa Cruz have found patterns in RNA sequencing data that have led to possible treatments for cancers with no actionable mutations.
Researchers defined six malignant cell clusters with single-cell transcriptomes and genotypes for thousands of acute myeloid leukemia cells.
In Nature this week: protein-coding variants associated with body-fat distribution, and more.
Researchers used genomic, transcriptomic, and virulence data on thousands of Streptococcus pyogenes strains to identify features influencing infections.
A team led by National Eye Institute researchers picked out B3GLCT and BLOC1S1 as the most plausible target genes in an age-related macular degeneration analysis.
In PNAS this week: sepsis-related copy number changes, three-dimensional leaf transcriptomes of plants grow in dark or in light-dark cycles, and more.
Researchers representing scientists and students of Chinese descent voice their concerns about recent US policies and rhetoric.
Wired reports that researchers have shown they could reprogram a DNA-based computer.
Researchers say increased diversity in genomic studies will benefit all, PBS NewsHour reports.
In Science this week: whole-genome sequencing of single sperm cells, and more.