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Using a deep learning approach to study mutations in target sites of RNA-binding proteins, researchers identified DDHD2 as a candidate schizophrenia risk gene.
In Science this week: gene expression signature linked to nonalcoholic fatty liver disease progression, and more.
Metagenomic sequencing and fecal metabolite profiling uncovered major depressive disorder-related gut microbe changes and a combinatorial marker set.
The products analyze various datasets including a patient's genetic and metabolic profiles, clinical history, and demographics to inform prescribing decisions.
In PNAS this week: similar muscle protein patterns across hypertrophic cardiomyopathy phenotypes, analysis of gene expression and brain anatomy in major depression, and more.
In PLOS this week: phenome-wide association study of psychiatric disorder polygenic risk scores, CNV patterns in rhesus macaques, and more.
The study also found that certain genes may influence multiple complex traits, while others only affect one phenotype, making them worthwhile therapeutic targets.
Cosmos reports that people who are at genetic risk of developing depression as adults are also more likely to have problems as children.
An analysis of almost 43,000 individuals under 17 years suggests polygenic scores for adult conditions such as depression may coincide with childhood psychopathology.
A new study showed that relying on minimal phenotyping could impede researchers' ability to identify genetic pathways specific to major depressive disorder.
The Wall Street Journal reports on gaps in COVID-19 testing affecting less affluent urban areas and rural locations.
According to NBC News, new SARS-CoV-2 variants are making it harder for researchers to model the course of the pandemic.
The New York Times reports that experts say President Joe Biden's goal of vaccinating 1 million people a day in the US in the next 100 days is too low a bar.
In Science this week: single-cell lineage tracing technique applied to study lung cancer metastasis, and more.