depression
Large-Scale Depression Genetic Study Uncovers Additional Risk Loci, Ties to Potential Drugs
The analysis drew upon data from the Million Veteran Program and other large-scale efforts and underscores the genetic complexity of depression.
Proteome-Wide Association Study of Depression Homes in on Potential Treatment Targets
The researchers uncovered 25 brain proteins that appear to contribute to depression, of which 20 were not previously implicated in the condition.
Case-Case GWAS Approach Identifies Loci That Differ in Frequency Across Psychiatric Disorders
The approach provides new insights into genetic differences between various disorders in order to improve their diagnosis and treatment.
Psychiatric Disorder Risk Affected by Dysregulation of RNA-Binding Proteins
Using a deep learning approach to study mutations in target sites of RNA-binding proteins, researchers identified DDHD2 as a candidate schizophrenia risk gene.
Depression-Related Gut Microbiome, Metabolite Changes Lead to Potential Biomarker Set
Metagenomic sequencing and fecal metabolite profiling uncovered major depressive disorder-related gut microbe changes and a combinatorial marker set.
Mar 16, 2020
Mar 13, 2020
Tempus Closes $100M Series G Round
Jun 20, 2019
Jun 5, 2019
NIH Announces Upcoming Genomic Medicine Studies
May 30, 2019