How Broken Brain Networks and Molecular Chaos Drive Major Depression
A sweeping integrative review argues that major depressive disorder arises from interacting molecular dysregulation and large-scale brain network dysfunction, while ...
A sweeping integrative review argues that major depressive disorder arises from interacting molecular dysregulation and large-scale brain network dysfunction, while ...
A post hoc analysis of nearly 3,000 patients with acute schizophrenia identifies three symptom-based subgroups with distinct lipid profiles and ...
The first Europe-wide expert working group on artificial intelligence in mental health has launched at the ECNP Congress in Munich ...
Researchers report that polygenic risk scores based on heritable gut bacteria predicted remission and symptom improvement in depression patients treated ...
A novel texture similarity network analysis of brain scans has identified two reproducible schizophrenia subtypes with distinct molecular signatures.
A new review in Translational Psychiatry identifies the TCF/LEF transcription factor family as central nuclear effectors of Wnt/β-catenin signaling and ...
Researchers at Boston Children's Hospital have identified an altered cerebellar-amygdala-thalamic brain circuit associated with anxiety in nearly 3,500 adolescents, detectable ...
An explainable generative deep learning framework called SYNERGY-VAE has uncovered three hidden population subgroups with distinct health signatures and depression ...
A new Translational Psychiatry review argues that integrating endocannabinoid neurobiology, genetic risk loci, and early-phase drug trials could finally enable ...
A new Canadian master observational trial called CALM is recruiting 1,600 young people to study multiple co-occurring mental health conditions ...
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© 2025 Scienmag - Science Magazine