Featured Research Hub
Direct digests of breakthrough literature, university research spotlights, and molecular mechanism analyses from the world's premier laboratories.
University & Institute Research Spotlights
Liu Lab for Molecular Engineering
Evolution of dual-action search-and-replace pegRNA architectures for in-vivo prime editing.
Hartl Department of Cellular Biochemistry
Cryo-electron tomography of molecular chaperonins refolding aggregate-prone neurodegenerative proteins.
Wyss-Coray Laboratory for Brain Rejuvenation
Circulating plasma factors and choroid plexus cerebrospinal fluid rejuvenation in aged mammals.
Current Journal Highlights
Structural basis of human mitochondrial transcription termination revealed by cryo-EM at 1.8Å
K. Lindqvist et al. • Karolinska Institutet
Reveals how MTERF1 stabilizes paused transcription complexes, unlocking novel targets for mitochondrial myopathies.
Metabolic reprogramming of exhausted CD8+ T cells via pyruvate dehydrogenase kinase inhibition
M. Tanaka et al. • Kyoto University
Small-molecule PDK1 inhibitors reverse T-cell exhaustion in anti-PD-1 refractory pancreatic ductal adenocarcinoma models.
De novo design of allosteric protein switches activated by physiological calcium fluxes
D. Baker Lab • Institute for Protein Design
Engineered synthetic calcium sensors that change quaternary conformation without relying on native calmodulin scaffolds.
Phase III Trial of In Vivo CRISPR Base Editing for Heterozygous Familial Hypercholesterolemia
G. V. Smith et al. • Harvard Medical School / MGH
Single LNP infusion of ANGPTL3 base editor sustained 58% reduction in serum LDL-cholesterol at 24 months with no serious adverse events.
Investigative Research Dossiers
Deep dives into molecular mechanisms and experimental trials
From Code to Crystal: Inside the Fully Autonomous Generative Drug Foundry
Physical pipettes are giving way to acoustic liquid handlers driven by reinforcement learning agents, collapsing the lead discovery pipeline from 4 years to 14 days.
Prime Editing 3.0: Erasing Monogenic Neurological Mutations In Vivo
Double-strand breaks and random indels have plagued clinical CRISPR. The latest generation of engineered pegRNA architectures eliminates off-target cleavage entirely.
The Ethics of Perfection: Where Does Prevention End and Genetic Enhancement Begin?
When we possess the technology to eliminate cardiovascular predisposition and neurodegenerative alleles before embryo implantation, is withholding intervention a form of medical neglect?
The Subcellular Atlas: 4D Spatial Transcriptomics Maps Every RNA Molecule in Intact Organs
Single-cell RNA sequencing required grinding tissues into liquid suspensions, destroying architectural context. Spatial transcriptomics preserves every cell's native coordinate inside intact biopsies.
The Antimicrobial Counter-Attack: CRISPR-Armed Bacteriophages Eradicate Pan-Resistant Bacteria
Antibiotics are broad-spectrum weapons that decimate beneficial gut flora. Precision CRISPR phages act as biological snipers, hunting down antibiotic resistance genes with surgical specificity.
Visualizing the Cellular Machine: Real-Time Cryo-EM Captures 60S Ribosomal Subunit Assembly
The ribosome is the universal engine of cellular translation. Time-resolved electron microscopy now captures the exact intermediate steps where rRNA folds into catalytic peptidyl transferase centers.