The Synaptic Report
Can Bepirovirsen Hepatitis B Treatment Offer a Functional Cure?
Phase 3 trials show that the drug bepirovirsen helped about 20% of chronic hepatitis B patients achieve a functional cure. This genetic-shredder approach allowed patients to stop daily medications while keeping the virus suppressed.
Current Dispatches
Can We Freeze Ageing? The Genetic Switch Behind Temperature-Dependent Longevity
A new study reveals that temperature-dependent longevity is not just a passive thermodynamic effect. By silencing a specific family of stress genes, researchers extended the lifespan of fruit flies regardless of the ambient temperature.
Can We Measure Our True Biological Speed? The New Biomarkers of Aging
Researchers analysed over 11,000 genetic readouts across mammals to map specific cellular ageing clocks. By measuring distinct modules like inflammation and mitochondrial health, they show how targeted therapies could combat age-related decline.
How a 200-Metre Tunnel Exposed the Secrets of Hippocampus Spatial Memory
By studying bats in unusually long flight tunnels, scientists discovered a hidden division of labour in the brain's mapping system. The findings suggest how the hippocampus compresses spatial data to help the brain learn new environments rapidly.
How a PN Heterojunction Neuron Could Pack Brain-Like Power Into Ultra-Compact Chips
Researchers have developed a compact hardware neuron that mimics biological brain cells using a PN heterojunction. By natively filtering signals, it eliminates bulky silicon circuits and could lead to ultra-dense, low-power AI chips.
How AI is Organising Alternative Splicing Prediction to Target Disease
Researchers have developed a generative AI system called TrASPr+BOS that predicts and designs tissue-specific RNA splicing outcomes. The system outpaces existing methods by up to 1.8-fold, offering a new path toward targeted RNA therapies.
How Climate Change Hailstorms Will Reshape Global Infrastructure
A global simulation study reveals that atmospheric warming will drive a dramatic shift toward larger, more destructive hailstones by 2100. While tropical regions may see a decline, mid-high latitudes face a projected 42% increase in damage potential.
How Gene Editing for High Cholesterol Could Retire Daily Pills
A Phase 1 clinical trial has demonstrated that a single infusion of a base-editing therapy can dramatically lower bad cholesterol. By permanently switching off a key liver gene, the treatment safely reduced LDL levels by up to 62 per cent.
How Machine Learning for Catalyst Discovery is Bridging Chemical Worlds
A new AI model bridges different material classes by finding shared chemical features. It successfully predicted the performance of a hybrid catalyst, showing how machine learning can find materials we have never even made.
How Maternal Immune Activation May Alter a Baby's Brain Wiring
When a mother's immune system fights an infection during pregnancy, the response can affect the offspring's brain. New research shows this immune alarm disrupts crucial brain-cleaning cells, but blocking the signal could prevent developmental issues.
How Optically Addressable Spin Systems in Proteins Will Organise Future Biological Control
Researchers have controlled quantum spins inside natural proteins using radio waves. This discovery suggests a future where biological systems can be monitored and controlled using non-invasive quantum sensors.
How Porous Organic Cages Could Help Us Capture and Organise Carbon Dioxide
Scientists are using tiny, soluble molecular cages to trap carbon dioxide and facilitate its reduction. This review details how these structures isolate gas molecules to speed up reactions.
How Social Media Algorithms Organise Our Political Anger
Researchers built custom social media feeds to study political hostility. They found that standard engagement-based algorithms amplify toxic outrage, but a simple tweak targeting extreme users can lower animosity without harming user enjoyment.
Listening to Antimatter's Tick: Scientists Measure Antihydrogen Hyperfine Splitting with Unprecedented Precision
Physicists have measured the hyperfine splitting of antihydrogen to an unprecedented 4 parts per million. The results align with normal hydrogen, suggesting that matter and antimatter share a perfect mirror symmetry.
Mapping the Womb: How Spatial Transcriptomics of Human Embryonic Development Redefines Medicine
Researchers have mapped the spatial transcriptomics of human embryonic development across 13 whole embryos. By profiling 50 organs and 198 substructures, this atlas provides the blueprint for predictive medicine and synthetic organ engineering.
The Open-Source MEG EEG Dataset That Could Decode Human Consciousness
Researchers from the UK and China have released a massive, open-access brain imaging library tracking 100 healthy participants. This collaborative project aims to test competing theories of how our brains generate conscious thoughts.
Why Certainty is the Enemy of Active Coral Reef Conservation
Overstating the certainty of global coral reef collapse damages public trust and stalls environmental action. A new analysis suggests that tipping points are highly variable, meaning targeted local conservation can still prevent total ecosystem loss.
Why Mouse Models in Biomedical Research Do Not Always Translate to Humans
An AI analysis of 777,000 tissue samples reveals why identical DNA sequences in mice and humans can behave differently. By comparing RNA activity, researchers can now predict when mouse studies are likely to mislead human drug trials.
Why Prostate Cancer Treatment in Brazil Varies by Colour
A massive study of Brazil's public health database reveals significant racial and financial disparities in prostate cancer care. Non-White men face later diagnoses and lower spending, while outdated therapies remain common across the system.
Why the Atlantic Meridional Overturning Circulation Is About to Go Wild
A slowdown of the Atlantic's main current system is set to trigger unprecedented swings in ocean salinity. These extreme fluctuations could threaten European coastlines with rising sea levels and disrupted ecosystems, even if emissions are mitigated.