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A lipid nanoparticle containing RNA approaching a cell.
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Repurposed Drug Makes RNA Therapies for Inflammatory Diseases Safer

Two new solutions can help alleviate inflammation associated with the use of lipid nanoparticles in RNA therapies, while still getting RNA where it needs to be in the cell.
A close up of a syringe drawing liquid from a vaccine vial.
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AI Helps Accelerate Efforts Towards a Universal Vaccine

Researchers have developed a research pipeline utilizing bioinformatics and artificial intelligence to fuel the development of “universal vaccines.” These vaccines would address broad viral families and mutated viral variants.
A mosquito biting into human skin, a common method of transmission of malaria.
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mRNA-Based Malaria Vaccine Reduces Transmission by 99.7%

WEHI scientists captured the first high-resolution structure of a key protein complex that’s essential for the malaria parasite to reproduce inside mosquitoes. A new mRNA vaccine induced antibodies targeting these domains, reducing transmission.
Insulin‑positive β‑cells (green) display HNF1A (red), confirming its presence across endocrine subtypes; DAPI (blue) marks nuclei.
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A Single Gene Pushes Millions Toward Type-2 Diabetes

Mutations in the HNF1A gene impair insulin secretion by disrupting hundreds of genes in β‑cells and causing RNA splicing errors. A new study shows how this dual defect contributes to MODY3 and type-2 diabetes.
A production line of vaccine vials containing a blue liquid.
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Self-Assembling Nanoparticles Offer A New Route for Vaccine Delivery

Researchers have developed polymer-based nanoparticles that self-assemble with a temperature shift, offering a simple method for delivering protein-based medicines and vaccines.
A close up of an adult hand holding a newborn babies hand.
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Stem Cell Therapy Offers Hope for Repairing Brain Damage in Newborns

In a safety study, ten newborns received an intranasal stem cell therapy for brain damage shortly after birth. Most of the children showed remarkably positive development: they started walking earlier on average than untreated children.
Illustration of neurons exhibiting neurodegeneration.
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Replacing Brain Immune Cells Slows Neurodegeneration in Mice

Researchers have developed a way to replace more than half of the most severely affected cells in, called microglia, with non-genetically matched precursor cells of Tay-Sachs and Sandhoff diseases in mice.
 Conveyor belt of vaccine vials  with blue lids.
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US Health Department Halts $500m Funding in mRNA Vaccine Development

The decision amounts to a termination of 22 mRNA vaccine development contracts, totaling nearly $500 million in investment.
A yellow tape measure wrapped around various drugs, representing weight loss drugs.
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Chemical Created by Brain Cells Could Unlock Next-Generation Weight Loss Drugs

Researchers found that brain support cells produce a chemical that suppresses appetite, and they created a modified version of this molecule that helped lab animals lose weight without causing illness.
Antibody molecules whose behavior can be altered by the presence of certain glycans.
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How Glycans Control Antibody Behavior

A research team has uncovered how glycan modifications dynamically regulate the structure and function of human immunoglobulin G antibodies. The findings provide a new framework for designing next-generation therapeutic antibodies.
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