Researchers engineered extracellular vesicles to deliver therapeutic proteins into the brain, promoting the removal of harmful Tau and TDP-43 proteins...
Read More »Real-time nanoscale imaging shows that how much of a protein is present does not necessarily reveal how accessible it is to antibodies
Researchers used high-speed atomic force microscopy to measure antibody binding to PD-L1 on individual extracellular vesicles, revealing differences in protein accessibility that conventional measurements may miss...
Read More »A better way to get ALS treatments into the brain
Researchers used neural stem cell-derived extracellular vesicles to improve antisense oligonucleotide delivery to the nervous system, delaying ALS progression and preserving motor...
Read More »Clinical trial to evaluate blood test for early detection of breast cancer
USC researchers are evaluating a blood test that detects tumor-associated extracellular vesicles and rare cancer cells, potentially improving early breast cancer detection alongside mammography...
Read More »UD-developed method helps researchers study proteins involved in plant health, disease
Researchers developed an improved plant proteomics method, revealing how extracellular vesicles carry immune-related proteins and contribute to plant defense responses against fungal infections...
Read More »Engineer Wins $2.24 Million NIH Grant to Develop a Cell-Free Stroke Therapy
Researchers are engineering extracellular vesicles from stem cell-derived microglia to reduce brain inflammation and promote tissue repair, potentially...
Read More »Study identifies protein signature that could help detect advanced fibrosis in liver disease
Researchers identified an 11-protein signature in circulating extracellular vesicles associated with advanced liver fibrosis, offering potential biomarkers
Read More »Mursla Bio publishes peer-reviewed validation of Tissue-Specific Extracellular Vesicle Platform for Liquid Biopsy
Tissue-specific extracellular vesicles reveal liver cancer-associated proteins and microRNAs, improving molecular profiling and supporting the development of more precise liquid biopsy diagnostics...
Read More »Electronic sensor detects early Parkinson’s markers in blood
Researchers developed an electronic sensor that analyzes neuronal extracellular vesicles in blood, detecting Parkinson's disease-associated proteins with 90.9% accuracy in an initial clinical evaluation...
Read More »Pyr-PICsomes – novel programmable nanovesicles for hydrostatic pressure sensing
Researchers developed extracellular vesicles-inspired fluorescent nanovesicles that detect hydrostatic pressure, offering new opportunities to measure pressure changes in biological tissues and complex aqueous environments...
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