Latest news
Preventing the accumulation of mRNA-loaded lipid nanoparticles in the liver
New research has developed a novel coating agent that prevents lipid nanoparticles from accumulating in the liver—a major practical challenge when using lipid nanoparticles in vaccines and immunotherapies.
MIT engineers connect bacteria to create living transistors
Researchers have engineered bacteria in such a way as to build circuits that can perform complicated calculations.
Pre-existing antibodies linked to different immune responses after influenza vaccination
New study highlights how previous exposure to influenza viruses and vaccines can leave behind pre-existing antibodies, which may influence how the immune system responds to later vaccination.
Burying crop residues deeper could help protect maize from ear rot and mycotoxins
A new study has found that incorporating maize straw deeper into the soil can substantially reduce maize ear rot and harmful mycotoxin contamination while creating a healthier soil environment.
Development of dual-action compounds to fight cancer and infections
Researchers have developed new hybrid compounds that simultaneously reduce the viability of aggressive cancer cells and inhibit the growth of certain bacteria and fungi.
Gut-pancreas immune crosstalk may offer new therapeutic strategies for pancreatic cancer
A new study reports that immune responses produced in lymph nodes shared by the liver, pancreas and intestine shape T-cell tolerance. This cross-organ immune rewiring increases T-cell infiltration into pancreatic tumors, pointing to potential new approaches for hard-to-treat pancreatic cancers.
Pre-existing antibodies linked to different immune responses after influenza vaccination
New study highlights how previous exposure to influenza viruses and vaccines can leave behind pre-existing antibodies, which may influence how the immune system responds to later vaccination.
Burying crop residues deeper could help protect maize from ear rot and mycotoxins
A new study has found that incorporating maize straw deeper into the soil can substantially reduce maize ear rot and harmful mycotoxin contamination while creating a healthier soil environment.
Gut-pancreas immune crosstalk may offer new therapeutic strategies for pancreatic cancer
A new study reports that immune responses produced in lymph nodes shared by the liver, pancreas and intestine shape T-cell tolerance. This cross-organ immune rewiring increases T-cell infiltration into pancreatic tumors, pointing to potential new approaches for hard-to-treat pancreatic cancers.
Preventing the accumulation of mRNA-loaded lipid nanoparticles in the liver
New research has developed a novel coating agent that prevents lipid nanoparticles from accumulating in the liver—a major practical challenge when using lipid nanoparticles in vaccines and immunotherapies.
New water freeze-drying sample preparation method allows for the capture of a near-native ultrastructure of bacteria
A collaborative research team has successfully applied Water Freeze-Drying method to bacterial specimens, allowing them to capture the ultrastructure of bacteria in near-native form via scanning electron microscopy.
Genome-scale model-guided microbial engineering converts agricultural waste into biodegradable bioplastics
Researchers develop a genome-scale model-guided microbial engineering platform that converts kimchi industry waste into biodegradable bioplastics.
MIT engineers connect bacteria to create living transistors
Researchers have engineered bacteria in such a way as to build circuits that can perform complicated calculations.
Development of dual-action compounds to fight cancer and infections
Researchers have developed new hybrid compounds that simultaneously reduce the viability of aggressive cancer cells and inhibit the growth of certain bacteria and fungi.
Texas A&M Engineering leads work on rapid screwworm treatment
A multidisciplinary team is developing three novel wound treatments that quickly kill larvae while reducing chemical residues, offering ranchers and veterinarians a rapid response tool that current screwworm eradication methods cannot provide.
Doctoral student aims to detect insect-borne viruses sooner
A biomedical engineering doctoral student at the University of Nebraska is developing generative foundation models to forecast the emergence of arboviruses before they spill over into humans.
Could beneficial bacteria help prevent the body from absorbing lead?
New funding supports early-stage research at Worcester Polytechnic Institute that aims to show how pieces of genetic code produced in the gut by healthy bacteria could block lead exposure.
Plant pathologist selected as Fulbright Distinguished Scholar
Heather Kelly, field crops pathologist in the University of Tennessee Department of Entomology and Plant Pathology, has received a prestigious Fulbright Distinguished Scholar Award for two one-month trips to Brazil in 2026 and 2027.