News & HighlightsNews
There are countless species of bacteria scientists have never seen. This lab develops techniques that allow scientists to see them.
Their newest technique has already uncovered hundreds of hidden bacterial genomes and two promising antibiotics. Now, the same approach could unlock an entire microbial universe—reshaping drug discovery and our understanding of how bacteria shape our environment.
Hundreds of new bacteria, and two potential antibiotics, found in soil
Newly identified compounds appear effective against drug-resistant bacteria. The technique used to reveal them could uncover many more antibiotics, as well as help illuminate a previously hidden microbial world.
Researchers keep a mammalian cochlea alive outside the body for the first time
The technological breakthrough may improve our understanding of the cellular mechanisms behind hearing and its loss, which remain poorly understood.
These genetic insights into rheumatoid arthritis could help design better treatments
Dana Orange’s research may help predict flares, provide precise drug targets, and enable interventions that block symptoms before they begin.
Mitochondrial antioxidant found to drive breast cancer metastasis
Researchers have learned that the antioxidant glutathione, when operating inside mitochondria, is a key factor enabling tumors to spread from the breast to the lung.
Immunotherapy drug eliminates aggressive cancers in clinical trial
The researchers demonstrate that an engineered antibody improves a class of drugs that has struggled to make good on its early promise.
New tool helps predict antibiotic resistance
Using the novel platform could help pharmaceutical companies design longer lasting drugs.
How ant queens are made
New research offers fresh insight into how different morphological types and social roles emerge in ant societies, confirming that size is coupled to caste, with genes ultimately deciding how size and caste are related within the context of a colony.
How new genes get switched on
After nearly a decade of cataloguing evolutionarily young genes, complementary studies are the first to demonstrate how they are regulated and expressed.
This brain circuit drives the urge to mate. Except when it doesn’t.
Scientists discovered an identical neural circuit that operates differently in male and female mice.
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