Lucy Dickie

Researchers combine mathematical models, marine science, and metagenomics to answer a decades-old question – why are there so many species in the ocean?

Researchers have developed a novel device for single nanoparticle trapping which has potential applications for drug discovery, disease monitoring, biomedical imaging, and more.

Professor Svante Pääbo’s quest to use the genomes of extinct forms of humans to uncover secrets about our past, and present.

Emergency signs, clock dials, and safety-way guides require glow-in-the-dark materials. Professor Ryota Kabe is looking at how these materials can be created efficiently and economically.

An OIST researcher is involved in a multi-disciplinary, international collaboration to uncover the molecular interaction mechanisms between the SARS-CoV-2 virus and its host.

Researchers strive to better understand the flow of materials that have both liquid-like and solid-like states, such as toothpaste, mayonnaise, and ketchup.

Recent study describes new states that can be found in super-cold atom experiments, which could have applications for quantum technology.

By looking at the DNA of living animals, researchers have revealed early events in vertebrate evolution, including how jawed vertebrates arose from the mating of two different species of primitive fish half a billion years ago.

With the number of COVID-19 cases in Okinawa on the rise, OIST researchers are looking at how they can help the local community.

Research focusing on the bacteria responsible for gum disease has revealed the unique assembly mechanism of its pili – adhesive filaments used for attachment.

Fifteen blood metabolites are key for diagnosing the age-related disorder, frailty, new study finds.