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University of Leicester


A new chapter in Earth history

A team of scientists proposes using nuclear weapons fallout to mark the beginning of a new geological age, the Anthropocene. The proposal is based on the significant geochemical signatures left by human activities in sediments accumulating across the planet.

SourceUniversity of Leicester·JournalBulletin of the Atomic Scientists·DateMay 11, 2015

Study on dopamine neurons could instruct research into mobility and neurological disorders

Researchers from the University of Leicester used electrophysiology to capture electrical signals from dopamine neurons in the forebrain, revealing that these cells are active when fish swim. The study suggests that dopamine plays a key role in regulating excitability of spinal networks and may contribute to motor side effects of dopam...

SourceUniversity of Leicester·JournalCurrent Biology·DateJan 29, 2015

Did the Anthropocene begin with the nuclear age?

Scientists propose the Anthropocene began with the nuclear age on July 16, 1945. Human-made changes, such as artificial radionuclides and increased carbon emissions, altered the Earth system, leading to a 'Great Acceleration'. The start date marks the historic turning point when humans accessed an enormous new energy source.

SourceUniversity of Leicester·JournalQuaternary International·DateJan 15, 2015

Peat fires -- a legacy of carbon up in smoke

A new study published in Nature Geoscience highlights the devastating impacts of peat fires, which can burn for days and weeks, producing severe air quality issues and triggering respiratory problems. The study finds that peat-rich regions will become more susceptible to drying and burning with a changing climate.

SourceUniversity of Leicester·JournalNature Geoscience·DateJan 6, 2015

Curious signal hints at dark matter

A team of scientists from the University of Leicester has detected a curious signal in the X-ray sky that could be the first direct indication of dark matter. The signal appears to be consistent with the prediction of axions, particles believed to make up a significant portion of the universe's mass.

SourceUniversity of Leicester·JournalMonthly Notices of the Royal Astronomical Society·DateOct 16, 2014

Scientists create new 'designer proteins' in fight against Alzheimer's and cancer

Researchers at the University of Leicester have developed a breakthrough technique to generate synthetic amino acids and designer proteins, which can be used to develop innovative new protein drugs for cancer and Alzheimer's disease treatment. The discovery opens up new avenues for drug discovery with potentially highly potent drugs an...

SourceUniversity of Leicester·JournalOrganic & Biomolecular Chemistry·DateSep 24, 2014

New hope for beloved family pets

Researchers at the University of Leicester have developed a novel electronic system for diagnosing canine lymphoma in its early stages and monitoring remission after chemotherapy. The cLBT test detects biomarkers associated with the disease, offering improved diagnostic capabilities for veterinarians and pet owners.

Breakthrough laser experiment reveals liquid-like motion of atoms in an ultra-cold cluster

Researchers from the University of Leicester used a novel laser technique to study the structure and internal atomic motion of a small cluster containing an acetylene molecule and a single helium atom. The study found that the helium atom rotates and vibrates almost freely, occupying nearly the entire volume within the cluster.

SourceUniversity of Leicester·JournalPhysical Review Letters·DateJul 25, 2014

International science team solve biological mystery

An international team of researchers has solved a long-standing debate over the molecular structure of a vital biological chemical, identifying that the ferryl heme in Compound I is not protonated. However, one amino acid side chain is found to be doubly protonated, raising new questions about oxygen activation mechanisms.

SourceUniversity of Leicester·JournalScience·DateJul 10, 2014

Breakthrough study solves plant sex mystery

A team of biologists at the University of Leicester has discovered a pair of proteins called DAZ1 and DAZ2 that are essential for making twin sperm cells in plants. The study reveals how these proteins work together with a 'master switch' protein DUO1 to control a gene network that ensures a pair of fertile sperm is produced.

SourceUniversity of Leicester·JournalThe Plant Cell·DateJun 6, 2014

Shattering past of the 'island of glass'

A University of Leicester team has discovered that the entire island was covered in a searing-hot layer of green glass 45 thousand years ago. The volcanic activity on the island provides insights into hazardous eruptions elsewhere, and may help understand undersea currents triggered by earthquakes.

SourceUniversity of Leicester·JournalGeology·DateMay 21, 2014