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University of Liverpool


New materials to be developed to repair eyes

UK researchers are developing new materials to create artificial corneas and contact lenses that can be manufactured in an environmentally friendly way. The project aims to reduce the financial impact of vision loss on individuals and the economy, with potential breakthroughs in treating age-related macular degeneration.

Tsetse fly genetic code sequenced

Scientists at the University of Liverpool have successfully sequenced the genetic code of the tsetse fly, a major breakthrough in disease control. The genetic information will enable researchers to develop alternative strategies to control sleeping sickness, a fatal disease that kills over 250,000 people each year.

SourceUniversity of Liverpool·JournalScience·DateApr 25, 2014

Treatment for deadly yeast disease reduced to 3 days

A new study by University of Liverpool scientists has reduced the treatment for a brain infection caused by fungus to just three days. The research found that the commonly used drug amphotericin B deoxycholate (dAmB) is effective in clearing the fungus within three days, making it a game-changer for people with weakened immune systems ...

SourceUniversity of Liverpool·JournalmBio·DateApr 24, 2014

Synthetic biology lab backed by £2 million award

The University of Liverpool has been awarded £2M for a state-of-the-art DNA synthesis facility, GeneMill, to support genome engineering in academia and industry. The lab will provide rapid, cost-effective, and accessible fabrication facilities for DNA parts, enabling researchers to focus on designing and testing re-engineered organisms.

Roy Castle lung cancer research funding

The Roy Castle Lung Cancer Foundation has funded two new projects at the University of Liverpool, one aiming to improve survival rates for UK lung cancer patients and the other focusing on developing an early blood test for diagnosis. The foundation has invested $20m in lung cancer research over 23 years.

Cell behavior in low oxygen conditions mapped

A new study at the University of Liverpool explains how cells adapt to low oxygen environments, potentially controlling cell survival signals. By monitoring protein levels and gene expression, researchers discovered optimal conditions for keeping cells alive, which could lead to cancer treatment advancements.

SourceUniversity of Liverpool·JournalJournal of Biological Chemistry·DateFeb 20, 2014

£3m drug safety center investment

The Medical Research Council Centre for Drug Safety Science at the University of Liverpool has received £3m in new funding to continue reducing the impact of adverse reactions to medicinal drugs. Adverse drug reactions result in significant healthcare costs and pose a major challenge for the pharmaceutical industry.

£3.2M to improve diagnosis of cancer

Researchers are developing a new diagnostic technique using infrared light to identify chemical changes in cells that lead to cancer development. The technology has the potential to detect alterations in both cancer and surrounding stromal cells, helping diagnosis and therapy development.

How 'slippers' can end mascara irritation

Scientists at the University of Liverpool have developed a cheaper and more reliable alternative to animal testing, involving miniscule protozoa. The test showed significant variations in population growth according to mascara brand, with some killing the protozoa and others not harming them at all.

SourceUniversity of Liverpool·JournalInternational Journal of Cosmetic Science·DateJan 3, 2014

Size matters for creatures of cold polar waters

Research challenges conventional wisdom on giant sea creatures in polar seas, suggesting that large body sizes have an advantage in cold conditions by regulating oxygen uptake. This allows them to survive in environments with limited oxygen availability, contrary to the long-held idea that a superabundance of oxygen drives gigantism.

SourceUniversity of Liverpool·JournalFunctional Ecology·DateJul 10, 2013

'Scent device' could help detect bladder cancer

Researchers from the University of Liverpool and University of the West of England have developed a device that can detect bladder cancer through urine scent analysis. The ODOREADER device analyzes chemicals in gas emitted from urine to produce a 'profile' that can be used to diagnose cancer cells in the bladder.

SourceUniversity of Liverpool·JournalPLOS ONE·DateJul 8, 2013

New chemical approach to treat Alzheimer's

Scientists at the University of Liverpool and Callaghan Innovation have developed a new chemical approach to harness the natural ability of complex sugars to treat Alzheimer's disease. They produced a library of sugars called heparan sulphates, which can inhibit an enzyme that creates small proteins in the brain causing memory loss.