The University of Brighton has been awarded £221,000 to develop a sensor device that will measure biomarkers in tissue to aid personalised cancer therapy.
Research at the University of Brighton has demonstrated how specially-designed biochips can be used to replace whole pancreas transplantation and support the tests of new drugs for diabetes – bringing hope to millions of people with diabetes around the world.
To mark International Women’s Day in 2018 we are celebrating the achievements of just some of the academics working here at Brighton.
Our Women of Impact web feature demonstrates how our academic staff are achieving great things, working on the complex challenges facing society, educating and inspiring the next generation and making an impact in communities. The varied and diverse career journeys illustrate the huge range of talent that we welcome at the University of Brighton.
This is one of the latest images of one of the mites responsible for killing billions of honey bees around the world.
Dr Dawn Scott has been working with the BBC, Natural Trust and RSPB on a research project investigating how predators (badgers and foxes) use different rural landscapes and how landscape management, such as habitats, fencing and landscape features and composition can affect their movement and habitat use.
Dr Farragher was interviewed on BBC Radio Sussex about the Biology of Ageing recently. You can listen to what he had to say here.
It’s a debate that has been raging for years.
Scientists previously thought Rudolph’s red nose was due to an excess of blood in the vessels supplying the reindeer’s nasal passages, caused by the exertion of pulling a heavy load – Santa’s sleigh and his sacks of gifts.
Scientists at the University of Brighton have discovered a new method of determining the sex of human remains – by testing tooth enamel. DNA sequencing is currently the most common method but this can be expensive, time-consuming, and often depends on finding a good quality sample. The new method is quicker, cheaper, and uses tooth enamel, the most durable human body tissue and the hardest tissue in the human body. It survives burial well, even when the rest of the skeleton or DNA has decayed.
Researchers here at the University of Brighton have found drugs used to treat mood disorders are also potentially active against bacteria which cause catheter infections.
The discovery could lead to new methods of treating infections and could contribute to overcoming problems with antibiotic resistance.
University of Brighton scientists have helped discover a way of regenerating ageing skin cells – with compounds based on those found in red wine, dark chocolate and red grapes.
Laboratory experiments showed cells not only look physically younger but behave more like young cells and start dividing.
Professor Richard Faragher, Professor of Biogerontology, and Dr Lizzy Ostler, Head of Chemistry, said the breakthrough should generate more research into tackling health issues associated with ageing.
Professor Faragher said: “These findings illustrate the enormous potential of ageing research to improve the quality of later life. Older people no more want to be sickly ‘frequent flyers’ with the NHS than teenagers do.
“A recent Government report recognised historic underinvestment in ageing research in the UK. I say to politicians of all parties: Redress this now and give our older people the healthy futures they deserve.”
Dr Ostler said: “Breakthroughs of this kind really need chemists and biologists working on research and teaching together under the same roof. We prize our multidisciplinary collaborative atmosphere at Brighton. This breakthrough vindicates that approach.”
The scientists, members of the University’s Stress, Ageing and Disease Centre of Research and Enterprise Excellence, worked together to select the best compounds for testing from a library designed and synthesised by Dr Vishal Birar, whilst he was undertaking a University of Brighton-funded PhD studentship under Dr Ostler’s supervision. Read More