It is estimated that up to 62 per cent of people aged over 75 have chronic pain, which is sometimes linked to medical problems such as arthritis. Despite its prevalence, older people are also more likely to suffer in silence. A new University of Bristol study is seeking volunteers to find out what research should be done in future for those suffering from chronic pain.
Scientists have identified a channel present in many pain detecting sensory neurons that acts as a ‘brake’, limiting spontaneous pain. It is hoped that the new research, published today [22 January] in The Journal of Neuroscience, will ultimately contribute to new pain relief treatments.
Dr William John Lyons, senior lecturer in the University of Bristol’s Department of Religion and Theology, has secured a three year Leverhulme Trust project grant worth £244,911 for his project 'Scripture, dissent and Deaf space: St Saviour’s, Oxford Street'.
A reindeer engraved on the wall of a cave in South Wales has been found to date from at least 14,505 years ago – making it the oldest known rock art in the British Isles. The engraving was discovered Dr George Nash from the Department of Archaeology and Anthropology while he was exploring the rear section of Cathole Cave on the Gower Peninsula.
The University of Bristol has joined the Engineering and Physical Sciences Research Council’s group of framework universities.
The frequency of words expressing misery and unhappiness in books reflects the economic conditions in the 10 years prior to the work's composition, according to researchers in Bristol and London.
New research has shown that negative feedback loops in cell signalling systems can be essential for a cell’s ability to perceive the strength of a growth stimulus. Cells lacking the feedback loop became insensitive to the level of the stimulus in a manner similar to a cancerous cell displaying unrestrained growth.
Anthony Hollander, ARC Professor of Rheumatology and Tissue Engineering at the University of Bristol has been elected President of the International Cartilage Repair Society (ICRS).
The autoimmune process leading to type 1 diabetes can develop quickly in some children and young people but very slowly in others despite the presence of proteins in their blood indicating an on-going autoimmune process in the pancreas. Thanks to combined funding of over $1 million a new study hopes to understand why some people develop type 1 diabetes very early while others who are known to be at risk are protected for decades.
Scientists at the University of Bristol have discovered that a mechanism for preventing mutation within important genes involves long distance scanning of DNA by a molecular motor protein.
