Simon Booth, a research fellow in our school, has been awarded £10,000 to study why some burns wounds don’t respond to antibiotics as well as they should.
Simon is examining whether burns patients with wound infection receive high enough doses of antibiotics to treat the wound infection.
The study, approved by the National Research Ethics Service, involves taking blood and wound fluid samples to see whether there is sufficient concentrations in the wound compared to blood and if the bacteria in the wound have resistance to the antibiotics.
Simon, seconded from the Queen Victoria Hospital Burns Centre at East Grinstead, said: “Burns wounds infections are very common and yet people who are given antibiotics do not always improve, even when we know the bacteria should be killed by the antibiotics. This is particularly concerning with the rise of antimicrobial resistant infections.”
Simon will also be collecting wound samples from four other regional burns centres.
The award is from the Hospital Saturday Fund, a charity helping individuals with medical conditions or disabilities and providing funds for medical projects for hospitals, hospices, medical organisations. The £10,000 is the maximum award the charity provides.
Simon, working towards a Masters in Clinical Research at the university, said: “I am very grateful to the Hospital Saturday Fund for seeing the value of this research. It will give clinicians vital information about antibiotic prescribing and help in the fight to reduce antimicrobial resistance”
Professor Richard Faragher, Professor of Biogerontology in our school, writes in The Conversation that: “Far from being a hopeless search for cash, we can increase life expectancy and lower care costs. What we need if political vision and will. Both are currently in short supply.”
Read the full article here.
Join Professor Richard Faragher at Brains at the Bevy, in partnership with the British Science Festival, on Wednesday 30 August, 6-7pm, to talk about ‘How we grow old, why we grow old and what we can do about it?’
Richard will explain that we now understand the major mechanisms that cause humans and other animals to grow old, why these exist and what we can potentially do to promote, healthier and therefore longer lives.
Brains at the Bevy are a series of short and enlightening talks from local academics and all are welcome to attend. The talks take place at The Bevendean Community Pub in Moulsecoomb and each talk will last around an hour with plenty of time for questions and discussion.
These free talks are organised by the Bevy and Community University Partnership Programme at the University of Brighton and funded by the Sussex Learning Network. Tea and coffee will be provided during the talk and everyone is welcome to stay on afterwards to enjoy the lovely food and drink available at the Bevy.
Email firstname.lastname@example.org if you would like to go along. See you there!
Our mammalian biologist Dr Dawn Scott and fellow experts are revealing the secret lives of animals and insects that live in gardens and lawns.
Watch out for Dr Scott who is featuring in a new BBC 4 TV programme ‘The British Garden: Life and Death on your lawn’.
Dr Scott said: “For this programme we assessed the biodiversity in eight gardens to see how different gardens support wildlife and what features of those gardens were the best for wildlife.”
Presented by Springwatch’s Chris Packham, the film looks “beneath the peonies and petunias” to reveal how male crickets bribe females for sex, how a robin’s red breast is actually war paint and how a single litter of foxes can have up to five different fathers.
The programme is scheduled for broadcast at 9pm on 11 July.
Sunshine, blue skies, our brilliant ambassadors and friendly staff welcomed visitors to our campus open day on Saturday 17 June.
Open days are a great way to find out about the local area and campus where you will be studying. You’ll also be able to hear more about your chosen subject and talk to our staff and current students.
If you are thinking about beginning your studies in 2018 and missed this one, find out more about upcoming events on our website.
University of Brighton mammalian biologist is calling on the public for ‘animal stories from the garden’ for research and a special feature for BBC Two’s forthcoming Springwatch series.
Dr Dawn Scott and her team are studying interactions between foxes, hedgehogs, badgers, cats and dogs in the presence or absence of food in people’s gardens.
Dr Scott, Principal Lecturer in the university’s School of Pharmacy and Biomolecular Sciences, said: “Many people support wildlife in their gardens by providing food for them. However, we don’t yet fully understand how providing food can affect the interactions between wildlife.
“It is not always known what animals actually end up eating this extra food or if the animals compete to get access to it. Foxes and hedgehogs have been seen to feed from the same bowl but we have also seen animals come into conflict over the food provided.
“The project will be focused on interactions between foxes, badgers and hedgehogs, but we are also interested in interactions between the same species, i.e. fox and another fox, and also between pets.”
Findings from the research will feature in BBCs Two’s Springwatch which is scheduled to air from 29 May to 15 June.
Open days are a great way to find out about the local area and the campus where you will be studying. You will also be able to hear more about your chosen subject and talk to our staff and current students.
If you are thinking of beginning your studies in 2018 come along to our campus open day on Saturday 17 June. Find out more about open days on our website.
If you are currently in your final year and using Scanning Electron Microscopy (SEM) in your project you are eligible for consideration for this years Quorum Technologies Electron Microscopy prize 2016-17, for final year undergraduate projects.
There is a £200 project prize this year, which will be awarded in recognition of the most commendable undergraduate final year project utilising microscopy.
To enter please send a copy of your project to Dr Jonathan Salvage either by email or as a paper copy marked for Dr Salvage’s attention to the school office, by Friday 9 June (latest).
Asa White, Doctoral Researcher within our school, gets to call wading around in the Bourne Rivulet work!
Asa’s is researching how an invisible chemical may be affecting invertebrate and fish life. It has three main elements.
- using electric fishing surveys around three watercress farms over two years to ascertain whether discharges are having a population-level impact on fish communities
- at the same sites, surveying habitat suitability for salmonids in terms of the physical habitat and prey species abundances
- running laboratory ecotoxicology experiments to study the effects of PEITC on fish. The aim of the research is to understand what effect, if any, watercress farming is having on fish populations. Should a negative impact be uncovered, then mitigation strategies to lessen the impacts could be developed to ensure that fish populations in chalk stream headwaters flourish.
Read his story in this article published on the Wild Trout Trust website.
Scientists at the University of Brighton have moved a step closer to understanding the underlying cause of age-related hearing loss which affects 11 million people in the UK.
Hearing loss is believed to originate in non-sensory cells in the cochlea, the auditory portion of the inner ear containing the organ which produces nerve impulses in response to sound.
The cells are coupled together by ‘gap junctions’ which are formed of two proteins called connexin 26 and connexin 30. It is mutations or failures in these proteins that cause most cases of hearing loss.
However, experiments by our Sensory Neuroscience Research Group have shown that one particular mutation in the connexion 30 protein actually prevents deafness to high-frequency sound.
Professor Ian Russell, Professor of Neurobiology here at university and a member of the group, said: “This was a great surprise: The mutation should have impaired the function of the cochlea, not aided it.”
He said: “Other members of the research team are now making direct measurements from these supporting cells to understand how the mutation changes the properties of the gap junctions. They should obtain measurements that will enable us to understand how the mutation alters the electrical and mechanical properties of the cochlea and eventually lead to our understanding how sensitivity is preserved in a cochlea that would otherwise be decimated by age-related-hearing-loss.”
The Sensory Neuroscience Research Group’s findings were published on 21 February in Nature Communication. Continue reading