Arizona State University (ASU) and Dublin City University (DCU), Dublin, Ireland – are joining forces to create the new International School of Biomedical Diagnostics, which will offer the first degree program of its kind. The initiative is at the cutting edge of establishing diagnostics as an independent discipline.
Diagnostics are at the center of healthcare innovation today. They are involved in over 60 percent of clinical decision-making and the industry employs more than 3.5 million people worldwide. Diagnostics are critical to personalized medicine – the process of targeting drugs to those for whom they will be most effective.
The new school will draw from several assets of each institution. At DCU, the school will build upon the award-winning M.Sc. in Biomedical Diagnostics program based at the Biomedical Diagnostics Institute, and upon expertise from its faculties of Science and Health, Engineering and Computing, and DCU Business School.
“This school has been designed and implemented as a result of ASU’s partnerships with Dublin City University and Ventana Medical Systems,” said ASU President Michael Crow. “This is a tremendous example of how higher education is being transformed on a global basis through new technology-enabled collaborations. The school will have a huge impact on personalized medicine, as well as lowering health care costs and focusing on earlier disease detection and on wellness rather than illness.”
“This is an important and exciting development of global significance. The field of diagnostics is changing rapidly, and education programs must keep pace with developments,” said DCU President Brian MacCraith. “By combining the expertise and geographical context of ASU and DCU, and by collaborating with industry partners such as Ventana, we will be in a strong position to provide programs that are always at the cutting edge.”
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A Dublin student who found answers to previously unsolved mathematical problems has won the 50th BT Young Scientist and Technology Exhibition at the RDS. Paul Clarke undertook months of research into complex mathematical theory to become the young scientist of the year.
Paul Clarke of St Paul’s College in Raheny, Dublin wanted to do something new, solve mathematical problems linked to a concept known as cyclic graph theory. “I am looking at a number of unsolved problems in graph theory,” the 17-year-old fifth year explained. Graph theory provides a mathematical way to look at structured data, structured in the way data points are captured in a graph.
While graph theory is difficult it is extremely useful in a number of ways, Paul explained. It helps computers build complex models of experimental drugs or proteins, and can be used to solve puzzles like the “travelling salesman” that optimises the route that should be taken to visit a number of points in the least possible distance.
“It was demanding and needed dedication and motivation,” he acknowledged. For example he might pursue a possible answer but discover a month on that it would not work, particularly because the problems were “unsolved and hard”.
Paul received the BT Young Scientist of 2014 perpetual trophy, a cheque for €5,000 and the chance to represent Ireland at the European Union Contest for Young Scientists.
To find out about the other winners and more on the Exhibition, check out www.btyoungscientist.ie
In 1963 two physics researchers from the University College Dublin, Rev. Dr. Tom Burke and Dr. Tony Scott, came across the concept of ‘Science Fairs’ while conducting research in New Mexico, America. The pair decided that this type of hands-on science was something that students in Ireland could benefit from. And so the Young Scientist Exhibition was born.
Now in it’s 50th year, registration for the 2014 exhibition kicked off this afternoon and the winners will be announced in the RDS on Friday 10th January. Projects this year include a study into how our changing laundry habits could be causing E.coli infection, the development of “Moo Boots” to help heal bacterial infections that cause foot rot in cattle, and an investigation into how the principles of Lego building blocks might be able to help people trapped in crisis zones after an earthquake!
In series one of The Science Squad, we tracked down 3 former participants to find out what kind of impact the event has had on their careers, and met one former winner who’s now working on the greatest physics experiment the world has ever known! Check it out by clicking here
And for more on the BTYSTE check out www.btyoungscientist.ie
New research from the National Children’s Research Center, funded by the Children’s Medical Research Foundation (CMRF), has identified a link between child obesity and decreased effectiveness in the innate immune system among obese children.
The research, published in the Journal of Clinical Endocrinology and Metabolism, showed that one of the most important immune cells in the innate immune system – the invariant natural killer T cell – was much reduced in number and much less effective at doing its basic job in obese children.
According to Dr Declan Cody, senior paediatrician said, “This cell – the invariant natural killer T cell – has been described as a sensor and manager of inflammation, and when deficient or defective has been linked to cardiovascular disease and cancer, so to see it already disappearing in children who are obese, is really worrying for their future risk”.
The study included 49 children from 6 to 16 years of age and showed that the children are switching on two types of genes that have been shown to be involved in type 2 diabetes and heart disease in adults. “These are very disturbing but fascinating findings” added Professor Carlos Blanco, head of the National Childrens Research Center, which funded the research.
Professor Blanco added: “The findings ultimately may allow us to predict those children most at risk of developing adult disease and therefore to target our interventions. In addition this work shows that the process of developing type 2 diabetes is well and truly underway at a genetic level in children as young as 6 years of age who are allowed to become obese”.
Professor Donal O’Shea, lead author on the study and Chairs the Royal College of Physicians of Ireland policy group on obesity. He has presented the findings to the European Union Ministers for Health and The Coca Cola Company and said “These findings must be used to inform individuals, public policy and industry behaviour when it comes to our patterns of physical activity and food and drink consumption which are the main drivers of weight in children”.
A consortium led by the Royal College of Surgeons in Ireland (RCSI) and the new Science Foundation Ireland centre Amber has received €8.7m funding for research into heart disease.
Called Amcare (Advanced Materials for Cardiac Regeneraton), the group involves ten partners from five European countries and the funding is part of the EU’s Framework Programme 7.
The Amcare programme, which will create ten new positions, will carry out research to develop natural materials and new surgical devices to enhance the delivery of the body’s own stem cells to the heart to promote healing after a heart attack and prevent premature death.
The therapies being developed will replace heart cells that die due to the reduced blood flow that occurs during a heart attack, with new healthy cells derived from stem cells that come from the patient’s own bone marrow.
Amcare is co-ordinated by Dr Garry Duffy, Department of Anatomy and Tissue Engineering Research Group, RCSI and Amber investigator.
He said: “Regenerative medicine and stem cell therapies have the potential to revolutionise the treatment of patients who have suffered a heart attack, and through Amcare we will develop new technologies to enhance stem cell therapies for these patients by increasing targeting and ease of delivery using advanced biomaterials.”
The winners of the inaugural ReelLife Science Science Communication video competition for primary and secondary schools were announced this week.
First place in the Secondary Schools competition went to “Life in Space” (click here to view video) created by St. Enda’s College Transition Year student Michael McAndrew, under the direction of Mr. Fahey and Mr. Conroy. The short film combines a fantastic concept and animation style with an intelligent script, wonderful delivery and original score. The film describes the fascinating field of Astrobiology, encompassing the origin and future of life on earth and the search for extraterrestrial life in other “Goldilocks Zones”. In Michael’s own words “it is very exciting what the future might bring us“.
In the Primary Schools competition, first place went to a video as Gaeilge about Seed Dispersal called “Scaipeadh siolta i Rosmuc” (click here to view video). This memorable video was made by the 5th and 6th class students in Scoil Mhuire Rosmuc, under the direction of their teacher Ms. Ni Chonaola. The students took a very specific topic in Seed Dispersal and Germination, and produced three very amusing and informative sketches demonstrating different methods of dispersal. Furthermore, they performed some experiments of their own on the various seeds they found, identifying the different traits associated with them, based on their method of dispersal.
The winners (and the second and third runners up) will be invited to attend the Galway Science and Technology Festival at the end of November in NUI Galway, to receive their prizes and certificates, and to see the shortlisted videos on display to the general public.
To view the videos and for further information about the ReelLife Science project click here
Professor Fergus Shanahan, from University College Cork (UCC), has been named this year’s SFI Researcher of the Year. Professor Shanahan, who is one of the leading international experts in the area of gastrointestinal research, was presented with the award by Mr Sean Sherlock, T.D, Minister for Research & Innovation in recognition of his significant contribution to understanding how intestinal bacteria influence both health and disease in the gut and beyond.
Professor Shanahan is the current Director of the Alimentary Pharmabiotic Centre (APC) an SFI funded Research Centre, and we featured his work in the area of radiation dose optimisation for Crohn’s disease imaging in series one of The Science Squad. You can view the segment by clicking here: APC – Crohn’s Disease Imaging
Fergus, congratulations from everyone at The Science Squad!
For further information on Professor Shanahan and the SFI award click here
A software reminiscence therapy for sufferers of Alzheimer’s disease and other dementia called Rempad has won the Clinical Innovation Award 2013, sponsored by Enterprise Ireland and Cleveland Clinic, Minister for Jobs, Enterprise and Innovation, Richard Bruton TD announced on Wed 23rd Oct.
Julia O’Rourke, a senior speech and language therapist, was presented with the award by Minister Bruton at the Enterprise Ireland Med in Ireland event in Dublin today (Wednesday).
Rempad is a new software tool which uses multi-media content to connect carers and residents with memories from the past to enhance the overall wellbeing of nursing home residents suffering from Alzheimer’s.
There are 35 million people living with dementia worldwide, and this will triple by 2050. Rempad’s reminiscence therapy software uses historical artifacts such as photos and broadcast footage to stimulate memories from the past and help individuals or groups to communicate.
O’Rourke collaborated with the Adelaide and Meath Hospital and researchers at CLARITY in Dublin City University to develop Rempad.
Click here to find out more…
Science isn’t about memorising equations and battling with proofs – it’s how we see, and understand and shape the world around us. Over the course of eight weeks, starting on the 21st of October 2013, Prof Shane Bergin, Prof Colette Murphy, Dr Jessamyn Fairfield and The Science Squad’s Aoibhinn Ní Shúilleabháin turn Dublin’s DART into a laboratory and get the city thinking and talking about physics.
Discover and learn scientific concepts through tricky teasers, mind-melting facts and seemingly illogical questions that will be scattered throughout the DART. All you’ll have to do is look around you on your journey.
And if you want to know more, check out the website here