The Science of Drug Delivery and Convergence in Ireland

May 10th, 2013 by Science Blogger

The Science of Drug Delivery and Convergence in Ireland

As part of Silicon Republic’s Women Invent Tomorrow’s campaign, Professor Sally-Ann Cryan spoke on her science job within pharmaceutical research – specifically aimed at treating hard to reach anatomical regions of the lungs, developing drug-delivery research and  convergent technology.

Sally-Ann Cryan is an Associate Professor of Pharmaceutics in the School of Pharmacy at the Royal College of Surgeons in Ireland (RCSI). She also works in research within the area of delivering drugs into the lungs, which is supported through organisations like the Health Research Board and the Irish Research Council, to name a few.

Professor Sally-Ann Cryan - Image Courtesy of RSCI.ie

Professor Sally-Ann Cryan - Image Courtesy of RSCI.ie

“What I do is translational and molecular pharmaceutics, and that is about enabling the new molecules to get to the clinic, particular where we are dealing with ‘difficulty-to-deliver’ cargoes in the body,” said Cryan.

“A lot of the current inhalers on the market are delivering small molecule drugs which are extremely potent at that site and that is the way they work, you don’t need a very efficient delivery system. The problem when we come into the new era of biotech molecules is that, for many of them, to be effective they must reach a specific site to target within a particular type of cell. They may also need to get down into the lower part of the lungs, and that’s not easy because of the complex anatomy there.”

Professor Cryan is now working on lung-based projects for delivery platforms to lung sites within lung and systematic diseases, such as;

  • Infection
  • Tuberculosis
  • Inflammation – Cystic Fibrosis and Chronic Obstructive Pulmonary Disease (COPD)

The current demand has given way to engineering innovation for new inhalers and also new formulation of drugs and delivery enhancement.

Cryan also works as an investigator in the Tissue Engineering Research Group at RCSI. In addition to this, she is working on another EU-funded academic – industrial project at Dublin City University with Dr Andreas Heise investigating new hydrogels in drug delivery. Cryan also has a long standing working relationship with Aerogen, a Galway based company.

A Change in Drug Delivery in Ireland

Drug-Delivery research in Ireland has changed dramatically in Ireland due to a number of new research academia projects such as the Science Foundation Ireland (SFI) –funded Irish Drug Delivery Network which marries industry and academia.

“I work with academics and clinicians who have molecules, proteins or genes or cells they want to have delivered, and I also work with pharmaceutical and medical device companies,” says Sally-Ann Cryan. “And the big area now is convergent technology, where you are putting therapeutics together with medical devices and often using material to enable that. We are at that interface where we can provide the know-how on what material to use, how to put that together and formulate it with a drug molecule so you can target your drug or use your device more effectively.”

Sally-Ann Cryan believes “Convergence is the big trend, bringing the aspects together”

“It is about putting those together so we have the right therapeutics with the right materials and the right devices for delivery. Ireland has a lot of expertise in these areas, this is something we should be able to do well.”

For the full article goto Silicon Republic.com

Science Study on Stem Cells for Anti Cancer treatment

April 26th, 2013 by Science Blogger

Dr Roisin Dwyer - Image Courtesy of the Galway Independent

Dr Roisin Dwyer - Image Courtesy of the Galway Independent

Science Study on Stem Cells for Anti Cancer treatment

 

As part of their Women Invent Tomorrow, Silicon Republic spoke to Dr Roisin Dwyer from NUI Galway on her work with Stem Cells.

Dr Roisin Dwyer lectures at NUI Galway in the area of translational science, she is also working on developing what is described as ‘stealth vehicles’ in a bid to delivering an anti cancer treatment, specifically tumours.

Her tactic is to essentially use adult stem cells as carriers for a gene to essentially find tumours. “If there is inflammation or the generation of a new scar then stem cells will travel from the bone marrow directly to the site of injury and generate new tissue and repair the wound,” says Dwyer. “Tumours are very like wounds and we think this is why these stem cells go to them.”

Her approach to delivering such treatment is to engineer the stem cells to carry the gene for anti-cancer treatments, this treatment being one that allows radioactive iodide into the cell.

It’s working

  • The stem cells can be tracked by scientific researchers via the radioactive iodide while they search for tumours 
  • Once the tumour is located, they can concentrate on a higher dose of iodide which blitzes the cells at that site.

“In our model we are killing off the stem cells when they arrive at the tumour site and thereby killing the surrounding rumour, aswell,” Dr Dwyer explains

The efficiency of a Stem Cell

Trials in animals have resulted positively, with some frustrating turns, “We watched them as they travelled around, and after a couple of days there was some engraftment at the tumour site but still there were a lot of cells that weren’t at the site, which was disappointing.”

Dr Dwyer, however, recalls how “Two weeks later, the stem cells were really only at the tumour site and they had cleared from other tissues. It brought back to us how important it is to be able to watch and image them as they move around.”

Funding for the project was received through the Health Research Board and the Irish Cancer Society. Dwyer was also the winner of the Irish Cancer Society’s Researcher of the Year Award in 2011.

Its Working

Since the research has paid off and the approach is working, Dwyer has evolved to looking at the stem cells communication methods, specifically how they communicate with each other. The idea being, the longer term effects of the stem cells at the site of the tumour.

“It’s very promising in terms of getting it to clinical trials but what we have to do first is work out how the cells are talking to one another. We know the stem cells go there and we can use our therapy, but some stem cells may get left behind and we want to know what they are doing – we are interested in looking for any caveats, and we want to do longer term studies as well.”

Great news for Science jobs at work in medicinal science research in Ireland

Science on the up in CAO Applications Study

April 18th, 2013 by Science Blogger

CAO Logo - Courtesy of campus.ie

CAO Logo - Courtesy of campus.ie

Science on the up in CAO Applications Study

Excellent news for the future of Science Technology Engineering and Maths (STEM) as the CAO releases figures on college applications this year. An analysis by the Higher Education Authority, specifically Dr Vivienne Patterson and Valerie Harvey, states that there is a very clear boost in the STEM subjects over the last 5 years in CAO applications.

71,151 applications were received this year – out of which the vast majority stated a preference within the STEM subjects to Level 8.

Level 8 – Degree and Higher Diploma

  • Technology – 20.5%
  • Science – 7.5%
  • Computing – 6.6%
  • Engineering – 4.6%

In comparing the last 5 years of college applications, computing applications have grown by 51%, engineering by 22% and science is up by 17% for Level 8 courses.

Science Technology Engineering and Maths (STEM)

Science Technology Engineering and Maths (STEM)

Level 6 & 7

  • Technology – 34%
  • Science – 11.2%
  • Engineering 10%
  • Computing 9.3%

In comparing the last 5 years again, computing is up 41% and science is up by 25%

Higher Education Authority

HEA chair John Hennessy commented in response to the release of the figures, “Science and technology are providing and will provide major opportunities for Ireland. We need to ensure that we continue to grow the number of world-class graduates who not alone can work for tech and science-based companies but who will also set up companies of their own, as well as contribute to the wider society.”

In accordance with this, he also recommended that schools work closely with higher education institutions and industry to keep STEM interest alive in so much as the potential in science jobs and career prospects in the future.

Professor Nancy Hopkins at WiSER – quality and women in science

March 8th, 2013 by Science Blogger

Professor Nancy Hopkins at WiSER – quality and women in science

With this being International Women’s Week, biology Professor Nancy Hopkins of Massachusetts Institute of Technology (MIT) gave a lecture in Dublin this week on her work to campaign for women in science.Professor Hopkins - Image courtesy of The Clayman Institute

The Centre for Women in Science & Engineering Research (WiSER), which is based at Trinity College Dublin is responsible for organising the event.

Professor Hopkins discussed and advocated her work as she has been in the world of science for almost two decades. She was appointed in 1995 to chair the first Committee on Women Faculty in the School of Science.

At that stage only one in twelve faculty members in the School of Science (MIT) were women. Hopkins published a summary of the committee’s findings in 1999 on the position of women in the science faculty at MIT.

The result of the report and work carried out by the committee gave way for the US to increase its efforts in attracting the numbers of women in science, technology, engineering and maths and to motivate other initiatives in universities worldwide.

Hopkins spoke in Dublin on Wednesday of how the walls that were put in front of women’s advancement were recognised and how MIT dealt with them.

Hopkins has lectured widely in the US, and also in Europe and Asia on the under-representation of women in STEM fields in academia.

Hopkins is a  member of the National Academy of Sciences, a member of the Institute of Medicine of the National Academy and a  fellow of the American Academy of Arts and Sciences and has lectured extensively in the US, Europe and Asia.

She attained her PhD from Harvard University in 1971 and worked as a post-doctoral fellow under James D Watson who had won the Nobel Prize for determining the structure of DNA in 1953 along with Francis Crick.

Hopkins then joined the MIT faculty in 1973 as an assistant professor in the Center for Cancer Research.

Her lab worked in three areas:

  • mechanisms of leukemogenesis by mouse RNA tumour viruses;
  • the genetics of early vertebrate development using the zebrafish
  • use of the zebrafish as a cancer model

At present Hopkins is on sabbatical studying cancer prevention.

International Women's Day

International Women's Day

Celebrating Women in Science Jobs in Ireland on International Women’s Day!

€300 million for Irish Science Research

February 27th, 2013 by Science Blogger

€300 million for Irish Science Research

€300 million is being set aside for Science research in Ireland across 7 new research centres over the next 6 years, namely in:

  • Big Data
  • Marine Energy
  • Nanotechnology
  • Photonics and
  • Functional Foods

According to Richard Bruton, TD, and Sean Sherlock, TD, €200 million will be invested by the Irish Government and a further €100 million from over 150 partners. The full funding will be delivered through Science Foundation Ireland’s (SFI) research centres programme over the next 6 years. The aim of the investment is to target their Action Plan for Jobs which is inclusive of health and energy.

Action Plan for Jobs - Image courtesy of Labour.ie

Action Plan for Jobs - Image courtesy of Labour.ie

“This will support more that 800 talented scientists, develop cutting-edge research and new technologies, attract dynamic partnerships with industry and ultimately help to create the jobs we need,” said Richard Bruton, Minister for Jobs, Enterprise and Innovation.

While Minister of State for Research and Innovation Sean Sherlock referred strongly on future science jobs in Ireland in the areas of pharmaceuticals, medical technologies energy, ICT and internet based services.

“These centres will also strongly position Irish-based scientists with EU research programmes, and should enable us to win further significant investments to these shores in the coming years.”

The Research Centre Focus:

  • Big data
  • Drug synthesis
  • Perinatal research
  • Nanotechnology and engineered materials
  • Marine renewable energy
  • Functional foods
  • Probiotic research
Image Courtesy of SFI

Image Courtesy of SFI

These centres were selected from 35 proposals according to Professor Mark Ferguson, Director General of Science Foundation Ireland.
“Each centre will become a hub for platform research areas of national importance, for example, data analytics or renewable energy with an overall operations capability. This model enables the centres to add new industry and academic partners in ’spokes’ or linked research streams to ensure that funding is used in a collaborative and consolidated way,” he said.

Partners connected to these science research centres include:

  • Medtronic
  • GlaxoSmithKline
  • Pfizer
  • Eli Lilly
  • Kerry Group
  • Cisco
  • Hewlett-Packard
  • BT
  • ESB
  • IBM
  • Intel
  • Roche
  • UTRC Ireland

to name but a few.

The race goes on to secure science jobs in Ireland and to creating much more than just science jobs.

Science jobs in Ireland boosted in Brussels EU meeting.

February 21st, 2013 by Science Blogger
Science jobs in Ireland boosted in Brussels EU meeting.
Minister for Research and Innovation, Sean Sherlock, spoke at the first meeting of the Competitiveness Council at the European Union on Monday at Ireland’s Presidency of the Council, in a bid to boost innovation and research in Ireland.
Topics broached
Growth in Europe within the Horizon 2020 programme and promoting innovation
Increasing innovation within the EU
Better access for researchers to scientific information with the European Research Area
“Research and innovation are of major importance nationally and at the European level given their potential contribution to job creation and economic recovery,” said Minister Sean Sherlock.
“In our discussions on the 2013 Annual Growth Survey, we focussed on how research budgets can contribute to fuelling European growth and stabilising the economic and financial situation. As far as research and innovation performance are concerned, enhanced economic policy co-ordination at the European level has a crucial role to play. It will have an important role in job creation.”
Professor Mark Ferguson of Science Foundation Ireland also gave a presentation within the meeting on the importance of Smart Specialisation within improving research and innovation outputs. Within the presentation, the Director discussed prioritising research in Ireland in specific areas.
For the full article on the meeting, go to Science Foundation Ireland.

Science jobs in Ireland boosted in Brussels EU meeting.

Minister for Research and Innovation, Sean Sherlock, spoke at the first meeting of the Competitiveness Council at the European Union on Monday at Ireland’s Presidency of the Council, in a bid to boost innovation and research in Ireland.

Topics broached

Growth in Europe within the Horizon 2020 programme and promoting innovation

Increasing innovation within the EU

Better access for researchers to scientific information with the European Research Area

European Commission

European Commission

“Research and innovation are of major importance nationally and at the European level given their potential contribution to job creation and economic recovery,” said Minister Sean Sherlock.

“In our discussions on the 2013 Annual Growth Survey, we focussed on how research budgets can contribute to fuelling European growth and stabilising the economic and financial situation. As far as research and innovation performance are concerned, enhanced economic policy co-ordination at the European level has a crucial role to play. It will have an important role in job creation.”

Professor Mark Ferguson of Science Foundation Ireland also gave a presentation within the meeting on the importance of Smart Specialisation within improving research and innovation outputs. Within the presentation, the Director discussed prioritising research in Ireland in specific areas.

For the full article on the meeting, go to Science Foundation Ireland.

New cancer detecting tool developed by Medical Scientists in RCSI

February 7th, 2013 by Science Blogger
Medical Science

Medical Science developments

New cancer detecting tool developed by Medical Scientists in RCSI

Medical Scientists at the Royal College of Surgeons have developed a new way to predict which patients will respond effectively to chemotherapy in the area of bowel cancer, the results of which have been prestigiously published in the Cancer Research journal.

The hope of this project is to help identify those patients who won’t respond to chemotherapy prior to commencing treatment. The tool measures the amount of medication needed for a cancer cell to die without harming the health cells around it.

In an article in Science Foundation Ireland, the project’s lead researcher Professor Jochen Prehn (who is also the Director for Systems Medicine for RSCI) said:” Our study has enabled us to predict which patients are likely to be resistant to chemotherapy by examining how certain proteins in the cancer cells interact. We hope that the clinical decision-making tool that we have designed will enable doctors to develop personalised therapies for patients to ensure the best outcomes and potentially avoiding unnecessary chemotherapy and the negative side effects that go with it.”

Professor Prehn went on to say that “The prediction tool also has the potential to be used in clinical trials so that new drugs can be developed for bowel cancer patients who are resistant to chemotherapy. The model we developed in this study could eventually be applied in other cancers.”

With bowel cancer being the second most popular form of cancer in Ireland, this new tool developed by medical scientists could prove to be a very significant development in medical science with the advancement of tailoring cancer treatment to individual patients.

For more on this article goto -

http://www.sfi.ie/news-events/press-releases/rcsi-scientists-discover-new-method-of-predicting-response-to-chemotherapy-in-bowel-cancer/

The Royal College of Surgeons

The Royal College of Surgeons

It’s all about the Science Investments

January 25th, 2013 by Science Blogger

It’s all about the Science Investments

  • Biotechnology From BioAtlantis with the Science Job of Antibiotics research project
  • SFI to invest a whopping €60million into science research

Tralee based biotechnology company BioAtlantis are to head a €1.7m science research project with an aim of validating natural alternatives to antibiotics in agriculture. The project is to explore and validate the alternatives to the use of in-feed growth promoting antibiotics in the agricultural sector – which was banned by the EU in 2006.

The science project, named Thrive-Rite, will be a compilation of companies and universities and will take place over a period of 2 years. If the science project proves to be a success, there is hope of a reduction in occurrences of diseases like E.coli and salmonella.

Awarded the €1.7m funding under the European Union’s Research Framework, the science project is the follow on from 8 years of research between UCD’s Agriculture & Food Science Centre and BioAtlantis.

BioAtlantis employs 15 and includes a processing facility in Co. Cork. They specialise in research, development and manufacture of animal prebiotics and bio stimulants.

Investments in Science

Investments in Science

Meanwhile, the Irish Government have announced today that 85 scientific research projects will receive €60m in investment funding through Science Foundation Ireland’s Investigator programme. These 85 research projects were selected specifically on their potential for economic potential within Ireland.

Minister for Jobs, Enterprise and Innovation Richard Bruton TD said, “A central part of this Government’s plan for jobs and growth is to ensure that this research is better targeted at turning the good ideas of researchers into good products and good jobs. That is why we have implemented a series of reforming measures as part of Action Plan for Jobs 2012.”

Some of the projects fall within some of the following disciplines:

  • Chemistry
  • Genetics
  • ICT
  • Healthcare
  • Life Sciences
  • Applied Mathematical modelling for industry and engineering
  • Computer-assisted Neurosurgery and
  • Advanced Novel Manufacturing

Bruton added that “Approximately 50% of IDA’s company announcements last year had links with Science Foundation Ireland funded researchers. By supporting these world-class researchers in their ground-breaking work we will ensure that we continue to maintain, attract and develop dynamic companies and create the quality jobs we need.”

With SFI Investigator Programme being launched on 29th January, projects will range in size and scale across a wide and varied area.

It is fantastic news to hear such an effort being continually made in science for science jobs in Ireland.

Kinsale wins at BT’s Young Scientist 2013

January 14th, 2013 by Science Blogger

BT Young Scientist Winners - Image Courtesy of Silicon Republic

BT Young Scientist Winners - Image Courtesy of Silicon Republic

Kinsale wins at BT’s Young Scientist 2013

 

Students of Kinsale Community School took home the prize at this year’s BT Young Scientists this year. For the winning projects, students based their winning project on the effects bacteria have on plant germination, with the project having future implications on potentially tackling food scarcity.

Ruairi Quinn, TD, Minister for Education and Skills presented the top Cork students with the much sought after award this year.

Winners Ciara Judge, Emer Hickey and Sophie Healy-Thow presented their project in the Biological and Ecological Sciences category. As part of the prize this year includes their Waterford Crystal trophy, a cheque for € 5000 and a trip to Prague in September for an opportunity to present their winning project at the European Union Contest for Young Scientists.

The head judge of the Biological and Ecological Sciences category, Mary Kelly-Quinn said of the student’s project, “They demonstrated that adding Rhizobium in laboratory conditions reduced the time for the seeds of wheat and barley to germinate. The germination stage is on of the riskiest times in crop growth because of losses particularly from adverse weather.” She went onto say that the project results could have implications on the ability to address food security issues.

A huge congratulations to the Kinsale Students on their win.

Other winners announced:

  • Best Individual – Edel Browne, Presentation College Galway for her project on reducing freeing gait in Parkinson’s disease
  • Group Runner-up – Deirdre Ruane-McAteer and Emma Shields, Bush Post-Primary School Carlingford Co. Louth for their project on abortion and religion which analysed views and opinions in border counties.
  • Individual Runner Up – Shauna O’Neill, Scoil Mhuire gan Smal in Roscommon with her project on the effect of static magnetic fields on the molecular and macroscopic properties of water

In it’s 49th year of exhibiting, the BT Young Scientist event s proving more and more of interest to both students and government.

Once again, a huge congratulations to all participants at the BT Young Scientists of 2013.

Young Scientist kicks off this week

January 9th, 2013 by Science Blogger

BT Young Scientist Exhibition - image courtesy of The Gathering

BT Young Scientist Exhibition - image courtesy of The Gathering

Young Scientist kicks off this week

 

What better way to kick start the New Year in Science than for the BT Young Scientist to launch this week in Dublin. Starting today, this year has attracted the highest number of project entries.

The 550+ projects stem across the following subjects:

  • Biological and Ecological Sciences
  • Chemical, Physical and Mathematical Sciences
  • Social and Behavioural Sciences and
  • Technology

The exhibition, which will officially open to the public on Thursday and open untl Saturday, has reportedly received the highest number of projects and expects over 45000 visitors over the course of the event.

Some of the stands at the show will include:

  • World of Robots
  • European Commission’s Representation in Ireland
  • ‘Eco  Ocean’ – an interactive fishing game for learning about sustainable fishing

The very best of luck to all entries at the BT Young Scientist this year!