ReelLIFE SCIENCE 2014 Winners Announced!

Special Guest Judges Prof. Stephen Curry, Aoibhinn Ní Shúilleabháin and Paul Clarke choose their winners.

ReelLIFE SCIENCE 2014 Winners. Fifth and Sixth class students from Sooey NS, Co. Sligo on learning they won first prize (left). Julien Torrades, Leaving Certificate student in Summerhill College, Sligo (right).
ReelLIFE SCIENCE 2014 Winners. Fifth and Sixth class students from Sooey NS, Co. Sligo on learning they won first prize (left). Julien Torrades, Leaving Certificate student in Summerhill College, Sligo (right).

After competing against more than 250 science videos from all around the country, huge congratulations goes to the Fifth and Sixth class students of Sooey National School, Co. Sligo, for their winning Primary school video ‘The Secret Life of Honey Bees’, and Leaving Certificate student Julien Torrades from Summerhill College, Sligo who takes first place in the Secondary school competition for his video ‘The History of Medicine‘.  Continue reading ReelLIFE SCIENCE 2014 Winners Announced!

€250 Public Vote Prize, sponsored by Medical Supply Company.

This year’s ReelLIFE SCIENCE competition has had a tremendous response from students and teachers all around the country, with over 250 videos received from 24 counties. We’ve been hugely impressed with the amount of work that has so evidently been put into the videos, but also the scientific knowledge of the students and their ability to communicate what were often challenging topics.  Continue reading €250 Public Vote Prize, sponsored by Medical Supply Company.

Exploring the Cell, by Dr. Danielle Hamilton

Next in our weekly series of articles, Dr. Danielle Hamilton, a Research Scientist with the Centre for Chromosome Biology, writes about her work “Exploring the Cell” and how understanding how a cell repairs damage to its DNA may lead to the prevention and treatment of cancer.

Diagram of the internal structures of the cell. (Image credit: https://genographic.nationalgeographic.com/science-behind/genetics-overview/)
Diagram of the internal structures of the cell. (Image credit: https://genographic.nationalgeographic.com/science-behind/genetics-overview/)

Every living creature is made up of one or more cells, and humans are no exception. These microscopic structures are the building blocks of our bodies and each is programmed to perform a specific function. Cells of the same type are often found clustered together and communicate with each other to form the tissues and organs that make up a functioning organism. Continue reading Exploring the Cell, by Dr. Danielle Hamilton

Medicines, by Dr. Enda O’Connell

In the ninth of our weekly series of articles, I have taken off my ReelLIFE SCIENCE hat and put on my Scientist hat.  Or labcoat, gloves and goggles, to be more precise…  As a Senior Technical Officer in NUI Galway, I support a range of research projects across the campus, from Cancer Biology and Stem Cell Research to Chemistry and Biomaterials.  In this article, I write about ‘Medicines’ and how researchers at NUI Galway are looking for new uses for old drugs.

The History of Medicines

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Chinese Emperor Shennong tasting plants to test their qualities on himself (image from Wikipedia)

The word ‘medicine’ originally comes from the Latin phrase ‘ars medicina’, which translates as the ‘art of healing’, while the Oxford English Dictionary defines medicine (n) as ‘a substance or preparation used in the treatment of illness; a drug’. The earliest medicines were plant extracts, animal parts and minerals, and their use in healing rituals overseen by medicine men and shamans, often involved much more art than science.  Continue reading Medicines, by Dr. Enda O’Connell

The Power of Science, by Dr. Oliver Carroll

In the eighth of our weekly series of articles by NUI Galway researchers, Dr. Oliver Carroll, Research Technical Officer with the Network of Excellence for Functional Biomaterials, writes about the power of tissue engineering to help the body to repair injured or degenerated tissue.

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Various scaffolds used to promote cell growth and tissue repair: Osteoblast cultured on calcium phosphate scaffold. Collagen sponge for bone regeneration. Collagen sponge for wound healing. Nerve cells cultured on non-aligned collagen scaffold. Aligned electrospun nanofibres (Images courtesy NFB http://www.nfb.ie/research)

Cell regeneration therapy is a developing technology to meet the increasing demand to treat injured or degenerated tissue. Organ transplants are the ideal treatment for many patients with tissue damage, but the demand of organs surpasses available organs for transplantation. There are several types of cell-based regenerative therapies currently being applied, including injection of isolated cells, scaffold engineering, and cell sheet tissue engineering.  Continue reading The Power of Science, by Dr. Oliver Carroll

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