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Genetics, Health
Healing bone defects using regenerative medicine
Healing bone defects using regenerative medicine
Bone is one of the most frequently transplanted tissues. And the demand is rising. Transplants treat large defects like those caused by trauma, complicated fractures, tumour resection or osteoporosis. ...
Heike Walles – A diverse toolbox for regenerating bones
Heike Walles – A diverse toolbox for regenerating bones
Bone grafts are among the most sought after tissue transplants in clinical practice. And this demand is expected to rise due to an ageing population.
Physical work, not the main cause of intervertebral disc degeneration
Physical work, not the main cause of intervertebral disc degeneration
Even if you do not suffer from pain in the intervertebral discs in your lower back, it is a sure bet that you know someone who does. Yet, surprisingly little is known about what causes this disc degeneration .
Proteins: The Key for all Diseases?
Proteins: The Key for all Diseases?
The impact if this challenge could be huge, as this set of data could l ead to new therapies and diagnosing tools for virtually all diseases , including diabetes or cancer.  Proteins are everywhere.
Mapping proteins in space and time within cells
Mapping proteins in space and time within cells
The human genome and those of several other organisms have been mapped. But it is proteins that perform the majority of biological functions within every organism .
Ruedi Aebersold – Unravelling the structure and dynamics of large protein complexes
Ruedi Aebersold – Unravelling the structure and dynamics of large protein complexes
More than ten years ago, scientists completely mapped the human genome. Now, the attention has turned to enumerating the entire human protein set. Proteins are of interest because they carry out most chemical activities in a cell.
New laser to watch DNA-proteins interactions
New laser to watch DNA-proteins interactions
Within the framework of the European ATLAS project, a team of researchers in Naples has created a LASER-based prototype that could revolutionize medicine and our knowledge of the human genome .
Peering down protein-DNA interactions to better understand how genes work
Peering down protein-DNA interactions to better understand how genes work
Almost every one of our cells has an entire copy of our genome. But only differing subsets of genes are active and expressed in any given cell. Epigenetics is the study of how the activity of our genes is controlled and regulated .
Lucia Altucci – Cancer research could benefit from ultra-fast lasers technology
Lucia Altucci – Cancer research could benefit from ultra-fast lasers technology
Cancer research could soon benefit from a new technology allowing investigation of how the DNA interacts with the proteins. Recent advances in tackling the disease stem from a change in our view of the genome —all the genes contained in our DNA.
Parasite surveillance to support policy against drug resistance
Parasite surveillance to support policy against drug resistance
Leishmaniasis is a tropical disease known in Europe because it affects dogs. It is caused by the Leishmania parasite carried by sandflies . However, several types of the parasite also affect humans in several regions in the world.
Jean-Claude Dujardin – Overcoming Leishmania’s drug-resistant Trojan horse effect
Jean-Claude Dujardin – Overcoming Leishmania’s drug-resistant Trojan horse effect
Visceral leishmaniasis, or Kala-Azar, is a tropical disease caused by several types of Leishmania parasites transmitted by sandflies.
Common links between neurodegenerative diseases identified
Common links between neurodegenerative diseases identified
Diseases of the central nervous system are a big burden to society . According to estimates, they cost €800 billion per year in Europe. And for most of them, there is no definitive cure.
Monica Di Luca – Parkinson’s treatment revisited to avoid adverse effects
Monica Di Luca – Parkinson’s treatment revisited to avoid adverse effects
According to estimates, more than 1.2 million people in Europe are affected by Parkinson’s disease. Health costs for the disease amount to €11 billion euros per year.
New therapy against rare gene defects
New therapy against rare gene defects
European scientists set up new therapeutic approaches to tackle specific Lysosomal Storage Disorders: a new drug combination and enzyme replacement therapy against Pompe disease and gene therapy against MPS V I (Mucopolysaccharidosis VI).
Two approaches to treat Lysosomal Storage Diseases
Two approaches to treat Lysosomal Storage Diseases
Lysosomes are membrane-bound organelles found in most animal cells. They are responsible for treating cellular waste. Genetic mutations in lysosomal enzymes lead to lysosome malfunction and waste accumulation.
Generoso Andria – Enzyme and gene therapy for treating genetic disorders
Generoso Andria – Enzyme and gene therapy for treating genetic disorders
Lysosomes are intracellular organelles that degrade and recycle ‘waste’ molecules. Lysosomal Storage Disorders (LSDs) comprise a large group of congenital metabolic diseases affecting altogether one in 8,000 newborns.
How many pills? Ask your genes
How many pills? Ask your genes
European researchers have looked how the analysis of your genes could help to determine the dosage for patients who need to take blood thinners.
Anke-Hilse Maitland van der Zee - Blood thinners at the right dose
Anke-Hilse Maitland van der Zee - Blood thinners at the right dose
Coumarins— blood thinners against thrombosis, or blood clotting, are amongst the most widely used drugs worldwide. Millions of mostly elderly people depend on them. But finding the right dosage is a painstaking process.
Better diagnostics for thrombosis are a matter of resources
Better diagnostics for thrombosis are a matter of resources
Cost-effectiveness is paramount for any new medical technology. If pharmaceutical companies do not see a profit, new drugs will never see the light of day.
Malin Parmar - Reversing Pakinson’s by programming stem cells as neurons
Malin Parmar - Reversing Pakinson’s by programming stem cells as neurons
Neurons, our brain cells, do not regenerate during our life. This makes neurodegenerative diseases, such as Parkinson's and Huntington's, difficult to treat.
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