Living Cells News and Research

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Biomedical research could benefit from deep sea

A study published in the scientific journal PLoS ONE highlights how the exploration of the ocean depths can benefit humankind.

19 Nov 2008

Gut check reveals vast multicultural community of bugs in bowels

Mention the phrase "diverse ecosystem," and it conjures images of tropical rainforests and endangered coral reefs.

18 Nov 2008

How household bleach kills bacteria

Despite the fact that household bleach is commonly used as a disinfectant, exactly how it works to fight bacteria remained an open question.

16 Nov 2008

New development of optical probes in chemistry

A chance discovery by a team of scientists using optical probes means that changes in cells in the human body could now be seen in a completely different light.

11 Nov 2008

New method provides panoramic view of protein-RNA interactions in living cells

DNA, it has turned out, isn't all it was cracked up to be. In recent years we learned that the molecule of life, the discovery of the 20th century, did not - could not - by itself explain the huge differences in complexity between a human and a worm.

2 Nov 2008

Scientists develop genome-wide platform to study how specialized proteins regulate RNA in living, intact cells

DNA, it has turned out, isn't all it was cracked up to be. In recent years we learned that the molecule of life, the discovery of the 20th century, did not -- could not -- by itself explain the huge differences in complexity between a human and a worm.

2 Nov 2008

Getting to grips with the complexity of disease proteins

Drug molecules seldom act simply on one protein but on protein complexes and networks. A deeper understanding of these 'cooperative assemblies' should lead to better targeting of drugs.

20 Oct 2008

Unpicking the complexity of human disease

Impressive advances in our understanding of the genetic basis of disease were outlined at the 3rd ESF Functional Genomics Conference in Innsbruck, Austria.

13 Oct 2008

Living sensor can warn of arsenic pollution

Scientists studying arsenic pollution have discovered a living sensor that can spot contamination. They have also discovered new bacteria that can clean up arsenic spills even in previously untreatable cold areas, microbiologists heard today (Monday 8 September 2008) at the Society for General Microbiology's Autumn meeting being held this week at Trinity College, Dublin.

7 Sep 2008

Rattlesnake-type poisons used by superbug bacteria to beat our defences

Colonies of hospital superbugs can make poisons similar to those found in rattlesnake venom to attack our bodies' natural defences, scientists heard today (Monday 8 September 2008) at the Society for General Microbiology's Autumn meeting being held this week at Trinity College, Dublin.

7 Sep 2008

Monitoring immune responses in disease

A recent study published in Clinical Immunology, the official journal of the Clinical Immunology Society (CIS), describes a new method enabling the detection of multiple parameters of single human cells.

3 Sep 2008

$2 million computer will help unravel major medical ailments

A federal grant will allow Johns Hopkins researchers to purchase a powerful $2 million computer that will speed up their efforts to find new ways to diagnose and treat brain disease, heart illnesses, cancer and other medical ailments.

16 Jul 2008

Gene silencer and quantum dots reduce protein production to a whisper

More than 15 years ago, scientists discovered a way to stop a particular gene in its tracks. The Nobel Prize-winning finding holds tantalizing promise for medical science, but so far it has been difficult to apply the technique, known as RNA interference, in living cells.

9 Jul 2008

Brain trick offers treatment hope for Alzheimer's

Scientists in the UK and Canada have made a significant step forward in the search for new drugs to treat Alzheimer's disease.

2 Jul 2008

Dividing cells find their middle by following a protein contour map

Self-organization keeps schools of fish, flocks of birds and colonies of termites in sync. It's also, according to new research, the way cells regulate the final stage of cell division. Scientists at Rockefeller University have shown that a protein-chemistry-based contour map, which helps individual proteins locate the center of their cell without direction from a 'master organizer,' is key to ensuring accurate division during mitosis.

30 Jun 2008

Quantum dots stop RNA interference in living cells

More than 15 years ago scientists discovered a way to stop a particular gene in its tracks. The Nobel Prize-winning finding holds tantalizing promise for medical science, but so far it has been difficult to apply the technique, known as RNA interference, in living cells.

24 Jun 2008

European researchers take lid off the genome

European researchers have made significant progress unravelling how genes are governed and why this sometimes goes wrong in disease.

15 Jun 2008

Measuring the footprint of cells

Even the slightest differences are important in competitive sport: To improve a ski jumper's performance, the trainer can analyze the jump very accurately using force sensors.

8 Jun 2008

Talking to cells

For an organism to develop and function, the individual cells must exchange information, or communicate, with each other. Is it possible to learn their language and "talk to" the cells? Yes it is: Cameron Alexander and George Pasparakis at the University of Nottingham (UK) have been able to facilitate a conversation between bacterial cells and artificial polymer vesicles.

5 Jun 2008

NCI scientists visualize gene regulation in living cells

A research team led by scientists at the National Cancer Institute (NCI), part of the National Institutes of Health (NIH), has applied advanced imaging methods and computer simulations to be able to glance at the regulation of a cancer-related gene in a living cell. They found that the efficiency with which the components of the cell's gene reading machinery come together has an impact on gene expression, the process by which a gene translates its information into a new protein. The findings, published in the May 23, 2008 issue of Molecular Cell, shed new light on the means by which living cells regulate gene activity.

22 May 2008