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Fluorescent molecule to detect cyanide contamination in drinking water

A small molecule designed to detect cyanide in water samples works quickly, is easy to use, and glows under ultraviolet or "black" light.

22 Oct 2009

Metabolic master switch sets the biological clock in body tissues

Our body's activity levels fall and rise to the beat of our internal drums-the 24-hour cycles that govern fundamental physiological functions, from sleeping and feeding patterns to the energy available to our cells. Whereas the master clock in the brain is set by light, the pacemakers in peripheral organs are set by food availability. The underlying molecular mechanism was unknown.

19 Oct 2009

PSI-879 nominated as second development candidate for treating HCV infection

Pharmasset, Inc. announced today the nomination of PSI-352879 (PSI-879) as a second development candidate from two series of purine analogs for the treatment of chronic hepatitis C virus (HCV) infection.

7 Oct 2009

Research study on memory formation and storage process in the human brain

A new study that was carried out at the University of Haifa has identified another component in the chain of actions that take place in the neurons in the process of forming memories. This discovery joins a line of findings from previous studies that together provide a better understanding of the most complex processes in nature - the process of memory formation and storage in the human brain. The new study has been published in the prestigious Journal of Neuroscience.

9 Sep 2009

TRAF6 protein plays a role in cell growth and carcinogenesis, says researchers

The mainstay immune system protein TRAF6 plays an unexpected, key role activating a cell signaling molecule that in mutant form is associated with cancer growth, researchers at The University of Texas M. D. Anderson Cancer Center report in the Aug. 28 edition of Science.

2 Sep 2009

TRAF6 protein can activate a cell signalling molecule associated with cancer

28 Aug 2009

Researchers find link between chronic kidney disease and impaired mitochondrial respiratory system

Chronic kidney disease (CKD) has been linked to oxidative stress caused by dysregulation of the genes that control mitochondria. A study in the open access journal BMC Genomics has revealed alterations in respiration gene expression in the white blood cells of CKD patients.

21 Aug 2009

Promising new treatment target for Kennedy's disease

New research with transgenic mice reveals that a therapy directed at the muscle significantly improves disease symptoms of a genetic disorder characterized by destruction of the neurons that control movement. The study, published by Cell Press in the August 13th issue of the journal Neuron, highlights a promising new treatment for this currently incurable and nontreatable neurodegenerative disorder.

12 Aug 2009

Proteomics helps find key to keeping cells in shape

Yale University researchers have discovered how a protein within most cell membranes helps maintain normal cell size, a breakthrough in basic biology that has implications for a variety of diseases such as sickle cell anemia and disorders of the nervous system.

6 Aug 2009

Research looks at cellular stress response to low oxygen

Gary Chiang, Ph.D., and colleagues at Burnham Institute for Medical Research (Burnham) have elucidated how the stability of the REDD1 protein is regulated. The REDD1 protein is a critical inhibitor of the mTOR signaling pathway, which controls cell growth and proliferation.

5 Aug 2009

Discovery of genetic link to age-related cataracts

Bing-Cheng Wang, Ph.D., Case Western Reserve University School of Medicine professor of pharmacology and senior staff scientist at MetroHealth Medical Center, and Sudha K. Iyengar, Ph.D. professor of genetic and molecular epidemiology at Case Western Reserve University School of Medicine, have discovered the first gene associated with the formation of age-related cataracts, a leading causes of blindness.

31 Jul 2009

Migrant neuron: New imaging studies reveal mechanics of neuron migration

The development of the brain proceeds a little like the European settlement of North America. The earliest pioneers settled on the east coast with subsequent waves of settlers forming communities further and further westward. In cortical regions of the developing brain, generations of young neurons undergo a staged migration as well, with the earliest-born cells staying relatively close to their birthplace and subsequent generations traveling further, ultimately stratifying into six neuronal layers in the mature brain. Now, for the first time, imaging studies have identified the "motors" that propel a unique form of cell migration that creates these layers that

22 Jul 2009

Nanofluidic biopsy detects subtle changes in cancer cells

By taking two standard laboratory techniques - capillary electrophoresis and antibody-based protein detection - and shrinking them to the nanoscale, researchers at the Stanford University School of Medicine have created a new method for detecting miniscule changes in the levels of proteins associated with cancer.

28 Jun 2009

Harnessing nanoparticles to track cancer cell changes

The more dots there are, the more accurate a picture you get when you connect them. Cancer researchers adopting that philosophy have developed a new imaging technology that could give scientists the ability to simultaneously measure as many as 100 or more distinct features in or on a single cell. In a disease such as cancer, that capability would provide a much better picture of what is going on in individual tumor cells.

28 Jun 2009

Discovery of the cell's water gate may lead to new cancer drugs

The flow of water into and out from the cell may play a crucial role in several types of cancer. Scientists at the University of Gothenburg have now found the gate that regulates the flow of water into yeast cells.

17 Jun 2009

Enzyme TFIIH kinase found to be involved in epigenetic regulation

For many years scientists have known that the numerous biological functions of an organism are not regulated solely by the DNA sequence of its genes: Superordinate regulatory mechanisms exist that contribute to determining the fate of genes. Although they are not anchored in the DNA, they can even be passed on to subsequent generations to a certain extent. Intensive research in recent years has shown that these mechanisms - bundled under the term epigenetics, are very multifaceted and complex.

17 Jun 2009