Genetic News and Research

RSS

New method designed to analyze the genes that regulate the immune system

Seattle scientists have developed a new method for analyzing the Major Histocompatibility Complex (MHC) of the human genome.

20 Apr 2006

Scientists gain greater understanding of how embryos differentiate left from right

Researchers at the Forsyth Institute have discovered a new mechanism responsible for early left/right patterning, the process by which organs locate themselves on the left or right side of the body.

19 Apr 2006

New guidelines for treating severely injured patients

If someone is injured in an automobile collision or is severely burned, emergency room physicians across the country would probably take similar steps to stabilize each condition. But subsequent treatment in the intensive care unit or operating room is less well established and may vary significantly.

19 Apr 2006

Promising treatment for Huntington's disease soon to be tested clinically

At the Institut Curie, CNRS and Inserm researchers have shown that cysteamine, which is already used to treat a rare disease called cystinosis, prevents the death of neurons in Huntington's disease. Like Alzheimer's and Parkinson's, Huntington's disease, is characterized by the abnormal death of neurons.

19 Apr 2006

New London based centre for clinical genetic research

The London Genetics Centre will provide access to knowledge and expertise in clinical genetics across London's biomedical institutions, and help position London as the leading European centre for genetic medicine.

19 Apr 2006

Microarray analysis could lead to better understanding of mechanisms underlying the genetic propensity toward excessive drinking

The meta analysis, which examined more than 4.5 million data points on more than 100 microarrays from mouse models, also identified more than 1,300 functional groups, including signaling and transcription pathways, which may also play an important role in establishing a capacity for a "high level of alcohol consumption."

18 Apr 2006

Genetic switch that links animal growth and cancer

Laboratory discoveries by scientists at two universities may lead to new directions in cancer therapy drugs. The researchers have discovered that a genetic switch involved in growth and development of an animal is the same one used to prevent normal cells from becoming cancerous.

18 Apr 2006

Important new global mechanism for gene repression

Most of the time in most cells of the body, the great majority of genes are silenced, locked away within the compacted but orderly material that makes up chromosomes.

18 Apr 2006

Common gene variation associated with an increased risk for obesity

A pioneering statistical technique developed at the Harvard School of Public Health (HSPH) has helped identify a common gene variation associated with an increased risk for obesity.

18 Apr 2006

Researchers clarify the mechanism by which drugs like Celebrex and Vioxx cause heart problems

Researchers at the University of Pennsylvania School of Medicine have clarified the mechanism by which drugs like Celebrex and Vioxx cause heart problems, in multiple animal models.

18 Apr 2006

Obese may have gene which makes them fat

According to scientists in the U.S. there is a genetic explanation why some people are obese while others are not.

17 Apr 2006

Genetic testing helps diagnose Long QT syndrome

Long QT syndrome is an uncommon, and sometimes fatal, heart rhythm disorder that is often present from birth. It gets its name from the peculiar pattern of the electrocardiogram (ECG or EKG) seen in people with the disease. It affects one in every 3,000 people in the United States.

16 Apr 2006

First gene therapy human trial in the United States for a form of muscular dystrophy under way

The clinical trial for Duchenne muscular dystrophy (DMD) tests the safety and effectiveness of a therapy that was developed over two decades by scientists at the University of North Carolina Chapel Hill's School of Medicine and the University of Pittsburgh.

16 Apr 2006

Potent induction of chondrocytic differentiation of human adipose-derived adult stem cells by bone morphogenetic protein 6

A novel growth factor significantly improves the ability of specialized stem cells derived from human fat to be transformed into cartilage cells, according to Duke University Medical Center and Pratt School of Engineering researchers.

16 Apr 2006