Gene Transfer News and Research

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Gene Transfer is the insertion of genetic material into a cell.

Technique for genetically modifying blood stem cells brings cure for blood diseases closer

The condition of mice with a genetic blood disease called beta-thalassemia improved significantly following treatment of their blood forming cells with a gene that enabled them to produce the type of hemoglobin normally found only in the fetus.

12 Oct 2004

A novel gene therapy strategy may help reduce seizures in adults suffering from epilepsy

Deborah Lin, from the Faculty of Medical and Health Sciences, is investigating the effects of a therapeutic gene transfer in a particular form of epilepsy which affects the brain’s temporal lobe region.

12 Oct 2004

New gene therapy technique may help treat Alzheimer's disease

Investigators at Rush University Medical Center have successfully initiated a new technique that uses gene therapy to deliver nerve growth factor into regions of the brain where neurons are degenerating, in order to prevent cell death and reverse cell atrophy, two hallmarks of Alzheimer's disease.

21 Sep 2004

First Parkinson’s gene therapy patient well after 1 year suggesting that the therapy is safe and effective

The first ever patient to have undergone gene therapy for Parkinson’s appears to have come through phase I without a hitch, suggesting that the therapy is safe and effective, reports Marina Murphy in Chemistry & Industry.

2 Sep 2004

First step in using gene therapy to treat glaucoma

Mayo Clinic researchers have demonstrated they can permanently transfer a functioning gene to targeted tissues within the eye.

2 Sep 2004

New imaging technique may help cystic fibrosis sufferers

Now, Jefferson Lab scientists have used their expertise to build a small animal medical imager that's helping researchers develop a new gene therapy technique for cystic fibrosis.

15 Aug 2004

Not only has life evolved, but life has evolved to evolve

That's the conclusion drawn by two Rice University scientists who have designed a computer simulation to test the idea that evolvability — the likelihood of genetic mutation — is a trait that can itself be favored or disfavored through the process of natural selection.

11 Aug 2004

Proof of principle that it is possible to deliver new genes body-wide to all the muscles of an adult animal

MDA-supported researchers at the University of Washington-Seattle have delivered the gene for the dystrophin protein to all voluntary muscles with a single intravenous injection in mice with Duchenne muscular dystrophy (DMD).

29 Jul 2004

Research may help treat muscular dystrophies and other muscle diseases caused by glycosylation defects

Expressing high levels of a sugar-adding protein known as LARGE in mice that lack the protein can prevent muscular dystrophy in these animals, according to studies by researchers at the University of Iowa Roy J. and Lucille A. Carver College of Medicine.

7 Jun 2004

Using gene therapy to fight rheumatoid arthritis

Guided by a similar principle, arthritis researchers at the University of Florida and Harvard University hope to use gene therapy to help joint cells pump out a harmless protein that parks in receptor sites, leaving a notorious inflammatory agent “circling the lot” and unable to cause pain, swelling and possible joint damage.

21 May 2004

Gene therapy helps alcoholic rats

As a follow up to previous work showing that gene therapy can reduce drinking in rats trained to prefer alcohol, scientists at the U.S. Department of Energy’s Brookhaven National Laboratory have used the same technique to cut drinking in rats with a genetic predisposition for heavy alcohol consumption.

5 May 2004

$11 million for lung injury research

Northwestern University has received an $11 million Program Project Grant (PPG) from the National Institutes of Health to define the mechanisms that cause changes in the alveolar epithelium during lung injury.

27 Apr 2004

Analysis of Bacterial Genomes Begins to Unravel Complex Story of Metabolic Evolution

In a paper published in the current issue of the journal Molecular Biology and Evolution , Arizona State University biochemists Jason Raymond, Christopher Staples and Robert Blankenship and Rice University's Janet Siefert do an analysis of the genomes of a large group of bacteria and archaea, comparing in particular similar genes that produce the protein nitrogenase.

7 Apr 2004