Genetic Engineering News and Research

RSS

Fast food diet a suspect in Alzheimer's disease

The research by scientists at the Karolinska Institutet has revealed that mice fed a diet of junk food for a nine month period developed the abnormal brain tangles which are seen in the preliminary stages of Alzheimer's disease - they say a diet rich in fat, sugar and cholesterol could increase the risk of the most common type of dementia.

1 Dec 2008

Diet rich in fat, sugar and cholesterol a potential risk factor for Alzheimer's disease

Mice that were fed a diet rich in fat, sugar and cholesterol for nine months developed a preliminary stage of the morbid irregularities that form in the brains of Alzheimer's patients.

30 Nov 2008

Fruit flies provide new insights into a brain-damaging disease mucolipidosis type IV

Johns Hopkins researchers have used fruit flies to gain new insights into a brain-damaging disorder afflicting children.

26 Nov 2008

Defective calcium metabolism in nerve cells contributes to neurological disorder

Defective calcium metabolism in nerve cells may play a major role in a fatal genetic neurological disorder that resembles Huntington's disease, researchers at UT Southwestern Medical Center have found in a mouse study.

26 Nov 2008

Scribble protein found to be an important regulator of breast cancer

In breast tissue, cells lining the breast's ducts have a certain shape that is required to maintain both organ structure and function.

26 Nov 2008

Researchers discover how brain cells can survive a stroke

Brain researchers at the University of Oslo in Norway have penetrated deeply into the innermost secrets of the brain to find out how brain cells can survive a stroke.

26 Nov 2008

Discovery of novel approach to suppress prostate cancer progression

Researchers at the University of Southern California (USC) have found that inactivating a specific biomarker for aggressive prostate cancer blocks the development of prostate cancer in animal models.

24 Nov 2008

Evidence of retina self-repair in mammals

Researchers at the University of Washington (UW) have reported for the first time that mammals can be stimulated to regrow inner nerve cells in their damaged retinas.

24 Nov 2008

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

Musculoskeletal Center wins $2.2 million to study biologics safety

The UAB Center for Education and Research on Therapeutics has won a $2.2 million federal grant to study the risks and benefits of a class of drugs called ‘biologics' -- genetically engineered agents targeting the immune system of patients with rheumatoid arthritis, Crohn's disease, psoriasis and other autoimmune disorders.

18 Nov 2008

Impending crisis in provision of histopathology expertise for mouse functional genomics

The generation of new mouse models of human disease is accelerating rapidly due to the completion of whole-genome sequencing efforts and technological advances in the manipulation of the mouse genome.

18 Nov 2008

New clue for cellular damage in Huntington's disease

"Huntington's disease presents an ideal vantage point to study neurodegenerative disease, because we know the misfolded protein that's responsible," says Martin Duennwald, formerly a postdoctoral researcher in the lab of Whitehead Member Susan Lindquist.

16 Nov 2008

Breakthrough in cellular analysis

Like skilled assassins, many diseases seem to know exactly what types of cells to attack.

16 Nov 2008

Breakthrough in cell-type analysis offers new ways to study development and disease

Like skilled assassins, many diseases seem to know exactly what types of cells to attack. While decimating one cadre of cells, diseases will inexplicably spare a seemingly identical group of neighbors. What makes cells vulnerable or not depends largely on the kinds and amounts of proteins they produce - their 'translational profile,' in the lingo of molecular biology. For this reason, scientists have struggled to parse the subtle molecular differences among the hundreds of specialized cell types that are tangled together in tissues like the brain.

13 Nov 2008