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Foxp2 gene plays an essential role in the development of social communication

The association between Foxp2 and language was first identified in a family in which half the members had severe speech and grammar impairments. Studies showed that all the affected family members had a mutation in the Foxp2 gene.

21 Jun 2005

Researchers demonstrate direct transfer of terminally differentiated cell nuclei

With the advent of nuclear-transfer cloning, it is now possible to produce mice from the nuclei of differentiated cells, such as peripheral blood lymphocytes and olfactory sensory neurons.

20 Jun 2005

Fragile-X-syndrome research

The fragile-X-syndrome is the most common hereditary form of mental retardation and occurs much more often in boys than in girls.

20 Jun 2005

Arterial spin labeling distinguishes between Alzheimer's disease and frontotemporal dementia

A non-invasive magnetic resonance imaging (MRI) technique called arterial spin labeling is just as accurate as invasive scanning techniques in distinguishing Alzheimer's disease from frontotemporal dementia (FTD) in the brains of elderly people, according to a new study at the San Francisco VA Medical Center (SFVAMC).

19 Jun 2005

Columbia University launches multi-year campaign to support stem cell researc

Columbia University Medical Center (CUMC) has announced that it is halfway toward realizing the first phase of a multi-year campaign to build upon the university’s groundbreaking stem cell research and lead the effort to fully realize the therapeutic potential of stem cells.

16 Jun 2005

First demonstration of a vaccine for Parkinson's

Researchers at the University of California, San Diego (UCSD) School of Medicine working with scientists at Elan Pharmaceuticals, have reported promising results in mice of a vaccine approach to treating Parkinson’s and similar diseases. These results appear in the June edition of the journal Neuron.

15 Jun 2005

Placebos can affect emotion as well relieving pain

Just as placebos have been shown to bring relief from pain, researchers have now found that they can affect emotion, alleviating the impact of unpleasant experiences.

15 Jun 2005

Jumping genes help detemine uniqueness of individual brains

Scientists at the Salk Institute for Biological Studies may have found one explanation for the puzzling variety in brain organization and function: mobile elements, pieces of DNA that can jump from one place in the genome to another, randomly changing the genetic information in single brain cells.

15 Jun 2005

Nicotine triggers the same neural pathways that give opiates their addictively rewarding properties

In experiments with mice, researchers have found that nicotine triggers the same neural pathways that give opiates such as heroin their addictively rewarding properties--including associating an environment with the drug's reward.

15 Jun 2005

Tetanus toxin may help fight depression, anxiety, anorexia and Parkinson's

A team of researchers from the Department of Biochemistry and Molecular Biology and the Institute of Neuroscience at the Universitat Autònoma de Barcelona has discovered that tetanus toxin, which causes tetanus, could be extremely useful as a therapy against psychological disorders such as depression, anxiety and anorexia, and to slow the progress of neurodegenerative disorders such as Parkinson's disease.

14 Jun 2005

Causes, consequences and clinical implications of alcohol-related brain shrinkage

Previous studies have demonstrated that the brains of alcoholics are smaller, lighter and "shrunken" when compared to nonalcoholic brains.

14 Jun 2005

US scientists find "mother of all brain stem cells"

Scientists at the University of Florida have been able grow brain cells in the laboratory.

14 Jun 2005

Scientists create new brain cells - in a dish

Regenerative medicine scientists at the University of Florida's McKnight Brain Institute have created a system in rodent models that for the first time duplicates neurogenesis - the process of generating new brain cells - in a dish.

13 Jun 2005

Study of glial cells in the roundworm C. elegans may provide insight into a variety of human brain diseases

The key to understanding our brains may lie within a one-millimeter long worm, new research from Rockefeller University indicates. Reporting in the June issue of Developmental Cell, Shai Shaham, Ph.D., and graduate student Elliot Perens use the roundworm, C. elegans, to investigate the mysterious glial cell, which makes up 90 percent of the human brain and, when it malfunctions, can contribute to diseases like Parkinson's disease and schizophrenia.

9 Jun 2005

Fundamental insights in how amyloid fibers form

Amyloid fibers are best known as the plaque that gunks up neurons in people with neurodegenerative illnesses such as Alzheimer's and Creutzfeldt-Jacob disease--the human analog of mad cow disease.

9 Jun 2005

Neuroscientists redefine the dyslexic brain

The dyslexic brain may have a general problem forming perceptual categories, including the templates for printed letters and speech sounds, say University of Southern California (USC) neuroscientists.

5 Jun 2005

Research moves us closer to understanding how complicated network connections are wired up during embryonic development

A newborn baby moves, breathes and cries in part because a network of nerves called motor neurons carry signals from the infant's brain and spinal cord to muscles throughout its body.

3 Jun 2005

Novel insights into how prion and other neurodegenerative diseases develop

Abnormal prion proteins are little understood disease agents involved in causing horrific brain-wasting diseases such as Creutzfeldt-Jacob disease in people, mad cow disease in cattle and chronic wasting disease in deer and elk.

3 Jun 2005

A protein found naturally in the brain may protect against Parkinson's disease

The findings also may lead to an improved understanding of a disorder called early-onset torsion dystonia.

2 Jun 2005

New technique will enhance understanding of little-understood vision phenomenon

Look at something red in the room, and you'll be more likely to notice something red out of the corner of your eye, elsewhere in the room. Researchers have known that this "implicit attentional selection" is outside conscious control and that we are unaware of its functioning.

1 Jun 2005