Protein Folding News and Research

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Research illustrates BAG3 protein's importance in maintaining mature skeletal muscle

Muscle cells that should grow stronger with use instead self-destruct when a protein called BAG3 isn't around, researchers have shown.

30 Aug 2006

German scientists synthesize new compound that reduces stroke damage

A group of German scientists has synthesized a new compound that dramatically decreases the damage to neurons in rats demonstrating stroke symptoms.

16 May 2006

Important advance in understanding the complex interactions between proteins

Interactions between proteins are the engines that drive the lives of cells, and a better understanding of these relationships -- and the structures that enable them -- are the next great frontier in the biological sciences.

10 Apr 2006

International team tackle protein folding

A team of researchers from EPFL, (Ecole Polytechnique Fidirale de Lausanne), the University of Lausanne, Northwestern University and Tel Aviv Universitybring biology and statistical physics together to answer the question of how molecular chaperones fold, unfold and pull proteins around in the cell.

4 Apr 2006

Researchers gain better understanding of protein folding

Proteins, one of the basic components of living things, are among the most studied molecules in biochemistry. Understanding how proteins form or "fold" from sequenced strings of amino acids has long been one of the grand challenges of biology.

23 Mar 2006

Study looks at how two forms of vitamin E affect the health of animal cells

One of the most powerful antioxidants is truly a double-edged sword, say researchers at Ohio State University who studied how two forms of vitamin E act once they are inside animal cells.

7 Mar 2006

Research suggests that a common mechanism may underlie a variety of protein folding diseases

Misfolded and damaged proteins are common to all human neurodegenerative diseases. Clumps of these aggregated proteins destroy neurons within the brain and cause disease.

16 Feb 2006

Molecular finding will help better understand measles and mumps

A team of Northwestern University researchers has solved the structure of a molecule that controls the ability of viruses of the paramyxovirus family, including the viruses that cause measles, mumps, and many human respiratory diseases, to fuse with and infect human cells.

5 Jan 2006

Chronic fatigue syndrome may be a legitimate neurological condition

Researchers might have found evidence that chronic fatigue syndrome is a real and legitimate neurological condition.

6 Dec 2005

Protein called CHIP helps untangle protein misfolding in brain disease

Keeping the body and mind healthy depends on keeping cells healthy and functioning. This means that cells need a very robust quality-control system to repair or remove damaged or misshapen proteins. Protein handling is especially important in neurons because damage or death of brain cells causes neurological disease.

1 Nov 2005

Osmolyte findings could have implications for the study of Alzheimer's disease, cystic fibrosis, kidney disease

Researchers at the University of Texas Medical Branch at Galveston (UTMB) have developed a new way to predict the ability of certain small molecules to protect proteins in the cells of a wide variety of organisms living in extreme environments.

9 Oct 2005

Researchers have successfully combined computer modeling and experimental results in folding studies for small proteins

In unprecedented new research, scientists at Rice University have combined theory and experiment for the first time to both predict theoretically and verify experimentally the protein-folding dynamics of a large, complex protein.

3 Oct 2005

Lipid helps cell wall protein fold into proper shape

A protein that provides a vital passage through a bacterium's outer cell wall will misfold and malfunction if that wall is built of the 'wrong' material, scientists at The University of Texas Medical School at Houston report in a finding that has long-term implications for understanding diseases caused by misfolded proteins such as cystic fibrosis, Alzheimer's disease, and mad cow disease.

17 Jul 2005

Simple and efficient method for creation of novel protein functions in an existing protein scaffold

By designing a molecular bridge, scientists at the University of Illinois at Urbana-Champaign have forged a successful pathway through a complex ocean of barriers: They've changed the function of a protein using a co-evolution approach.

8 May 2005

Study sheds light on why normal prion proteins may experience age-related mutations in inherited diseases

A new study sheds light on why normal prion proteins may experience age-related mutations in inherited diseases. Researchers at the Case Western Reserve University School of Medicine studied a previously discovered mutation in the prion protein in members of an extended family in Indiana who inherited the prion disease Gerstmann-Straussler-Sheinker (GSS).

25 Apr 2005

Why different tissues in the human body vary in their susceptibility to "amyloid" diseases

Researchers at The Scripps Research Institute are reporting the results of a recent study that addresses why different tissues in the human body vary in their susceptibility to "amyloid" diseases, which include Alzheimer's disease and a cluster of ailments called the familial amyloidoses.

7 Apr 2005

New color-coded test for protein folding

Every protein--from albumin to testosterone--is folded into a unique, three-dimensional shape that allows it to function properly. Now Stanford University scientists have developed a simple test that instantly changes color when a protein molecule attached to a gold nanoparticle folds or unfolds.

28 Mar 2005

Scientists discover the origin of hydration force

Scientists at the Universitat Autònoma de Barcelona and Imperial College London have discovered the origin of hydration force, a phenomenon that causes some complex chemical and biochemical species (including DNA and other electrostatically charged molecules) to repel at short distances when surrounded by water.

28 Feb 2005

New technology will advance our understanding of role of complex sugar chains decorating the surface of cells in the body

An international consortium of scientists lead by Dr. James Paulson of The Scripps Research Institute has created a technology that will advance our understanding of the role of complex sugar chains (glycans or carbohydrates) that decorate the surface of cells in the body.

8 Dec 2004

Movies help explain how proteins gather into clusters called amyloid fibrils

To get a better look at how proteins gather into clusters called amyloid fibrils – which are associated with important human diseases such as Alzheimer’s, Parkinson’s and the so-called prion diseases like Mad Cow – researchers at North Carolina State University decided to make movies.

23 Nov 2004