Protein Folding News and Research

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Scientists shed light on how proteins find their shapes

Researchers from the California Institute of Technology (Caltech) and the University of California at San Diego (UCSD) have brought together UCSD theoretical modeling and Caltech experimental data to show just how amino-acid chains might fold up into unique, three-dimensional functional proteins.

23 Feb 2009

New hope for leptin as a solution to obesity

The discovery more than a decade ago of leptin, an appetite-suppressing hormone secreted by fat tissue, generated headlines and great hopes for an effective treatment for obesity.

6 Jan 2009

Sulfurous ping-pong in the urinary tract

Transfer of information is a basic property of biological systems. Common examples include transfer of genetic information or nerve impulses.

18 Dec 2008

New research reveals key steps in HIV's assault on the brain

Scientists have unraveled in unprecedented detail the cascade of events that go wrong in brain cells affected by HIV, a virus whose assault on the nervous system continues unabated despite antiviral medications that can keep the virus at bay for years in the rest of the body.

16 Nov 2008

Aventix Pharma takes over key patents for innovative screening tool for treatments for cystic fibrosis

The rights to key patents for an innovative screening tool for treatments for cystic fibrosis were transferred today to Swiss biotech company Axentis Pharma AG.

26 Jun 2008

Intracellular antibody mops up mutant protein in Huntington's disease model

Scientists have created a tool for mopping up the clumps of mutant protein that drive neurodegeneration in Huntington's disease. Emory University researchers engineered a virus to make an intracellular antibody or "intrabody" against huntingtin, the protein whose mutant forms poison the brain cells of people with Huntington's.

26 May 2008

Discovery alters long standing concept of fixed protein structure

The thousands of proteins found in nature are simply strings of amino acids, assembled by genes, and scientists have long believed that they automatically fold themselves into uniquely fixed, 3-dimensional shapes to fire the engine of life.

19 Mar 2008

New discovery alters longstanding concept of fixed protein structure

18 Mar 2008

Discovery of key molecular mechanism associated with cystic fibrosis

Researchers from the University of North Carolina at Chapel Hill have identified a key molecular mechanism that may account for the development of cystic fibrosis.

4 Mar 2008

Heat shock protein 90 helps explain the speed of evolution

Heat shock protein 90 (HSP90) has a greater impact on the appearance of new traits than previously expected, according to two articles published in the Proceedings of the National Academy of Science (PNAS) by researchers in Whitehead Member Susan Lindquist's lab and their colleagues in Christine Queitsch's lab at Harvard University's FAS Center for Systems Biology.

20 Feb 2008

Discovery of a new anticoagulant

The discovery of a new anticoagulant with promising therapeutic value is reported on the 20th of February issue of the journal PLoS ONE1.

20 Feb 2008

Overexcited neurons not good for cell health

Neurotransmitters have consequences. They initiate events that are critical to a healthy life, giving us the ability to move, to talk, to breathe, to think. But that's if the neurotransmitters are getting it right and sending proper signals downstream to muscle cells, neurons or other cells.

18 Dec 2007

Research looks at how environment inside a living cell affects protein structure

The syrupy soup of proteins, ribosomes and membranes inside a living cell is so tightly packed it may increase the structural content of proteins by as much as 25 percent, according to new research from Rice University and the University of Houston (UH).

13 Nov 2007

Tiny fluorescent probes illuminate protein interactions in living cells

While fluorescence has long been used to tag biological molecules, a new technology developed at Yale allows researchers to use tiny fluorescent probes to rapidly detect and identify protein interactions within living cells while avoiding the biological disruption of existing methods, according to a report in Nature Chemical Biology.

13 Nov 2007