The well-characterized small heat-shock protein, αB-crystallin, acts as a molecular chaperone by interacting with unfolding proteins to prevent their aggregation and precipitation. Structural perturbation (e.g., partial unfolding) enhances the in vitro
A variety of cellular internal and external stress conditions can be classified as proteotoxic stres...
αB-crystallin is a small heat shock protein that shows chaperone-like activity, as it protects the a...
The alpha-crystallins are members of the small heat shock protein family of molecular chaperones tha...
The well-characterized small heat-shock protein, αB-crystallin, acts as a molecular chaperone ...
The well-characterized small heat-shock protein, alpha B-crystallin, acts as a molecular chaperone b...
α-Crystallin is a multimeric protein belonging to the family of small heat shock proteins, which fun...
© CSIRO 2003Molecular chaperones are a diverse group of proteins that interact with partially folded...
After the discovery of the need for extensive assistance in protein folding in the case of many nasc...
Small heat shock proteins are ubiquitously found in all three domains of life, although they are the...
α-Crystallin is a multimeric lenticular protein that has recently been shown to be expressed in...
Stress conditions can destabilize proteins, promoting them to unfold and adopt intermediately folded...
The α-crystallin family of small heat shock proteins possesses chaperone activity in response to str...
Both α-crystallin from bovine eye lens and Hsp16.3 from Mycobacterium tuberculosis are members of th...
Small heat shock proteins regulate microtubule assembly during cell proliferation and in response to...
AbstractSmall heat shock proteins have been the Cinderellas of the molecular chaperone world, but no...
A variety of cellular internal and external stress conditions can be classified as proteotoxic stres...
αB-crystallin is a small heat shock protein that shows chaperone-like activity, as it protects the a...
The alpha-crystallins are members of the small heat shock protein family of molecular chaperones tha...
The well-characterized small heat-shock protein, αB-crystallin, acts as a molecular chaperone ...
The well-characterized small heat-shock protein, alpha B-crystallin, acts as a molecular chaperone b...
α-Crystallin is a multimeric protein belonging to the family of small heat shock proteins, which fun...
© CSIRO 2003Molecular chaperones are a diverse group of proteins that interact with partially folded...
After the discovery of the need for extensive assistance in protein folding in the case of many nasc...
Small heat shock proteins are ubiquitously found in all three domains of life, although they are the...
α-Crystallin is a multimeric lenticular protein that has recently been shown to be expressed in...
Stress conditions can destabilize proteins, promoting them to unfold and adopt intermediately folded...
The α-crystallin family of small heat shock proteins possesses chaperone activity in response to str...
Both α-crystallin from bovine eye lens and Hsp16.3 from Mycobacterium tuberculosis are members of th...
Small heat shock proteins regulate microtubule assembly during cell proliferation and in response to...
AbstractSmall heat shock proteins have been the Cinderellas of the molecular chaperone world, but no...
A variety of cellular internal and external stress conditions can be classified as proteotoxic stres...
αB-crystallin is a small heat shock protein that shows chaperone-like activity, as it protects the a...
The alpha-crystallins are members of the small heat shock protein family of molecular chaperones tha...