The experimental problems associated with in vivo studies of essential proteins or integral membrane proteins have triggered geneticists to generate novel approaches that have often led to insights of general relevance (Shuman and Silhavy, 2003). In order to extend the experimental portfolio, we developed target‐directed proteolysis (TDP), an in vivo method allowing structural and functional characterization of target proteins in living cells. TDP is based on the activity of the highly sequence‐specific NIa protease from tobacco etch virus. When its recognition site of seven residues is engineered into target proteins and NIa protease is expressed under tight promoter control, substrates can be conditionally processed while other cellular p...
Proteases are crucial to many biological processes and have become an important field of biomedical ...
Proteases are crucial to many biological processes and have become an important field of biomedical ...
Methods that allow for the manipulation of genes or their products have been highly fruitful for bio...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Background: The ability to disrupt the function of a specific protein on a rapid time scale provides...
The ability to disrupt the function of a specific protein on a rapid time scale provides a powerful ...
Over the years, the view on proteases as relatively non-specific protein degradation enzymes, mainly...
Synthetic biology is a nascent discipline that aims to design and construct new biological systems b...
Synthetic biology is a nascent discipline that aims to design and construct new biological systems b...
Proteolysis is a critical modification leading to alteration of protein function with important outc...
Proteases are crucial to many biological processes and have become an important field of biomedical ...
Proteases are crucial to many biological processes and have become an important field of biomedical ...
Proteases are crucial to many biological processes and have become an important field of biomedical ...
Methods that allow for the manipulation of genes or their products have been highly fruitful for bio...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Target directed proteolysis allows specific processing of proteins in vivo. This method uses tobacco...
Background: The ability to disrupt the function of a specific protein on a rapid time scale provides...
The ability to disrupt the function of a specific protein on a rapid time scale provides a powerful ...
Over the years, the view on proteases as relatively non-specific protein degradation enzymes, mainly...
Synthetic biology is a nascent discipline that aims to design and construct new biological systems b...
Synthetic biology is a nascent discipline that aims to design and construct new biological systems b...
Proteolysis is a critical modification leading to alteration of protein function with important outc...
Proteases are crucial to many biological processes and have become an important field of biomedical ...
Proteases are crucial to many biological processes and have become an important field of biomedical ...
Proteases are crucial to many biological processes and have become an important field of biomedical ...
Methods that allow for the manipulation of genes or their products have been highly fruitful for bio...