Escherichia coli is still a very popular host for the production of recombinant proteins at an analytical or industrial scale. Secretion of the proteins into the culture medium or display at the cell surface would be preferred in many applications but is hampered by the complex two-layered cell envelope. The autotransporter pathway is used by E. coli to secrete virulence factors via a relatively simple but efficient and specific mechanism. Here we discuss recent progress in the structural and mechanistic analysis of this pathway and the implications for future development of a versatile platform for secretion and display of heterologous proteins. © 2010 Elsevier Ltd
Autotransporter proteins are a large family of virulence factors secreted from Gram-negative bacteri...
Monomeric autotransporters have been extensively used for export of recombinant proteins to the cell...
Monomeric autotransporters have been extensively used for export of recombinant proteins to the cell...
Background: It is widely believed that laboratory strains of Escherichia coli, including those used ...
The classical monomeric autotransporters are ubiquitously used by Gram-negative bacteria to export v...
Kleiner-Grote G, Risse JM, Friehs K. Secretion of recombinant proteins from E. coli. ENGINEERING IN ...
Background: The self-sufficient autotransporter (AT) pathway, ubiquitous in Gram-negative bacteria, ...
Abstract Background The self-sufficient autotransporter (AT) pathway, ubiquitous in Gram-negative ba...
Protein secretion plays a central role in modulating the interactions ofbacteria with their environm...
Cell surface display of proteins can be used for several biotechnological applications such as the s...
Affiliation: Faculté de Médecine Vétérinaire, Université de MontréalExpressing proteins of interest ...
Lee, KelvinThe annual global market for biopharmaceuticals is estimated at about $99 billion. Approx...
To function properly, proteins need to reach their final sub-cellular destinations and acquire their...
Background: Bacterial surface display technique enables the exogenous proteins or polypeptides displ...
Bacteria have mechanisms to export proteins for diverse purposes, including colonization of hosts an...
Autotransporter proteins are a large family of virulence factors secreted from Gram-negative bacteri...
Monomeric autotransporters have been extensively used for export of recombinant proteins to the cell...
Monomeric autotransporters have been extensively used for export of recombinant proteins to the cell...
Background: It is widely believed that laboratory strains of Escherichia coli, including those used ...
The classical monomeric autotransporters are ubiquitously used by Gram-negative bacteria to export v...
Kleiner-Grote G, Risse JM, Friehs K. Secretion of recombinant proteins from E. coli. ENGINEERING IN ...
Background: The self-sufficient autotransporter (AT) pathway, ubiquitous in Gram-negative bacteria, ...
Abstract Background The self-sufficient autotransporter (AT) pathway, ubiquitous in Gram-negative ba...
Protein secretion plays a central role in modulating the interactions ofbacteria with their environm...
Cell surface display of proteins can be used for several biotechnological applications such as the s...
Affiliation: Faculté de Médecine Vétérinaire, Université de MontréalExpressing proteins of interest ...
Lee, KelvinThe annual global market for biopharmaceuticals is estimated at about $99 billion. Approx...
To function properly, proteins need to reach their final sub-cellular destinations and acquire their...
Background: Bacterial surface display technique enables the exogenous proteins or polypeptides displ...
Bacteria have mechanisms to export proteins for diverse purposes, including colonization of hosts an...
Autotransporter proteins are a large family of virulence factors secreted from Gram-negative bacteri...
Monomeric autotransporters have been extensively used for export of recombinant proteins to the cell...
Monomeric autotransporters have been extensively used for export of recombinant proteins to the cell...