Individual types of ion channels and other membrane proteins are typically expressed only at low levels in their native membranes, rendering their isolation by conventional purification techniques difficult. The heterologous over-expression of such proteins is therefore usually a prerequisite for their purification in amounts suitable for structural and for many functional investigations. The most straightforward expression host, suitable for prokaryote membrane proteins and some proteins from eukaryotes, is the bacterium Escherichia coli. Here we describe the use of this expression system for production of functionally active polytopic membrane proteins and methods for their purification by affinity chromatography in amounts up to tens of ...
<div><p>Membrane proteins play key roles in many biological processes, from acquisition of nutrients...
Integral membrane proteins are essential for many activities within a cell but the structure of only...
, a Gram-positive lactic bacterium, has been traditionally used in food fermentations. This expressi...
Individual types of ion channels and other membrane proteins are typically expressed only at low lev...
A major obstacle to studying membrane proteins by biophysical techniques is the difficulty in produc...
A protocol is described for the isolation of recombinant polyhistidine-tagged membrane proteins from...
A major obstacle to studying membrane proteins by biophysical techniques is the difficulty in produc...
Membrane proteins play key roles in many biological processes, from acquisition of nutrients to neur...
Membrane proteins play key roles in many biological processes, from acquisition of nutrients to neur...
As the equivalent to gatekeepers of the cell, membrane transport proteins perform a variety of criti...
A general strategy for the expression of bacterial membrane transport and receptor genes in Escheric...
<div><p>Membrane proteins play key roles in many biological processes, from acquisition of nutrients...
Integral membrane proteins are essential for many activities within a cell but the structure of only...
, a Gram-positive lactic bacterium, has been traditionally used in food fermentations. This expressi...
Individual types of ion channels and other membrane proteins are typically expressed only at low lev...
A major obstacle to studying membrane proteins by biophysical techniques is the difficulty in produc...
A protocol is described for the isolation of recombinant polyhistidine-tagged membrane proteins from...
A major obstacle to studying membrane proteins by biophysical techniques is the difficulty in produc...
Membrane proteins play key roles in many biological processes, from acquisition of nutrients to neur...
Membrane proteins play key roles in many biological processes, from acquisition of nutrients to neur...
As the equivalent to gatekeepers of the cell, membrane transport proteins perform a variety of criti...
A general strategy for the expression of bacterial membrane transport and receptor genes in Escheric...
<div><p>Membrane proteins play key roles in many biological processes, from acquisition of nutrients...
Integral membrane proteins are essential for many activities within a cell but the structure of only...
, a Gram-positive lactic bacterium, has been traditionally used in food fermentations. This expressi...