Proteins residing in the plasma membrane have key functions in transport, signal transduction, vesicle trafficking and many other important processes. To better understand these processes it is necessary to reveal the identity of plasma membrane proteins and to monitor modifications and regulation of their expression. This chapter is an overview of the methods used in plant plasma membrane proteomic studies and the results obtained so far. It focuses on studies using mass spectrometry for identification and includes aspects of plasma membrane fractionation, extraction and washing treatments, assessment of purity, separation methods for plasma membrane proteins and choice of techniques for protein cleavage. Finally, the results of plasma mem...
Metabolic labeling of proteins with a stable isotope ((15)N) in intact Arabidopsis plants was used f...
This thesis is based on two technology projects from the Centre for BioSystems Genomics (CBSG), enti...
Membrane proteins are involved in many different functions depending on their location in the cell. ...
Proteins residing in the plasma membrane have key functions in transport, signal transduction, vesic...
All techniques needed for proteomic analyses of plant plasma membranes are described in detail, from...
The plasma membrane proteins are critical components in cellular control and differentiation and thu...
The plant plasma membrane is the interface between the cell and its environment undertaking a range ...
In order to identify integral proteins and peripheral proteins associated with the plasma membrane, ...
Identification and characterization of anion channel genes in plants represent a goal for a better u...
Membrane proteins are particularly important to characterize, since they are involved in cellular pr...
Plant membrane proteins are involved in many different functions according to their location in the ...
A plasma membrane (PM) fraction was purified from Arabidopsis thaliana using a standard procedure an...
Membrane proteins are involved in many different functions depending on their location in the cell. ...
To identify integral and peripheral plasma membrane (PM) proteins from Oryza sativa (rice), highly e...
The plant plasma membrane is the interface between the cell and its environment undertaking a range ...
Metabolic labeling of proteins with a stable isotope ((15)N) in intact Arabidopsis plants was used f...
This thesis is based on two technology projects from the Centre for BioSystems Genomics (CBSG), enti...
Membrane proteins are involved in many different functions depending on their location in the cell. ...
Proteins residing in the plasma membrane have key functions in transport, signal transduction, vesic...
All techniques needed for proteomic analyses of plant plasma membranes are described in detail, from...
The plasma membrane proteins are critical components in cellular control and differentiation and thu...
The plant plasma membrane is the interface between the cell and its environment undertaking a range ...
In order to identify integral proteins and peripheral proteins associated with the plasma membrane, ...
Identification and characterization of anion channel genes in plants represent a goal for a better u...
Membrane proteins are particularly important to characterize, since they are involved in cellular pr...
Plant membrane proteins are involved in many different functions according to their location in the ...
A plasma membrane (PM) fraction was purified from Arabidopsis thaliana using a standard procedure an...
Membrane proteins are involved in many different functions depending on their location in the cell. ...
To identify integral and peripheral plasma membrane (PM) proteins from Oryza sativa (rice), highly e...
The plant plasma membrane is the interface between the cell and its environment undertaking a range ...
Metabolic labeling of proteins with a stable isotope ((15)N) in intact Arabidopsis plants was used f...
This thesis is based on two technology projects from the Centre for BioSystems Genomics (CBSG), enti...
Membrane proteins are involved in many different functions depending on their location in the cell. ...