We report a mass spectrometry-based strategy for quantitative analysis of cell surface
membrane proteome changes. The strategy includes enrichment of surface membrane …

The membrane proteome plays a critical role in electron transport processes in Shewanella
oneidensis MR-1, a bacterial organism that has great potential for bioremediation …

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Membrane proteins are situated at the interface of bacterial cell and its environment, and are
therefore involved in vital physiological processes such as nutrient exchange, signal …

A general technique has been developed that allows rapid mass spectrometric analysis of
full-length membrane proteins [Whitelegge, JP, le Coutre, J., et al.(1999) Proc. Natl. Acad …

Membrane proteins are rarely identified in two-dimensional electrophoretic (2-DE)
proteomics maps. This is because of low abundance, poor solubility, and inherent …

Proteins from bacterial membranes are notoriously difficult to analyze using the traditional
technologies encompassed under the term 'proteomics'. This is because of several factors …

This protocol represents a detailed instruction how to prepare protein samples in order to
raise mass spectrometry-based identification and quantification rates with respect to the …

A simple and effective subcellular proteomic method for fractionation based on osmotic lysis,
differential centrifugation, and Sarkosyl solubilization was applied to the Gram-negative …

To avoid the specific problems concerning intrinsic membrane proteins in proteome
analysis, an alternative strategy is described that is complementary to previous …