Our scheme for the tagless purification of water soluble complexes. 10 g of protein from a crude bacterial extract is first fractionated by ammonium sulfate precipitation and then by a series of chromatographic steps: anion exchange (IEX), hydrophobic interaction (HIC), and finally size exclusion (Gel Filtration). Fractions from the last chromatography step are trypsin digested and peptides labeled with iTRAQ reagents to allow multiplexing and quantitation during mass spectrometric analysis. Elution profiles of identified proteins are then subjected to clustering analysis
ABSTRACT: Cell membranes represent the “front line ” of cellular defense and the interface between a...
A multi-dimensional fractionation and characterization scheme was developed for fast acquisition of ...
A multi-dimensional fractionation and characterization scheme was developed for fast acquisition of ...
Our scheme for the tagless purification of water soluble complexes. 10 g of protein from a crude bac...
As part of the Genomics GTL Protein Complex Analysis Project (PCAP) we are developing a high through...
An important aim of the Genomics GTL Protein Complex Analysis Project (PCAP) is the isolation and id...
The sulfate-reducing bacterium Desulfovibrio vulgaris has repeatedly been shown to have the potentia...
Cell membranes represent the "front line" of cellular defense and the interface between a cell and i...
Cell membranes represent the "front line" of cellular defense and the interface between a cell and i...
Biochemical purification of affinity-tagged proteins in combination with mass spectrometry methods i...
Large collections of purified proteins have become essential to systems biology programs for generat...
Most proteins act in association with others; hence, it is crucial to characterize these functional ...
Here, we demonstrate that by combining electroporation with native ambient mass spectrometry, it is ...
Here, we demonstrate that by combining electroporation with native ambient mass spectrometry, it is ...
ABSTRACT: Cell membranes represent the “front line ” of cellular defense and the interface between a...
ABSTRACT: Cell membranes represent the “front line ” of cellular defense and the interface between a...
A multi-dimensional fractionation and characterization scheme was developed for fast acquisition of ...
A multi-dimensional fractionation and characterization scheme was developed for fast acquisition of ...
Our scheme for the tagless purification of water soluble complexes. 10 g of protein from a crude bac...
As part of the Genomics GTL Protein Complex Analysis Project (PCAP) we are developing a high through...
An important aim of the Genomics GTL Protein Complex Analysis Project (PCAP) is the isolation and id...
The sulfate-reducing bacterium Desulfovibrio vulgaris has repeatedly been shown to have the potentia...
Cell membranes represent the "front line" of cellular defense and the interface between a cell and i...
Cell membranes represent the "front line" of cellular defense and the interface between a cell and i...
Biochemical purification of affinity-tagged proteins in combination with mass spectrometry methods i...
Large collections of purified proteins have become essential to systems biology programs for generat...
Most proteins act in association with others; hence, it is crucial to characterize these functional ...
Here, we demonstrate that by combining electroporation with native ambient mass spectrometry, it is ...
Here, we demonstrate that by combining electroporation with native ambient mass spectrometry, it is ...
ABSTRACT: Cell membranes represent the “front line ” of cellular defense and the interface between a...
ABSTRACT: Cell membranes represent the “front line ” of cellular defense and the interface between a...
A multi-dimensional fractionation and characterization scheme was developed for fast acquisition of ...
A multi-dimensional fractionation and characterization scheme was developed for fast acquisition of ...