Mass spectrometry not only plays a crucial role in the identification of proteins involved in the intricate interaction networks of the cell, but also is increasingly involved in the characterization of the non-covalent complexes formed by interacting partners. Recent developments have enabled the use of gas phase dissociation to probe oligomeric organization and topology, and increased understanding of the electrospray process is leading to knowledge of the structure of protein assemblies both in solution and in the gas phase
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
The growing number of applications to determine the stoichiometry, interactions and even subunit arc...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
Mass spectrometry not only plays a crucial role in the identification of proteins involved in the in...
Mass spectrometry not only plays a crucial role in the identification of proteins involved in the in...
SummaryThe application of mass spectrometry (MS) to the study of progressively larger and more compl...
Summary The application of mass spectrometry (MS) to the study of progressively larger and more comp...
Proteins possess an intimate relationship between their structure and function, with folded protein ...
Proteins possess an intimate relationship between their structure and function, with folded protein ...
Most cellular processes depend on a multitude of molecular machines, predominantly comprised of prot...
The application of mass spectrometry (MS) to the study of progressively larger and more complex macr...
Most cellular processes depend on a multitude of molecular machines, predominantly comprised of prot...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
The growing number of applications to determine the stoichiometry, interactions and even subunit arc...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
Mass spectrometry not only plays a crucial role in the identification of proteins involved in the in...
Mass spectrometry not only plays a crucial role in the identification of proteins involved in the in...
SummaryThe application of mass spectrometry (MS) to the study of progressively larger and more compl...
Summary The application of mass spectrometry (MS) to the study of progressively larger and more comp...
Proteins possess an intimate relationship between their structure and function, with folded protein ...
Proteins possess an intimate relationship between their structure and function, with folded protein ...
Most cellular processes depend on a multitude of molecular machines, predominantly comprised of prot...
The application of mass spectrometry (MS) to the study of progressively larger and more complex macr...
Most cellular processes depend on a multitude of molecular machines, predominantly comprised of prot...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...
The growing number of applications to determine the stoichiometry, interactions and even subunit arc...
Mass spectrometry is fast becoming a vital approach not only for the identification and quantificati...