Serum is unarguably the most used diagnostic fluid. As it circulates throughout the body, leakage peptides/proteins from damaged and dying cells, host-response proteins including inflammatory mediators, and aberrant secretions from tumors and diseased tissues are released into serum, potentially providing a rich source of disease biomarkers. Here, a method for extending access to the serum proteome by removing highly abundant proteins prior to comparative two-dimensional difference gel electrophoresis (2D DIGE) and subsequent protein digestion for identification by mass spectrometry is described.Megan Penno, Matthias Ernst, and Peter Hoffman
Two-dimensional difference gel electrophoresis (2-D DIGE) is an advanced and elegant gel electrophor...
This review provides an introduction for the nonspecialist to proteomics and in particular the major...
In large 2-D DIGE proteomic studies with a large number of samples, it is essential to design the ex...
Difference gel electrophoresis enables the accurate quantification of changes in the proteome includ...
Two-dimensional fluorescence difference gel electrophoresis (2D DIGE) has become a general platform ...
These authors contribute equally to this work Serum proteome analysis provides a potential promising...
* These authors contribute equally to this work. Serum proteome analysis provides a potential promis...
Serum provides a rich source of potential biomarker proteoforms. One of the major obstacles in analy...
Human plasma is regarded the most complex and well-known clinical specimen that can be easily obtain...
<p>(A) Representative 2D-DIGE gel. Protein extracts from promastigotes of three independent biologic...
The two-dimensional difference gel electrophoresis method is a valuable approach for proteomics. The...
Given the rapid developments in mass spectrometry (MS) in terms of sensitivity, mass accuracy, and t...
Serum is the body fluid most often used in biomarker discovery. Albumin, the most abundant serum pro...
Disease specific proteins are highly valuable as clinical biomarkers, which can be used in early dia...
Changes in serum proteins that signal histopathological states, such as cancer, are useful diagnosti...
Two-dimensional difference gel electrophoresis (2-D DIGE) is an advanced and elegant gel electrophor...
This review provides an introduction for the nonspecialist to proteomics and in particular the major...
In large 2-D DIGE proteomic studies with a large number of samples, it is essential to design the ex...
Difference gel electrophoresis enables the accurate quantification of changes in the proteome includ...
Two-dimensional fluorescence difference gel electrophoresis (2D DIGE) has become a general platform ...
These authors contribute equally to this work Serum proteome analysis provides a potential promising...
* These authors contribute equally to this work. Serum proteome analysis provides a potential promis...
Serum provides a rich source of potential biomarker proteoforms. One of the major obstacles in analy...
Human plasma is regarded the most complex and well-known clinical specimen that can be easily obtain...
<p>(A) Representative 2D-DIGE gel. Protein extracts from promastigotes of three independent biologic...
The two-dimensional difference gel electrophoresis method is a valuable approach for proteomics. The...
Given the rapid developments in mass spectrometry (MS) in terms of sensitivity, mass accuracy, and t...
Serum is the body fluid most often used in biomarker discovery. Albumin, the most abundant serum pro...
Disease specific proteins are highly valuable as clinical biomarkers, which can be used in early dia...
Changes in serum proteins that signal histopathological states, such as cancer, are useful diagnosti...
Two-dimensional difference gel electrophoresis (2-D DIGE) is an advanced and elegant gel electrophor...
This review provides an introduction for the nonspecialist to proteomics and in particular the major...
In large 2-D DIGE proteomic studies with a large number of samples, it is essential to design the ex...