Add to ORKGWith the acceleration of proteomics research, various new technologies for high throughput separation and identification of proteins has been paid more attention,among which the rapid protein digestion is one of the key elements
In proteome studies, proteolytical digestion is a necessary step for the identification of proteins ...
An integrated platform with the combination of protein and peptide separation was established via on...
Proteins are an extremely important class of (bio)macromolecules as virtually no process within cell...
With the competion of human genome sequencing, one of the challenges of proteomics is to separate an...
A novel monolithic enzymatic microreactor was prepared in the fused-silica capillary by in situ poly...
An integrated platform with the combination of proteins and peptides separation was established via ...
To achieve high efficiency,high resolution,high accuracy and high throughput analysis of proteomes, ...
Fast protein digestion and identification are indispensable in mosr proteomic study.Immobilized enzy...
A monolithic enzymatic microreactor was prepared in a fused-silica capillary by in situ polymerizati...
Protein identification through peptide mass mapping by matrix-assisted laser desorption/ionization t...
Recently, microfluidic systems have been paid much attention to achieve high throughput proteome ana...
An online integrated platform for proteome profiling was established, with the combination of protei...
In recent years, various enzymatic microreactors and on-line enzyme digestion strategies have been w...
The combinations of gel electrophoresis or LC and mass spectrometry are two popular approaches for l...
The complexity of proteome brings great challenge and opportunity to promote the development of new ...
In proteome studies, proteolytical digestion is a necessary step for the identification of proteins ...
An integrated platform with the combination of protein and peptide separation was established via on...
Proteins are an extremely important class of (bio)macromolecules as virtually no process within cell...
With the competion of human genome sequencing, one of the challenges of proteomics is to separate an...
A novel monolithic enzymatic microreactor was prepared in the fused-silica capillary by in situ poly...
An integrated platform with the combination of proteins and peptides separation was established via ...
To achieve high efficiency,high resolution,high accuracy and high throughput analysis of proteomes, ...
Fast protein digestion and identification are indispensable in mosr proteomic study.Immobilized enzy...
A monolithic enzymatic microreactor was prepared in a fused-silica capillary by in situ polymerizati...
Protein identification through peptide mass mapping by matrix-assisted laser desorption/ionization t...
Recently, microfluidic systems have been paid much attention to achieve high throughput proteome ana...
An online integrated platform for proteome profiling was established, with the combination of protei...
In recent years, various enzymatic microreactors and on-line enzyme digestion strategies have been w...
The combinations of gel electrophoresis or LC and mass spectrometry are two popular approaches for l...
The complexity of proteome brings great challenge and opportunity to promote the development of new ...
In proteome studies, proteolytical digestion is a necessary step for the identification of proteins ...
An integrated platform with the combination of protein and peptide separation was established via on...
Proteins are an extremely important class of (bio)macromolecules as virtually no process within cell...