In this study, the concept of size-selective proteolysis was first described by using the mesoporous silica-based trypsin nanoreactor. For analysis of a complex protein sample, low-MW proteins were preferentially digested for identification while high-MW proteins were excluded from digestion
A novel nanopore based digestion strategy has been developed by directly adding a macroporous materi...
The growing field of miniaturized diagnostics is hindered by a lack of pre-analysis treatments that ...
Large-scale mass spectrometry based proteomic study requires high-throughput sample preparation tech...
The conventional protocols for in solution or in gel protein digestion require many steps and long r...
A novel magnetic mesoporous silica packed S-shaped microfluidic reactor for online proteolysis of lo...
Fast protein digestion and identification are indispensable in mosr proteomic study.Immobilized enzy...
Tryptic digestion before identification and quantification by mass spectrometry is an indispensable ...
A method for the rapid proteolytic digestion of low picomole to low femtomole amounts of proteins in...
For"bottom-up" proteomic analysis, protein digestion prior to MS analysisi is indispensable. However...
A microchip reactor coated with a gold nanoparticle network entrapping trypsin was designed for the ...
A nanoliter trypsin-based monolithic microreactor coupled with mu RPLC-MS/MS was reported for shotgu...
Doctor of PhilosophyDepartment of ChemistryChristopher T. CulbertsonIn research and industry, almost...
Described here is a chemo-selective enrichment strategy, termed the semitryptic peptide enrichment s...
The design of proteome projects is often restricted by the available amounts of sample, and thus the...
There has been much interest in the application of microfluidic systems to proteomics in recent year...
A novel nanopore based digestion strategy has been developed by directly adding a macroporous materi...
The growing field of miniaturized diagnostics is hindered by a lack of pre-analysis treatments that ...
Large-scale mass spectrometry based proteomic study requires high-throughput sample preparation tech...
The conventional protocols for in solution or in gel protein digestion require many steps and long r...
A novel magnetic mesoporous silica packed S-shaped microfluidic reactor for online proteolysis of lo...
Fast protein digestion and identification are indispensable in mosr proteomic study.Immobilized enzy...
Tryptic digestion before identification and quantification by mass spectrometry is an indispensable ...
A method for the rapid proteolytic digestion of low picomole to low femtomole amounts of proteins in...
For"bottom-up" proteomic analysis, protein digestion prior to MS analysisi is indispensable. However...
A microchip reactor coated with a gold nanoparticle network entrapping trypsin was designed for the ...
A nanoliter trypsin-based monolithic microreactor coupled with mu RPLC-MS/MS was reported for shotgu...
Doctor of PhilosophyDepartment of ChemistryChristopher T. CulbertsonIn research and industry, almost...
Described here is a chemo-selective enrichment strategy, termed the semitryptic peptide enrichment s...
The design of proteome projects is often restricted by the available amounts of sample, and thus the...
There has been much interest in the application of microfluidic systems to proteomics in recent year...
A novel nanopore based digestion strategy has been developed by directly adding a macroporous materi...
The growing field of miniaturized diagnostics is hindered by a lack of pre-analysis treatments that ...
Large-scale mass spectrometry based proteomic study requires high-throughput sample preparation tech...