We have developed a high-throughput protein purification protocol that allows us to purify ~4,000 proteins within 10 hours from prepared culture. By combining steps of cell lysis and protein capture on affinity resins in sealed filter plates, we reduced the number of pipetting steps and thus, human errors
Within the research and development environment, higher throughput, parallelized protein purificatio...
AbstractWithin the research and development environment, higher throughput, parallelized protein pur...
Abstract Background In the postgenomic era, high throughput protein expression and protein microarra...
Background Functional Genomics, the systematic characterisation of the functions of an organism's ge...
Large collections of purified proteins have become essential to systems biology programs for generat...
Thesis (Master's)--University of Washington, 2019Protein purification is a long process starting fro...
Abstract Background Functional Genomics, the systematic characterisation of the functions of an orga...
Methods based on immobilized-metal affinity chromatogra-phy (IMAC) technology for the isolation of 6...
There are many proteomic applications that require large collections of purified protein, but parall...
Background Functional Genomics, the systematic characterisation of the functions of an organism's ge...
Background Functional Genomics, the systematic characterisation of the functions of an organism's ge...
Abstract Antibody therapeutic development often involves significant demands for purified protein sa...
The underlying theme of biotechnology is the understanding of cellular functions and ways to manipul...
Within the research and development environment, higher throughput, parallelized protein purificatio...
Key assays in enzymology for the biochemical characterization of proteins in vitro necessitate high ...
Within the research and development environment, higher throughput, parallelized protein purificatio...
AbstractWithin the research and development environment, higher throughput, parallelized protein pur...
Abstract Background In the postgenomic era, high throughput protein expression and protein microarra...
Background Functional Genomics, the systematic characterisation of the functions of an organism's ge...
Large collections of purified proteins have become essential to systems biology programs for generat...
Thesis (Master's)--University of Washington, 2019Protein purification is a long process starting fro...
Abstract Background Functional Genomics, the systematic characterisation of the functions of an orga...
Methods based on immobilized-metal affinity chromatogra-phy (IMAC) technology for the isolation of 6...
There are many proteomic applications that require large collections of purified protein, but parall...
Background Functional Genomics, the systematic characterisation of the functions of an organism's ge...
Background Functional Genomics, the systematic characterisation of the functions of an organism's ge...
Abstract Antibody therapeutic development often involves significant demands for purified protein sa...
The underlying theme of biotechnology is the understanding of cellular functions and ways to manipul...
Within the research and development environment, higher throughput, parallelized protein purificatio...
Key assays in enzymology for the biochemical characterization of proteins in vitro necessitate high ...
Within the research and development environment, higher throughput, parallelized protein purificatio...
AbstractWithin the research and development environment, higher throughput, parallelized protein pur...
Abstract Background In the postgenomic era, high throughput protein expression and protein microarra...
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