Baculovirus-infected insect cells have become a powerful tool to express recombinant proteins for structural and functional studies by NMR spectroscopy. This article provides an introduction into the insect cell/baculovirus expression system and its use for the production of recombinant isotope-labeled proteins. We discuss recent advances in inexpensive isotope-labeling methods using labeled algal or yeast extracts as the amino acid source and give examples of advanced NMR applications for proteins, which have become accessible by this eukaryotic expression host
A simple and affordable protocol was developed to produce uni-form labeled proteins in insect cells....
Recombinant genes have been expressed in a variety of cellular systems for decades to generate prote...
Recent developments in in-cell NMR techniques have allowed us to study proteins in detail inside liv...
Heterologous expression of proteins in insect cells is frequently used for crystallographic structur...
Cutting-edge structural studies by crystallography are presently aimed at very complex targets inclu...
Whereas bacterial expression systems are widely used for production of uniformly or selectively N-15...
International audienceNuclear magnetic resonance spectroscopy is a powerful tool to study structural...
Nuclear magnetic resonance (NMR) spectroscopy can be used to determine the structure, dynamics and i...
Cell-based expression strategies exist for the2H,13C and15N stable-isotope enrichment of target prot...
Whereas bacterial expression systems are widely used for production of uniformly or selectively N-15...
Baculovirus-infected silkworms are promising bioreactors for producing recombinant glycoproteins, in...
We established a novel strategy for preparing uniformly stable isotope-labeled proteins by using sus...
This report shows for the first time the efficient uniform isotope labeling of a recombinant protein...
Proteins perform their functions in cells where macromolecular solutes can reach concentrations of >...
Recent developments in in-cell NMR techniques have allowed us to study proteins in detail inside liv...
A simple and affordable protocol was developed to produce uni-form labeled proteins in insect cells....
Recombinant genes have been expressed in a variety of cellular systems for decades to generate prote...
Recent developments in in-cell NMR techniques have allowed us to study proteins in detail inside liv...
Heterologous expression of proteins in insect cells is frequently used for crystallographic structur...
Cutting-edge structural studies by crystallography are presently aimed at very complex targets inclu...
Whereas bacterial expression systems are widely used for production of uniformly or selectively N-15...
International audienceNuclear magnetic resonance spectroscopy is a powerful tool to study structural...
Nuclear magnetic resonance (NMR) spectroscopy can be used to determine the structure, dynamics and i...
Cell-based expression strategies exist for the2H,13C and15N stable-isotope enrichment of target prot...
Whereas bacterial expression systems are widely used for production of uniformly or selectively N-15...
Baculovirus-infected silkworms are promising bioreactors for producing recombinant glycoproteins, in...
We established a novel strategy for preparing uniformly stable isotope-labeled proteins by using sus...
This report shows for the first time the efficient uniform isotope labeling of a recombinant protein...
Proteins perform their functions in cells where macromolecular solutes can reach concentrations of >...
Recent developments in in-cell NMR techniques have allowed us to study proteins in detail inside liv...
A simple and affordable protocol was developed to produce uni-form labeled proteins in insect cells....
Recombinant genes have been expressed in a variety of cellular systems for decades to generate prote...
Recent developments in in-cell NMR techniques have allowed us to study proteins in detail inside liv...