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Cell-free Co-expression of Functional Membrane Proteins and Apolipoprotein, Forming Soluble Nanolipoprotein Particles

Molecular & cellular proteomics, 2008-11, Vol.7 (11), p.2246-2253

2008

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Characterizing diffusion dynamics of a membrane protein associated with nanolipoproteins using fluorescence correlation spectroscopy

Protein science, 2011-02, Vol.20 (2), p.437-447

2011

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Cell-free Co-expression of Functional Membrane Proteins and Apolipoprotein, Forming Soluble Nanolipoprotein ParticlesS

Molecular & cellular proteomics, 2008-11, Vol.7 (11), p.2246-2253

2008

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The past, present and future of cell-free protein synthesis

Trends in biotechnology (Regular ed.), 2005-03, Vol.23 (3), p.150-156

2005

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Membrane protein expression: no cells required

Trends in biotechnology (Regular ed.), 2009-08, Vol.27 (8), p.455-460

2009

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Cell-free synthesis of a functional G protein-coupled receptor complexed with nanometer scale bilayer discs

BMC biotechnology, 2011-05, Vol.11 (1), p.57-57, Article 57

2011

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Efficient generation of insect-based cell-free translation extracts active in glycosylation and signal sequence processing

Journal of biotechnology, 2006-09, Vol.125 (2), p.194-197

2006

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Insertion of Membrane Proteins into Discoidal Membranes Using a Cell-Free Protein Expression Approach

Journal of proteome research, 2008-08, Vol.7 (8), p.3535-3542

2008

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Genetic Assembly Tools for Synthetic Biology

Methods in Enzymology, 2011, Vol.498, p.327-348

2011

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Cell-free expression for nanolipoprotein particles: building a high-throughput membrane protein solubility platform

Methods in molecular biology (Clifton, N.J.), 2009, Vol.498, p.273

2009

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Cell-free Protein Expression of Membrane Proteins Using Nanolipoprotein Particles

BioTechniques, 2008-10, Vol.45 (4), p.469-469

2008

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Renaturation of rhodanese by translational elongation factor (EF) Tu. Protein refolding by EF-Tu flexing

The Journal of biological chemistry, 1997-12, Vol.272 (51), p.32206-32210

1997

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Cell-free Protein Expression of Membrane Proteins Using Nanolipoprotein Particles

BioTechniques, 2008-11, Vol.45 (5), p.587

2008

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From Gene to HSQC in under Five Hours: High-Throughput NMR Proteomics

Journal of the American Chemical Society, 2006-04, Vol.128 (14), p.4508-4509

2006

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Application Forum: Cell-Free Protein Expression of Membrane Proteins Using Nanolipoprotein Particles

BioTechniques, 2008-11, Vol.45 (5), p.587-587

2008

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High efficiency cell-free synthesis of proteins: Refinement of the coupled transcription/translation system

Analytical biochemistry, 1992-11, Vol.206 (2), p.389-393

1992

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Folding of an Enzyme into an Active Conformation While Bound as Peptidyl-tRNA to the Ribosome

Biochemistry (Easton), 1995-11, Vol.34 (44), p.14284-14287

1995

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Binding of an N-terminal Rhodanese Peptide to DnaJ and to Ribosomes

The Journal of biological chemistry, 1996-12, Vol.271 (49), p.31160-31165

1996

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Ribosomes and ribosomal RNA as chaperones for folding of proteins

Folding & design, 1997-01, Vol.2 (2), p.101-108

1997

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96 Well, High Throughput Translation

TheScientificWorld, 2002, Vol.2, p.7-8

2002

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Chaperone-dependent Folding and Activation of Ribosome-bound Nascent Rhodanese: Analysis by Fluorescence

Journal of molecular biology, 1994-12, Vol.244 (3), p.319-331

1994

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An Effect of Polyethylene Glycol 8000 on Protein Mobility in Sodium Dodecyl Sulfate–Polyacrylamide Gel Electrophoresis and a Method for Eliminating This Effect

Analytical biochemistry, 1997-02, Vol.245 (2), p.249-252

1997

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Activation and release of enzymatically inactive, full-length rhodanese that is bound to ribosomes as peptidyl-tRNA

The Journal of biological chemistry, 1994-06, Vol.269 (24), p.16549-16553

1994

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The Importance of the N-terminal Segment for DnaJ-mediated Folding of Rhodanese While Bound to Ribosomes as Peptidyl-tRNA

The Journal of biological chemistry, 1995-05, Vol.270 (18), p.10650-10657

1995

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Renaturation of Rhodanese by Translational Elongation Factor (EF) Tu

The Journal of biological chemistry, 1997-12, Vol.272 (51), p.32206-32210

1997

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Cell-free Co-expression of Functional Membrane Proteins and Apolipoprotein, Forming Soluble Nanolipoprotein Particles

Characterizing diffusion dynamics of a membrane protein associated with nanolipoproteins using fluorescence correlation spectroscopy

Cell-free Co-expression of Functional Membrane Proteins and Apolipoprotein, Forming Soluble Nanolipoprotein ParticlesS

The past, present and future of cell-free protein synthesis

Membrane protein expression: no cells required

Cell-free synthesis of a functional G protein-coupled receptor complexed with nanometer scale bilayer discs

Efficient generation of insect-based cell-free translation extracts active in glycosylation and signal sequence processing

Insertion of Membrane Proteins into Discoidal Membranes Using a Cell-Free Protein Expression Approach

Genetic Assembly Tools for Synthetic Biology

Cell-free expression for nanolipoprotein particles: building a high-throughput membrane protein solubility platform

Cell-free Protein Expression of Membrane Proteins Using Nanolipoprotein Particles

Renaturation of rhodanese by translational elongation factor (EF) Tu. Protein refolding by EF-Tu flexing

Cell-free Protein Expression of Membrane Proteins Using Nanolipoprotein Particles

From Gene to HSQC in under Five Hours: High-Throughput NMR Proteomics

Application Forum: Cell-Free Protein Expression of Membrane Proteins Using Nanolipoprotein Particles

High efficiency cell-free synthesis of proteins: Refinement of the coupled transcription/translation system

Folding of an Enzyme into an Active Conformation While Bound as Peptidyl-tRNA to the Ribosome

Binding of an N-terminal Rhodanese Peptide to DnaJ and to Ribosomes

Ribosomes and ribosomal RNA as chaperones for folding of proteins

96 Well, High Throughput Translation

Chaperone-dependent Folding and Activation of Ribosome-bound Nascent Rhodanese: Analysis by Fluorescence

An Effect of Polyethylene Glycol 8000 on Protein Mobility in Sodium Dodecyl Sulfate–Polyacrylamide Gel Electrophoresis and a Method for Eliminating This Effect

Activation and release of enzymatically inactive, full-length rhodanese that is bound to ribosomes as peptidyl-tRNA

The Importance of the N-terminal Segment for DnaJ-mediated Folding of Rhodanese While Bound to Ribosomes as Peptidyl-tRNA

Renaturation of Rhodanese by Translational Elongation Factor (EF) Tu

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