This white paper compares GFP-Trap^® with conventional anti-GFP antibodies. Learn how to improve your immunoprecipitations.

GFP-Trap vs. Antibodies (PDF)

This white paper provides practical information on how to apply the ChromoTek GFP-Trap in immunoprecipitation experiments.

How to plan an Immunoprecipitation using the GFP-Trap® (PDF)

This white paper shows that the GFP V_HH, recombinant binding protein, in combination with the widely used GFP-tag is an ideal candidate for a biosensor capture molecule.

Unique thermal & chemical stability of the GFP-VHH:GFP complex (PDF)

Review the split fluorescent protein technology and read about five case studies how ChromoTek’s Nano-Traps can be applied to tap the full potential of this technology.

Split Fluorescent Protein Technology (PDF)

GST-Trap and MBP-Trap are high affinity matrices for efficient immunoprecipitation of GST- and MBP-fusion proteins even at very low expression levels.

Immunoprecipitation of GST- and MBP-fusion proteins (PDF)

This white paper compares Myc-Trap^® and traditional anti-Myc antibodies when applied for immunoprecipitation. It provides information on how you benefit from the Myc-Trap in your pulldown experiments.

Myc-Trap vs. anti-Myc-tag antibodies (PDF)

This white paper offers tips for planning an immunoprecipitation experiment of a Myc-tagged protein of interest using the ChromoTek Myc-Trap.

How to plan an immunoprecipitation using the Myc-Trap (PDF)