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Immunoprecipitation, Western Blot and IP Western Blot... with TrueBlot

TrueBlot by Rockland Immmunochemicals at tebu-bioTrueBlot® is a conjugated immunoassay detection reagent, enabling unhindered detection of molecules. Simply substitute your conventional HRP or fluorescent reagent with mouse, rabbit, goat or sheep TrueBlot for unparalleled clarity in results and high quality imaging suitable for reproduction.

Generate publication-quality data with TrueBlot®

  • Easy to Use - HRP-conjugated TrueBlot® anti-Ig simply replaces your regular HRP-conjugated secondary antibody. 
  • Accurate Target Detection - TrueBlot® preferentially detects native (non-denatured) Ig, ensuring you are only detecting your target protein. 
  • Ideal for studying post-translational protein modifications, e.g. phosphorylation, or protein-protein interactions.
Browse TrueBlot®

Fluorescent TrueBlot®

Fluorescent TrueBlot® combines the power and specificity of the TrueBlot® products with the versatility of fluorescent and near infra-red dyes. Conjugating highly optimized TrueBlot® reagents to a full spectrum of fluorescent labels, results in multipurpose reporter molecules that can be used in a variety of immunoassays.

Fluorescent TrueBlot® can be used as secondary antibodies to detect target proteins in FLISA assays, flow cytometry, fluorescent western blots and other immunoblots, as well as analyze the distribution of proteins, protein modifications, and other antigen targets in immunofluorescent microscopy and immunohistochemistry. Highly optimized Fluorescent TrueBlot® provides pinpoint specificity while limiting background interference from non-specific binding.


Trueblot® Magnetic Beads

TrueBlot® Magnetic Beads are super-paramagnetic, non-aggregating and spherical nanoparticles with uniform size and fast binding kinetics.

  • Ideal for separation of biological materials for sample preparation and capturing (purifying) targets (e.g. proteins, antigens, antibodies, DNA/RNA, cells...) in both manual and automated research applications.
  • High binding capacity - Fast and efficient target purification from small amounts of biological sample
  • Stable and preblocked - Clean purification even from complex samples
  • Uniform small size (0.5µm) and irregular surface of beads - Large surface binding area for binding target molecules efficiently and with high reproducibility
  • Scalable - Up-scaling for sample size, sample type and automation