PerkinElmer
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TSA Tetramethylrhodamine System, for 100-300 Slides

TSA® tetramethylrhodamine (TMR) detection kit, for amplification of signal in immunohistochemistry (IHC), immunofluorescence (IF) or in situ hybridization protocols. This kit amplifies by depositing extra TMR in the localized area of the probe or antibody.

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NEL702001KT
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Detail Information

These systems are designed for direct fluorescence detection in ISH or IHC procedures.

  • Signal amplification for IHC, ISH and related applications
  • Direct fluorescence detection
  • Up to 1000-fold higher sensitivity
  • Conserve precious antibodies or probes
  • High resolution result
  • Adds 2 steps to existing protocol for rapid results

Specifications

Detection Method Fluorescence
Fluorophore TMR
Product Brand Name TSA
Shipping Condition Blue Ice
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Application Note

Signal Amplification Strategies for Rapid and Sensitive High Content Analysis

TSA reduces exposure timein an imaging assay for PKCa. Protein kinase C alpha (PKCa) is associated with a wide variety of cellular processes including proliferation, adhesion and motility.

PDF 776 KB

Brochure

TSA™ Signal Amplification for IHC, ICC, IF

The extraordinary sensitivity of the Tyramide Signal Amplification (TSA™) kits from PerkinElmer lets you see previously undetectable levels of protein and nucleic acid. The resolution is remarkable. And with multi-target detection, you can get more information from each experiment. It’s clear to see. TSA makes it easy to gain valuable insight from your immunohistochemistry (IHC) and immunocytochemistry (ICC) results.

PDF 3 MB
TSA™ Signal Amplification for ISH

Tyramide Signal Amplification (TSA™) provides remarkable sensitivity enhancement for your ISH experiments without the drawbacks associated with other methods. Signal amplification with TSA allows detection at levels as low as asingle copy and enables the use of shorter probes for more precise localization of targets. The TSA reaction occurs within 10 minutes, and labels are bonded covalently, ensuring outstanding resolution.

PDF 2 MB