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Advanced luminescence performance on the EnVision Nexus
The EnVision Nexus multimode plate reader enhances ATP detection using ATPlite 1step, offering superior sensitivity and accuracy in luminescence-based cellular analysis.

Automated DNA sample analysis.
Learn what fast and easy DNA analysis assays are available for the LabChip™ GX Touch Nucleic Acid Analyzer.

Omni Bead Ruptor 24 Bead Mill Homogenizer product marketing sheet
Omni Bead Ruptor 24 Bead Mill Homogenizer product marketing sheet

Omni THQ Digital Tissue Homogenizer product marketing sheet
Omni THQ Digital Tissue Homogenizer product marketing sheet

Omni Prep Multi-sample Homogenizer product marketing sheet
Omni Prep Multi-sample Homogenizer product marketing sheet

Omni TH Tissue Homogenizer product marketing sheet
Omni TH Tissue Homogenizer product marketing sheet

Omni Tip kits with Omni TH Tissue Homogenizer product marketing sheet
Omni Tip kits with Omni TH Tissue Homogenizer product marketing sheet

Guard Compensation Technology Sheet
This technical sheet provides an overview of the Guard Compensation Technology (GCT) which determines the number of environmental background events that pass through the BGO guard undetected, and then produce scintillation events in the sample.

Tri-Carb & Quantulus GCT System Configurations Chart
This sheet provides the system configurations overview for both the Quantulus GCT and Tri-Carb liquid scintillation analyzers.

Dual PSA Discriminators
Discover how Pulse Shape Analysis (PSA) with dual discriminators and histogram mode optimizes alpha/beta particle discrimination, reducing spillover and improving detection limits with the use of the Quantulus™ GCT.

Comparative analysis of DNA quantification methods for gDNA and ctDNA reference standards.
In this technical note, we investigate how different methods for quantifying our gDNA and ctDNA reference standards can yield varying results.

Overcoming challenges in primary sample processing with animal infectious disease models using the Cellaca MX high-throughput cell counter.
Technical note describing how to address challenges in primary sample processing with animal infectious disease models using the Cellaca MX high-throughput cell counter.


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