PCR Inhibitor-Resistant Master Mix

Pre-formulated PCR reagent mixture containing essential components for DNA amplification. Standardized formulation ensures consistent results across multiple reactions.

Ready-to-use master mix for probe-based qPCR and RT-qPCR applications with inhibitor-tolerance capability. Designed to perform reliably in inhibitor-rich sample environments.

Optimized master mix formulation for multiplex PCR applications enabling simultaneous amplification of multiple DNA targets. Designed for robust and reliable performance in complex diagnostic assays.

Master mix formulation containing high-fidelity polymerase for accurate amplification of long and GC-rich DNA sequences. Optimized for applications requiring enhanced accuracy.

Ready-to-use PCR master mix formulation containing Taq polymerase and optimized buffer system for standard diagnostic PCR applications. Ensures consistent amplification results across multiple reactions.

Stabilized freeze-dried formulations of PCR master mixes for extended shelf-life. Provides improved stability and portability for molecular diagnostic applications.

Ready-to-use PCR master mix containing optimized reagents for real-time quantitative PCR reactions.

Pre-formulated master mix designed for amplification of long DNA fragments and GC-rich sequences with high efficiency. Enables reliable PCR of challenging genomic targets.

Pre-optimized PCR master mix reagents for digital PCR applications. Formulated for high sensitivity detection and absolute quantification of target sequences.

Pre-formulated polymerase chain reaction master mix containing DNA polymerase, nucleotides, and buffer components. This standardized reagent ensures consistent amplification in molecular tumor diagnosis.

PCR master mix optimized for minimal DNA and RNA quantities. Enables sensitive amplification of challenging samples with degraded or scarce nucleic acids.

Pre-formulated master mix for reverse transcription and PCR amplification in a single reaction. Designed for efficient and reliable analysis of RNA samples.