Quantabio invites you to join us at the 10th Gene Quantification Event in Freising-Weihenstephan, Germany to check out our latest product technologies for PCR and NGS molecular workflows
Come and meet our team at booth # 15
Talks
Significant improvements to PCR amplification enables better performance for a multitude of Next Generation Sequencing applications: library amplification with fast, processive, higher-fidelity and inhibitor tolerant PCR master mixes in the new era of NGS
Speaker: Subrata Panja – Field Applications Manager, Quantabio
Monday, March 20 – 4:00 PM CEST
Lecture Hall 14
qScript Ultra RT: a next generation reverse transcription platform to break cold-chain and democratize state of the art RNA quantification tools
Speaker: Dave Schuster – Head of R&D, Quantabio
Wednesday, March 22 – 11:00 AM CEST
Lecture Hall 15
Featured Products
qScript Ultra Supermix Faster, better, tougher next generation cDNA SuperMix for first strand cDNA synthesis
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repliQa HiFi ToughMix Superior speed and inhibitor tolerance
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Poster Sessions
sparQ mRNA-Seq: Consistent And High-Quality mRNA Library Preparation From Both Abundant And Limiting Samples
Authors: Denisse Tafur, Kelsey Conley, Mohamed Aitichou, Ryan Heller, Brian Komorous, David Schuster
Streamlined And High Accuracy Whole Genome And Transcriptome Sequencing Using Singular Genomics G4 Platform And Quantabio sparQ Library Prep Kit
Authors: Subrata Panja, Kelsey Conley, Mohamed Aitichou, Ryan Shultzaberger, Sabrina Shore, David Schuster
Improved RNA-Seq Library Prep: Further Simplifying Whole Transcriptome Library Prep Using Modifications To The sparQ RNA-Seq HMR Kit
Authors: Subrata Panja, Emily Putnam, Mohamed Ait Ichou, David Schuster
Improving PCR Amplification Of Different NGS Methods Using repliQa HiFi ToughMix
Authors: Subrata Panja, Ryan Heller, Mohamed Aitichou, Brian Komorous, David Schuster
Improved Applications for RNA Analysis Incorporating qScript Ultra, a Novel, Engineered, Inhibitor Tolerant Reverse Transcriptase Enabling Rapid, Full-length Synthesis of cDNA at Elevated Temperatures
Authors: Ryan Charles Heller, David Schuster