Part 1: Starting with qPCR
In this webinar, Professor Mikael Kubista of the TATAA Biocenter will introduce qPCR and cover how to find the right detection method, study the expression of your gene, and check the accuracy of your results.
Thank you for signing up to view our real-time PCR tutorial videos. These three videos produced by TATAA Biocenter in Sweden will help you understand everything from the basics of qPCR to data analysis techniques. Each 20- to 30-minute video can be watched at your convenience from the comfort of your office, lab, or home.
In this webinar, Professor Mikael Kubista of the TATAA Biocenter will introduce qPCR and cover how to find the right detection method, study the expression of your gene, and check the accuracy of your results.
In this webinar, Robert Sjöback, Ph.D., of the TATAA Biocenter will teach you how to determine Cq values, obtain absolute quantification of your starting DNA, define a good reference for relative quantification, and follow MIQE guidelines.
In this webinar, Kristina Lind, Ph.D., from the TATAA Biocenter will discuss how to identify potential pitfalls in qPCR data, detect PCR inhibition, and control the quality of RNA and reverse transcription.
High-throughput real-time PCR
Real-time PCR (qPCR) is a powerful technique for genotyping and gene expression analysis. Currently, qPCR experiments are becoming increasingly complex—involving an expansive and growing list of targets from a larger number of samples, all with more technical replicates. The SmartChip Real-Time PCR System is a complete high-throughput solution that enables an unrivaled amount of flexible assay and sample formats, allowing researchers to seamlessly switch between dispensing assay reagents and samples into blank chips, or dispensing samples into custom, preprinted chips without the need for revalidation.
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Part 1: Starting with qPCR
In this webinar, Professor Mikael Kubista of the TATAA Biocenter will introduce qPCR and cover how to find the right detection method, study the expression of your gene, and check the accuracy of your results.
Part 2: How to interpret your qPCR data
In this webinar, Robert Sjöback, Ph.D., of the TATAA Biocenter will teach you how to determine Cq values, obtain absolute quantification of your starting DNA, define a good reference for relative quantification, and follow MIQE guidelines.
Part 3: Helping you with your qPCR troubles
In this webinar, Kristina Lind, Ph.D., from the TATAA Biocenter will discuss how to identify potential pitfalls in qPCR data, detect PCR inhibition, and control the quality of RNA and reverse transcription.