How to Optimize qPCR using SYBR Green Assays - Ask TaqMan #38

Learn how to design and optimize SYBR™ Green qPCR assays. This video discusses reverse transcription considerations, primer design, primer validation workflows, dissociation curve analysis, PCR efficiency evaluation, and relative gene expression analysis approaches.

Learn More: thermofisher.com/sybr

What You'll Learn
• Considerations for designing SYBR™ Green qPCR assays
• How reverse transcription can influence qPCR workflows
• Primer design and validation approaches
• How dissociation curves are used during assay evaluation
• PCR efficiency and ΔΔCt analysis concepts

Materials Used
• SYBR™ Green qPCR reagents
• RNA samples
• cDNA synthesis workflow materials
• Primers
• Real-time PCR instrumentation
• qPCR analysis software

Steps Covered:
• Generate cDNA from RNA samples.
• Design primers using established primer design approaches.
• Validate primer concentrations using a matrix workflow.
• Review Ct values and dissociation curves.
• Evaluate PCR efficiency using a standard curve.
• Perform relative gene expression analysis when appropriate.

CHAPTERS
00:00 – Introduction to SYBR™ Green qPCR
00:35 – Reverse transcription considerations
01:10 – Primer design guidelines
01:55 – Primer validation workflow
02:40 – Dissociation curve analysis
03:20 – PCR efficiency evaluation
03:55 – ΔΔCt analysis overview

FAQs
Q: What is SYBR™ Green used for in qPCR?
SYBR™ Green is a fluorescent dye commonly used in real-time PCR workflows.

Q: Why are dissociation curves important?
Dissociation curves are commonly used during assay evaluation to assess amplification products.

Q: What is ΔΔCt analysis?
ΔΔCt is a commonly used method for relative gene expression analysis.

Compliance
For Research Use Only. Not for diagnostic procedures.

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