Design TaqMan Probes and Hydrolysis Probes for qPCR Assays
Try VigyanLLM Free →VigyanLLM's TaqMan probe design tool provides automated hydrolysis probe design for qPCR assays for TaqMan assay research. Runs entirely on-premises via Docker deployment with no data egress.
Fluorophore and Quencher Configuration
VigyanLLM's probe design module considers fluorophore-quencher pair selection for single-plex and multiplex qPCR assays. The platform ensures that probe sequences avoid secondary structure interactions with primer binding regions, maintains the required Tm hierarchy (probe Tm > primer Tm by 8-10°C), and positions the probe for optimal signal generation within the target amplicon.
Frequently Asked Questions: TaqMan probe design tool
How do I design a TaqMan probe?
TaqMan probe design requires a probe with Tm 8-10°C higher than the primers, positioned between the forward and reverse primer binding sites, with no G at the 5' end (quenching efficiency), and fewer than 4 consecutive Gs in the sequence. VigyanLLM automates these constraints: it designs the probe after primer selection, ensures proper Tm relationships, checks for secondary structure between probe and primers, and validates the complete assay for qPCR efficiency.
Part of VigyanLLM Pcr Amplification Hub — Explore all tools and resources for pcr amplification.