MRPrimerW

MRPrimerW designs primers and TaqMan probes for multi-target quantitative PCR (qPCR) experiments by performing complete homology testing and in silico validation to ensure specificity and coverage.

Key Features:

• Complete Homology Testing: Conducts exhaustive homology tests on off-target sequences to minimize non-specific binding and improve primer specificity.
• Batch Design for Multi-Target qPCR: Supports simultaneous primer design for multiple target sequences in a single batch process for high-throughput experiments.
• Primer Ranking System: Evaluates and ranks designed primers using stringent filtering criteria and returns top-ranked candidates.
• TaqMan Probe Design Support: Supports design of TaqMan probes for assays requiring increased specificity and sensitivity.
• Redesigned MapReduce-based Core Algorithm: Leverages a redesigned core algorithm derived from the MapReduce-based MRPrimer to accelerate primer discovery.
• Extensive In Silico Validated Primer Database: Provides access to 341,963,135 in silico validated primers covering approximately 99% of human and mouse genes.

Scientific Applications:

• Multi-target qPCR Experiments: Design of specific primers for simultaneous amplification of multiple targets in qPCR studies.
• TaqMan-based qPCR Assays: Support for probe-based assays that require enhanced specificity and sensitivity.
• Genomics and Molecular Biology Studies: High-throughput primer selection for experiments targeting human and mouse genes using an extensive validated primer repository.

Methodology:

Performs complete, non-heuristic homology testing that extends beyond BLAST-like approaches, applies stringent filtering and ranking criteria, and uses a refined MapReduce-based algorithm originating from MRPrimer.