PrimerDesign-M

PrimerDesign-M designs multiplex PCR primer sets and barcoded primers for sequencing to enable primer walking and amplification of genetically diverse targets such as entire HIV-1 genomes and mitochondrial DNA.

Key Features:

• Multiple-Primer Design Options: Supports simultaneous design of multiple primers for extensive DNA targets, including whole HIV-1 genomes, enabling primer walking for genomic analysis.
• Optimization Across Multiple Criteria: Simultaneously optimizes primer design criteria by considering genetic diversity in multiple sequence alignments and user-defined experimental constraints.
• Incorporation of DNA Barcodes: Designs primers with DNA barcodes and DNA handles for next-generation sequencing technologies, including 454, and supports custom barcodes for PCR and Sanger sequencing.
• Minimization of Primer Dimerization: Optimizes primer sequences to reduce the likelihood of primer dimerization.
• Flexibility in Design: Provides alternative primer designs to accommodate varying experimental conditions.

Scientific Applications:

• Highly Variable DNA Targets: Designs primers for highly variable targets such as viral genomes (e.g., HIV-1) and mitochondrial DNA (mtDNA).
• Virology Research: Supports amplification and sequencing workflows used in virology and viral genomics studies.
• Genetic Diversity Studies: Enables studies of genetic diversity through multiple-alignment-aware primer design.
• Amplicon Sequencing and Sanger Verification: Facilitates amplicon-based next-generation sequencing and Sanger sequencing using barcoded primers and DNA handles.
• Diagnostic and Experimental Applications: Applicable to experimental setups ranging from basic research to diagnostic applications.

Methodology:

Employs algorithms that consider genetic variability in multiple sequence alignments and user-specified constraints to generate optimal primer sets, integrating multiple design criteria and customization options.