qpcr-primer-designerv1.0.3

Designing qPCR assays for high-GC viral genomes like Pseudorabies virus in livestock, ensuring specificity and sensitivity for early disease detection. This supports veterinary labs in monitoring outbreaks and implementing control measures.

Mapping human gene annotations to predicted transcripts in model organisms like Vero cells for comparative studies. Enables researchers to design primers for unannotated regions, facilitating gene expression analysis in non-model species.

Creating TaqMan probe-based assays for human transcripts to detect biomarkers in clinical samples. Ensures high specificity with exon-junction spanning primers, reducing false positives in diagnostic tests for conditions like cancer or infections.

Designing primer pairs for SYBR Green assays in academic settings, focusing on cost-effective and reliable qPCR for gene validation. Ideal for PhD students and researchers needing robust primers without probe expenses.

Developing qPCR assays to monitor contamination or gene expression in cell cultures used for bioproduction. Ensures primer specificity against off-target sequences, maintaining product purity in industrial bioprocesses.

Offer cloud-based access to the primer design tool with tiered plans based on usage volume and features like homology mapping. Generates recurring revenue from labs and universities requiring frequent assay design.

Provide personalized primer and probe design as a service for clients in pharmaceuticals or diagnostics, including validation support. Charges per project or on a retainer basis for high-value, complex designs.

License the algorithm and workflows to companies producing commercial qPCR diagnostic kits, enabling them to integrate advanced design capabilities. Revenue comes from upfront licensing fees and royalties on kit sales.