Factor V Kit

Factor V (Leiden) PCR Kit: Advanced Genetic Analysis

The Factor V PCR Kit is designed for the analysis of genetic variation in the F5 gene using real-time PCR technology. It enables the detection of the Factor V Leiden variant (c.1691G>A) as well as the corresponding wild-type allele within a single assay, supporting efficient and reliable genetic analysis.

Background

The F5 gene encodes coagulation factor V, a key protein in the regulation of the blood coagulation cascade. Factor V functions as a cofactor in the conversion of prothrombin to thrombin, an essential step in clot formation. Under normal physiological conditions, this process is tightly regulated to maintain a balance between coagulation and anticoagulation mechanisms.

The Factor V Leiden variant (c.1691G>A) results in a single amino acid substitution (p.Arg506Gln), which alters the inactivation of factor V by activated protein C (APC). As a result, the mutated form of factor V shows reduced sensitivity to APC, a phenomenon commonly referred to as APC resistance. This variant is one of the most widely studied genetic polymorphisms in the field of coagulation and molecular biology.

Workflow and Application

The Factor V PCR Kit is optimized for straightforward integration into standard laboratory workflows. The assay is designed to work with genomic DNA, typically extracted from peripheral blood, and requires minimal sample preparation. Its single-reaction format allows simultaneous detection of both alleles, reducing hands-on time and simplifying result interpretation.

The use of fluorescent hydrolysis probes ensures high specificity in target detection, while the optimized reaction components support consistent amplification performance. The assay can be performed using widely available real-time PCR platforms, making it suitable for a broad range of laboratory environments.

In addition, the streamlined workflow enables efficient processing of multiple samples, supporting routine laboratory throughput. The kit’s design focuses on reproducibility, allowing consistent results across different runs and operators.

Performance and Reliability

The assay has been developed using validated components and optimized conditions to support reliable detection of target sequences. Its performance is based on established real-time PCR principles, ensuring sensitivity and specificity in the analysis of genetic variation.

The combination of targeted oligonucleotides and probe-based detection contributes to accurate allele discrimination. This approach minimizes non-specific amplification and enhances confidence in the generated data, making the assay suitable for research applications that require dependable results.

Conclusion

The Factor V PCR Kit provides a robust and efficient solution for the analysis of genetic variation in the F5 gene. Its combination of real-time PCR technology, low DNA input requirements, and compatibility with standard laboratory equipment supports consistent and reproducible performance.

With its streamlined workflow and reliable detection capabilities, the kit is well suited for molecular biology applications focused on the study of coagulation-related genetic variants.