Allplex™ Vaginitis Screening Assay is a multiplex real-time PCR assay that detects and identifies major pathogens related vaginitis simultaneously. Based on Seegene’s proprietary MuDT™ Technology, this assay reports multiple Ct value of each pathogen in a single channel. And it provides automated interpretation of BV using Seegene Viewer based on quantification information of major targets
Features
-
Quantitative information
Providing quantitative information for 3 major bacteria associated with vaginosis
-
Automatic BV interpretation
Automatic BV interpretation as Normal, Intermediate and bacterial vaginosis
-
Multiplex real-time PCR
Simultaneous detection of major pathogens causing vaginitis
-
UDG system
Utilization of the UDG system to prevent carry-over contamination
-
Automatic data analyzer
Automated data interpretation and LIS interlocking with Seegene Viewer
-
Proper patient care
Quick and proper treatment provided by accurate test results
-
User-friendly workflow
Convenient workflow using Seegene’s automated one platform
-
Whole process validation
Whole process validation from extraction to PCR by whole process control
-
Informative assay
Assistant of appropriate treatment and management for co-infection
-
Powerful performance with unique technology
Multiplex real-time PCR with high sensitivity and specificity by utilization of DPO™ and TOCE™ technologies
-
Multi-Ct in a single channel
Individual Ct value of multiple analytes in a single channel of real-time PCR instrument (MuDT™ Technology)
-
Analytes
-
Specimens
- Genital swab
- Liquid based cytology (e.g., ThinPrep® and Surepath™)
-
Ordering Information
ProductCat No. / SizeAllplex™ Vaginitis Screening AssaySD9750Y / 50 rxns
SD9750X / 100 rxns
Result
Multiple Ct value in a single channel
* Qt: Quantitative Threshold(log)
The result represents the co-infection of CA, Lacto and Mob in FAM (Ct values 25.49(CA) and 102.05 copies/rxn(Lacto)) and Quasar 670 channel (Ct values 35.05), respectively. And this assay provides interpretation of Bacterial Vaginosis (BV) by quantitative analysis of major bacteria related vaginosis.
