BIOTRON HPV Panel 31 (BHP31)

This kit is intended for the in vitro qualitative detection of 31 HPV genotypes in human cervical exfoliated epithelial cells, including:

Regulatory Status:

Full genotyping results guide cervical cancer risk stratification and refined management
For precise cervical cancer screening in women aged 25–64 years, with routine testing recommended every five years for the general population.
Triage of ASCUS
Reduces unnecessary colposcopy referrals and enables precise clinical diagnosis and management.
Follow-up and postoperative monitoring
Effectively identifies the risk of residual or recurrent cervical lesions or cancer following treatment.
Broad-spectrum coverage of more HPV genotypes for multi-disease prevention and control
Assists in the diagnosis of HPV infection-related diseases such as cutaneous warts and condyloma acuminata.
Assists in prognostic evaluation of oropharyngeal carcinoma and the formulation of individualized treatment strategies.
Assists in the diagnosis of head and neck cancer and other HPV-associated malignant lesions.
International Patent
Adopts Multiplex Probe Amplification (MPA) technology,enabling accurate detection of 16+ target genes in a single tube.
Double-Tube Full Genotyping detection
Simultaneous detection of 31 HPV genotypes using two tubes, providing broad coverage of 14 high-risk types + 4 intermediate-risk types + 13 low-risk types, supporting the prevention and control of multiple diseases.
Excellent Performance
High sensitivity and high specificity, with a lowest detection limit no more than 100 copies/reaction.
Convenient Operation
Only 3 steps are needed: nucleic acid extraction → PCR amplification → result analysis,and the entire process can be completed in approximately 2.5 hours..
Universal Platform
Compatible with conventional four-channel real-time PCR instruments such as SLAN-96, with low implementation barriers.
High Biological Safety
Closed-tube amplification and detection throughout the process, eliminating the need to open the tube, effectively preventing aerosol contamination.
Internal Control Monitoring
Incorporates a human GAPDH gene internal control to continuously monitor sample quality and procedures, ensuring accurate and reliable test results.
Software Intelligent Interpretation
Fully automatic data analysis software for intelligent interpretation of results.

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