Kit for detecting the S65C mutation of HFE gene by Real Time PCR using TaqMan® probes technology

Information about the product

Hereditary hemochromatosis (HH) is an autosomal recessive inherited disorder of iron metabolism. Due to excessive intestinal absorption, iron accumulates in the parenchymal cells of the liver, pancreas, heart and other organs resulting in damage to its structure and its function impaired. Although the disease symptoms are often non-specific, much of the organ damage is irreversible once it has occurred. Early detection and treatment is therefore very important as part of preventive medicine.

A number of different HFE mutations have been described. One of these mutations is a substitution at position 193 (A -> T) of exon 2 resulting in an amino acid change at position 65 from serine to cysteine (S65C) and has proven to be generally benign, although the C282Y/S65C genotype can impart a slight increase in disease risk, contributing to a mild disease phenotype.

Intended Use

Genvinset® HFE S65C is a semi-automated in vitro diagnostic kit for the qualitative detection of the S65C mutation (NCBI dbSNP rs1800730; NM_000410.4:c.193A>T), in the HFE gene (OMIM: 613609) associated with primary hemochromatosis, in genomic DNA extracted from whole blood using Real Time PCR technology with specific TaqMan® probes.

Patients who can benefit from this determination are those referred by a specialist. The results of this test should not be the only ones on which the therapeutic decision is based and should be used as an aid in the diagnosis together with results of other markers of the disease.

The intended user of the kit is technical personnel trained to carry out the protocol and the interpretation of results described in the instructions for use.

Workflow

workflow genvinset 2

Results

Genvinset HFE S65C Heterocygous sample
Genvinset HFE S65C Homocygous mutated sample
Genvinset® HFE S65C 6
Genvinset HFE S65C Homocygous wildtype sample
Genvinset® HFE S65C 7
leyenda 9

Limitations

  • Mutations or polymorphisms at annealing primer/probe sites are possible and may result in the lack of allele definition. Other technologies could be necessary to resolve the typing.
  • Data and result interpretation should be revised by qualified personnel.
  • This product is an auxiliary tool for the diagnosis of patients with suspected hereditary hemochromatosis. Use these results in conjunction with clinical data and results of other tests performed on the patient.

Area:

Hematology, Hemochromatosis, Hemochromatosis, Molecular Genetics, Thrombophilias

Documents:

Consult our experts

Google reCaptcha: Invalid site key.

Related products

SOPHiA DDM GEN2

Analytical platform for clinical genomics that enables the detection, annotation, and interpretation of genomic variants using artificial intelligence to support patient diagnosis and treatment. Detailed Description SOPHiA DDM™ Platform is an advanced solution for precision medicine workflows, with a renewed interface, web access, and new functionalities to accelerate genomic data analysis. It offers end‑to‑end workflows…
SOPHIA Genetics

PGT-SR (Preimplantation Genetic Testing for Chromosomal Structural Rearrangements)

PGT‑SR (Preimplantation Genetic Testing for Structural Chromosomal Rearrangements) is a solution aimed at the analysis of structural chromosomal rearrangements in embryos. According to the product literature, it is based on single‑cell whole‑genome amplification and NGS sequencing to detect embryos from patients with chromosomal abnormalities and select euploid embryos for transfer, with the aim of reducing…
Yikon Genomics
Next Generation Sequencing (NGS)

MaReCs (Mapping allele with resolved carrier state test)

MaReCs® (Allelic Mapping with Resolved Carrier Status) is a PGT‑SR technology that first identifies aneuploid or euploid embryos and then analyses translocation breakpoints and SNP linkage to differentiate carrier from non‑carrier euploid embryos. Detailed Description Principle of operation MaReCs® combines ChromSwift® technology with NGS sequencing to perform a CNV analysis and subsequently an SNP linkage…
Yikon Genomics
Next Generation Sequencing (NGS)

KaryoSeq (Integrated solution for PGT-M, PGT-SR and PGT-A)

KaryoSeq™ is a next‑generation sequencing (NGS)‑based solution for preimplantation genetic testing that enables PGT‑M, PGT‑SR and PGT‑A within a single workflow. It is designed for the analysis of DNA extracted from 3 to 10 trophectoderm cells of human embryos at the blastocyst stage. Detailed Description Principle of operation KaryoSeq™ is based on the MARSALA principle…
Yikon Genomics
Next Generation Sequencing (NGS)