Molecular Diagnostics. This group covers reagents needed for genetic analysis and detection of special diseases. Here we also offer, customized solutions that meet your precise needs in both technical and quality control test requirements.

Showing all 6 results

DNJia FFPE Tissue Kit

HLA B27 Diagnostic Kit, SSP-PCR assay

 5,016,000 9,028,800

HLA B-27 Molecular Diagnostic Kit is designed to determine HLA B-27 alleles based on the Polymerase Chain Reaction method using sequence specific primer (PCR-SSP assay), which enables amplification of defined DNA sequences. The principle of the SSP assay is to generate an amplicon only when the sequence of a primer is perfectly complementary to the target sequence of a DNA sample. On the other hand, non-complementary primer do not bind to the DNA and then no amplification takes place. Evaluation of the result is performed by agarose gel electrophoresis. In the electric field the amplicons separate according to their size. If no amplification takes place, no specific band is seen. This kit is tested for 1094 individuals and has shown 100% concordance compared to sequencing, showing 100% specificity and sensitivity in this population size.

DNJia FFPE Tissue Kit

HLA B5 Diagnostic Kit, SSP-PCR assay

 5,016,000 9,028,800

HLA B-5 and B-51 Molecular Diagnostic Kit is designed to determine HLA B-5 and B-51 alleles based on the Polymerase Chain Reaction method using sequence specific primer (PCR-SSP), which enables amplification of defined DNA sequences. The principle of the SSP assay is to generate an amplicon only when the sequence of a primer is perfectly complementary to the target sequence of a DNA sample. On the other hand, non-complementary primer do not bind to 6 the DNA and then no amplification takes place. Evaluation of the result is performed by agarose gel electrophoresis. In the electric field the amplicons separate according to their size. If no amplification takes place, no specific band is seen. This kit is tested for 786 individuals and has shown 100% concordance compared to sequencing, showing 100% specificity and sensitivity in this population size.

DNJia FFPE Tissue Kit

HLA B51 Diagnostic Kit, SSP-PCR assay

 5,016,000 9,028,800

HLA B-5 and B-51 Molecular Diagnostic Kit is designed to determine HLA B-5 and B-51 alleles based on the Polymerase Chain Reaction method using sequence specific primer (PCR-SSP), which enables amplification of defined DNA sequences. The principle of the SSP assay is to generate an amplicon only when the sequence of a primer is perfectly complementary to the target sequence of a DNA sample. On the other hand, non-complementary primer do not bind to 6 the DNA and then no amplification takes place. Evaluation of the result is performed by agarose gel electrophoresis. In the electric field the amplicons separate according to their size. If no amplification takes place, no specific band is seen. This kit is tested for 786 individuals and has shown 100% concordance compared to sequencing, showing 100% specificity and sensitivity in this population size.

DNJia FFPE Tissue Kit

HLA B51, B5 Diagnostic Kit, SSP-PCR assay

 5,016,000 9,028,800

HLA B-5 and B-51 Diagnostic Kit is designed to determine HLA B-5 and B-51 alleles based on the Polymerase Chain Reaction method using sequence specific primer (PCRSSP), which enables amplification of defined DNA sequences. The principle of the SSP assay is to generate an amplicon only when the sequence of a primer is perfectly complementary to the target sequence of a DNA sample. On the other hand, noncomplementary primer do not bind to the DNA and then no amplification takes place.

SARS-COV

Viga SARS-CoV-2

 70,000,000

Viga SARS COV-2 Molecular Diagnostic Kit is used for qualitative diagnostic of SARS COV-2 from samples of Nasopharyngeal swab, throat swab, anterior nose swab, nasal wash and nasal spiration of people with suspected COVID-19 that are provided by health care professional staffs.

SARS-COV

Viga SARS-CoV-2 and Influenza A/B

 70,000,000

The Viga SARS COV-2 and Influenza A/B Molecular Diagnostic Kit is based on one step RT-PCR reverse transcriptase reaction. A part of the RNA sequence of Pathogen is converted to cDNA and then used as a PCR reaction template.