Molecular Kits

Precipio’s Molecular Kits

Precipio’s molecular kits use proprietary mutation detection technology that is rapid, cost-effective, and easy-to-use. Our molecular kits can be run on most RT-PCR instruments to identify gene mutations and other variants at low limits of detection.

This technology enables detection of multiple genes of interest (driver mutations) for these blood cancers on a single platform, in a pre-plated assay configuration to further simplify clinical hematopathology workflows.

These molecular kits have been validated as lab developed tests at Precipio’s clinical hematopathology laboratory. They have not been approved by the FDA.


Quantitative MPN Panel

JAK2 Exon 14 (V617F)
JAK2 Exon 12
CALR
JAK2 Exon 13
MPL

Quantitative BCR-ABL1 Panel

p.190
p.203
p.210
p.230

ABL1 Resistance Panel

Exon 4
Exon 5
Exon 6
Exon 7
Exon 8

AML Panel

IDH1
IDH2
KIT
CEBPA
FLT3
NPM1

CLL Panel

MYD88
NOTCH1
CXCR4
SF3B1

Cytopenia Panel

ASXL1
DNMT3A
SF3B1
RUNX1
WT1

Development Of Molecular Kits

Precipio’s own clinical hematopathology laboratory developed the molecular kits panel to address the issues of turn-around time and comprehensive molecular testing. In our clinical lab, we take a panel approach to gene mutation detection to identify incidence of single mutations, mutation changes, and co-expression in a single assay. These advancements have also enabled better economics for Precipio’s clinical lab.

Typical Molecular Kit Workflow

DNA Workflow

The molecular kit workflow simplifies comprehensive analyses of driver mutations for various hematopathology diseases such as myeloproliferative neoplasms (MPN), Cytopenia, Myelodysplastic syndromes (MDS), Acute myeloid leukemia (AML), Chronic lymphocytic leukemia (CLL), and Chronic myeloid leukemia (CML). Samples are prepared using standard DNA extraction processes, followed by a simple plating step onto the pre-plated 96 well plates. These samples are then amplified and data is collected in real time, followed by simple melt curve analysis or automated quantitative analysis and interpretation for mutation detection.

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