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Ipsogen develops and markets innovative molecular diagnostic
tools currently focused in the Oncohaematology area. Collaboration with the
Europe Against Cancer (EAC) network led to the development of the FusionQuant®
range of products - a
new generation of profile products - diagnostic biochips, reagent sets for
RQ-PCR and associated profiling software for data management.
Ipsogen is now recognised as a leader in the field of
molecular testing for the monitoring of minimal residual disease in acute
and chronic leukaemia. Ipsogen is currently leading the molecular diagnosis
of leukaemia with a comprehensive range of Oncohaematology products and has
in late stage development a breast cancer profiling diagnostic.
FusionQuant®,
ProfileQuant™,
FusionChip®,
and ProfileChip™
are proprietary diagnostic platforms designed to rapidly integrate new
single markers or gene signatures emerging from our partnership and
in-licensing efforts.
PRODUCTS
MLL
FusionChip
The MLL FusionChip® is a qualitative molecular diagnostic
device that will confirm the presence of an MLL rearrangement, which gene is
the fusion partner and the breakpoint position of the partner gene. The
protocol is based on the amplification and detection of fusion transcripts
by means of a reverse transcription followed by an anchored PCR and
hybridisation on the MLL FusionChip A colorimetric reaction
visually shows the presence of an MLL translocation and allows the
identification of the associated partner gene.
|
Reference |
Name |
|
MLFC-01 |
MLL
FusionChip Kit |
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ICHC-01 |
Hybridisation Chambers (5) |
FusionQuant
Kits
The ready to use
FusionQuant® kits contain primers and probe mix and standards
specific for the fusion gene and the ABL control gene. These unique
molecular kits will standardise, detect and quantify various fusion gene
transcripts in acute and chronic leukaemia samples.
|
Reference |
Name |
|
FQPP-05 |
PML-RARA bcr1 |
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FQPP-06 |
PML-RARA bcr2 |
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FQPP-07 |
PML-RARA bcr2 |
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FQPP-09 |
BCR-ABL e1a2 mbcr |
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FQPP-10 |
BCR-ABL b3a2 Mbcr |
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FQPP-11 |
TEL – AML 1 e4e11 |
ProfileQuant™
The
Ipsogen ProfileQuant™
WT1 Kit is a unique quantitative molecular kit aimed at standardising,
detecting and quantifying the WT1 gene transcript in human cells. The WT1
ProfileQuant™
Kit is a research tool intended for the accurate normalised quantification
of WT1 gene transcripts in human cells. This kit contains primers and probe
mixes and standards specific for the WT1 gene and the ABL control gene.
|
Reference |
Name |
|
PQPP-01 |
WT1 |
FusionQuant
Standards
The range of FusionQuant®
Standards includes control gene standards intended for the
quantification of mRNA and fusion gene standards intended for the
quantification of individual fusion genes in the RQ-PRC reaction. Plasmid
standard curves offer the ability to directly quantify the copy number of
the transcripts and are suitable calibrators for intralaboratory
normalisation of RQ-PCR analysis.
|
Reference |
Name |
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Control Gene Standard |
|
|
CGRS-01 |
ABL |
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CGRS-02 |
B2M |
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CGRS-03 |
GUS |
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CGRS-04 |
TBP |
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Fusion Gene Standard |
|
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FGRS-01 |
AML1–ETO |
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FGRS-02 |
CBFb-MYH11 A |
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FGRS-03 |
CBFb-MYH11 D |
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FGRS-04 |
CBFb-MYH11 E |
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FGRS-05 |
PML-RARA bcr1 |
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FGRS-06 |
PML-RARA bcr2 |
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FGRS-07 |
PML-RARA bcr3 |
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FGRS-08 |
E2A-PBX1 |
|
FGRS-09 |
BCR-ABL e1a2
mbcr |
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FGRS-10 |
BCR-ABL b3a2
Mbcr |
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FGRS-11 |
TEL – AML 1 e4e11 |
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FGRS-12 |
SIL-TAL |
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FGRS-13 |
MLL-AF4 e10e4 = RS411 type |
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FGRS-14 |
MLL-AF4 e9e5 = MV411 type |
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FGRS-15 |
MLL-AF4 e11e5 = ALL-PO type |
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FGRS-16 |
MLL-AF9 type A |
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FGRS-17 |
MLL-AF9 type B |
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FGRS-18 |
MLL-AF6 |
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FGRS-19 |
MLL-DUP |
New
Products
Ipsogen
is pleased to announce a new addition to the expanding range of IVD clinical
diagnostic products for Molecular Haematology.
The
FusionQuant™
kit range now includes a ready-to-use
PML-RARA bcr1 Kit
for fusion gene quantification by real time quantitative PCR.
This
kit contains specific EAC primers and probe mixes plus standards for the
PML-RARA bcr1 Fusion Gene and the ABL Control Gene.
The
PML-RARA kit complies fully with the European
in vitro
diagnostic medical device directive, as a
CE
marked product and allows the
quantification of PML-RARA fusion gene transcripts providing independent
prognostic information suitable for monitoring and adapting treatment The
availability of such a kit also facilitates data comparison among different
centres, allowing the possibility to define a threshold where a patient is
likely to relapse, and to assess the impact of early therapeutic
intervention based on the kinetics of PML-RARA fusion gene transcript
expression.
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