The missing functional
oncology biomarkers
for personalized medicine
The missing functional
oncology biomarkers
for personalized medicine
DNA Damage Response and DNA Repair
LXRepair provides a new approach to personalized cancer medicine by developing functional diagnostics based on a unique breakthrough technology:
DNA Repair Enzyme Signature analysis
When genomics fails or is not relevant
The rate of failure of cancer treatment remains unacceptably high, to help overcome this, LXRepair can provide oncologists with powerful tools to really breakthrough in personalized medicine.
We believe that profiling is key to predicting patients' response to treatment in terms of toxicity and effectiveness.
Our alternative to genomic profiling is functional DNA Repair testing.
For complex enzymatic systems, characterization of enzymatic activity reveals the true pathway functionality. This information is unavailable via mutation or DNA sequence analysis.
Our alternative to genomic profiling is functional DNA Repair testing.
For complex enzymatic systems, characterization of enzymatic activity reveals the true pathway functionality. This information is unavailable via mutation or DNA sequence analysis.
20 %
of patients are given medications
that will be ineffective or will
induce drastic side effects.
that will be ineffective or will
induce drastic side effects.
LXRepair wishes to help
these patients by offering
a new stratification strategy
to provide effective personnalized
treatment for each individual.
Identifying the best possible therapy
for a given patient
and reducing adverse events
contribute to reducing
health costs.
Stratifying patients and characterizing drug effect
In the drug development process, the key to effectiveness is to classify patients to identify relevant biomarkers predicting treatment outcome. LXRepair technology perfectly meets this need.
LXRepair assays can be integrated early during the development of drug candidates by Biopharma. The assays can guide patient selection for admission to clinical trials and are an opportunity for simultaneous
They help make the drug development process safer by elucidating and validating the drug's mechanism of action.
companion diagnostic developments.
They help make the drug development process safer by elucidating and validating the drug's mechanism of action.
Using the proprietary SPOT-LX™ platform we develop diagnostic and companion diagnostic tests for selected applications. Our initial applications focus on:
- carcinogen-induced tumors
- cancers treated by DNA-damaging therapies (radiotherapy, chemotherapy)
- tumors displaying defects in DNA Repair and in the DNA Damage Response
The versatile SPOT-LX™ platform can be used to discover biomarkers in preclinical and clinical settings.
Several versions of the assays can be proposed depending on the study design and its objectives.
The assays can also be adapted to control the drug's expected mechanism of action in line with the company's drug development strategy (monotherapy, combination).
Several versions of the assays can be proposed depending on the study design and its objectives.
The assays can also be adapted to control the drug's expected mechanism of action in line with the company's drug development strategy (monotherapy, combination).
Investors
