What Is Personalized Medicine?
The CollabRx ONE Difference
How We Work with You
Case Studies
Frequently Asked Questions
Specimen Requirements
CollabRx uses state-of-the-art genomic technologies to extract molecular information from your biopsies, and then conduct in-depth analyses to link your specific cancer to relevant therapies. We look at the entire genome of your tumor, not just at a handful of genes like EGFR and k-RAS, to identify options that may be relevant for you. Unlike most tests on the market today, our approach is not limited to cancer drugs but also includes approved or investigational drugs for other diseases.
Over the past few decades it has become clear that many drugs have unanticipated uses. Thalidomide, rapamycin, and recently metformin are now being used for cancer, despite original indications in morning sickness, immune suppression, and diabetes, and numerous other examples exist (see table below for more examples). These uses have typically been discovered serendipitously, and there are doubtless numerous drugs whose anticancer uses have not yet been discovered.
CollabRx identifies marketed drugs or drugs in development that may be relevant to your cancer, whether or not there are currently indicated for cancer. We do this by having our scientists – experts in drug discovery and pioneers in drug repositioning - examine your full genome in the context of your medical situation to understand what biological mechanisms may be causing or sustaining your cancer. We then link those mechanisms to any of the thousands of approved drugs and investigational therapies. This allows you and your physician to consider additional options that would not have been considered – leaving no stone unturned.
We do our investigation at the functional/pathway level – so rather than relying on a single data point to formulate hypotheses, we look for 10-30 pieces of evidence that converge to a single direction, and identify mechanisms that appear to be driving the cancer and drugs that are known to impact those mechanisms. Rather than just testing whether you fit a specific treatment, CollabRx ONE aims to be comprehensive – to leave no stone unturned.
Non-cancer therapies in use for cancer
| Drug/ module | Original Indication | Cancer Indications |
|---|---|---|
| Thalidomide | Erythema nodosum leprosum (ENL) | Multiple myeloma |
| Rapamycin, Temsirolimus | Immune suppression in prevention of graft rejection | Karposi’s sarcoma, Glioblastoma, Lymphoma |
| Interferon | Viral infections | Melanoma, kidney cancer*, lymphoma*, gastrointestinal tract cancer* etc. |
| Bacille Calmette Guerin vaccine | Tuberculosis | Bladder cancer |
| Metformin* | Diabetes | Breast cancer, lymphoma, solid tumor etc. |
| Nelfinavir, Saquinavir* | HIV | Glioblastoma, rectal cancer, pancreatic cancer |
| Aspirin | Pain | Prevention of colorectal polyps and cancer |
| Verapamil* | Cardiac arrhythmia | Meningioma |
| Digitalis* | Heart failure | Non-small cell lung cancer |
| Nitroglycerin* | Coronary heart disease | Non-small cell lung cancer |
| Hydralazine* | Hypertension | Cervical cancer |
| Pravastatin* | Cholesterolemia | Small cell lung cancer and Acute myeloid leukemia |
| Lovastatin* | Cholesterolemia | Melanoma, ovarian cancer etc. |
| Chloroquine* | Malaria | Glioblastoma multiforme and Small cell lung cancer |
| Mifepristone* | Abortion | Ovarian cancer, endometrial cancer etc. |
* In clinical trials for these cancer indications
Please contact us to learn more about CollabRx ONE personalized research services.
