How do vets report back the outcomes to feed back into the AI model? Is this something that can be easily done via the Vet portal?

We usually send you an email asking for patient records about 3-6 months after you receive the final ImpriMed report. Once we receive the record, we input the data into the AI Models, it is not yet something that can be submitted on the Vet Portal.

Other Questions

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What is the successful prediction rate for this test?

Positive predictive values for our AI-based drug response predictions are 80% or higher.

Can the testing be performed on dogs that are currently on therapy?

Current therapy will not affect our AI predictions or immunoprofile results. However, reduction of tumor size caused by therapy may increase the likelihood of service failure due to insufficient cells. In the event of service failure, you will not be billed.

What is the simulated dosing for a certain drug? MTD(maximum tolerated dosing) or metronomic?

Our models don't differentiate between different types of dosing, so they can be viewed as outcomes for standard clinical practice. For instance, if MTD is more common in practice, the models may more closely reflect MTD.

I put the media tubes into the freezer. Can I still use the media tubes?

No, We will send you another batch of media tubes you could use. Please email us at support@imprimedicine.com or request fresh tubes online via our Vet Portal.

What is a drug sensitivity test?

A drug sensitivity test is a lab test that measures how easily cells are killed by a drug.When you order a Personalized Prediction Profile, ImpriMed uses a proprietary high-throughput ex vivo drug sensitivity testing platform to analyze your patient’s live cells. For our canine leukemia and lymphoma service, we expose the cells to 13 different drugs commonly used to treat these diseases: L-Asparaginase, Mitoxantrone, Vincristine, Vinblastine, Doxorubicin, Rabacfosadine (Tanovea®), Chlorambucil, Mechlorethamine, Lomustine, Prednisolone (activated Prednisone), Mafosfamide (activated Cyclophosphamide), Melphalan, and Dexamethasone.-