How does ImpriMed predict drug responses?

Our predictions are made by artificial intelligence (AI) models trained to predict clinical outcomes from patient data inputs.

Clinical outcomes collected from oncologists include reports of progressive disease, stable disease, partial response, and complete response.

Patient data used as inputs by the AI models include readings from our live-cell drug sensitivity assay, flow cytometry, PARR, and patient information.Models are re-trained periodically to incorporate new data and refine performance.

Other Questions

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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.

Is it wise to eliminate a certain chemotherapy drug based on the test results or should there be other factors that need to be considered in this decision?

We do not recommend using ImpriMed's predictions to rule out treatment options. The company's artificial intelligence is optimized to give high positive predictive value to help you find drugs with the highest likelihood of producing positive clinical outcomes. For the bests results, our predictions should be used in conjunction with expert knowledge from a skilled oncologist.

If I send samples from multiple patients, do I get a discount?

No, but after the first Personalized Prediction Profile service for a given patient, all subsequent Personalized Prediction Profile services for that patient are discounted.

Which cancers can I use ImpriMed for? or What type of cancer does ImpriMed predict?

Currently, our services are for canine lymphoma and leukemia. We will be expanding our services to other species and other blood / lymphoid cancers in the near future.

What does PARR tell me about my patient’s specimen?

PARR, which stands for PCR for Antigen Receptor Rearrangements, is used to discriminate between lymphoma/leukemia and reactive/inflammatory conditions when cytology is equivocal. Our canine PARR assay detects the expansion of B-cell cancer clones by amplifying the VJ region of the immunoglobulin heavy chain gene (IgH) and detects the expansion of T-cell cancer clones by amplifying a region in the T-cell receptor gamma chain gene.