Chemotherapy-Induced Myelosuppression

Description

At BioModels, you can assess your novel therapeutics for efficacy and mechanism of action in our established chemotherapy-induced myelosuppression model to address an unmet clinical need for patients. Cytotoxic chemotherapy drugs can lower cell levels in the bone marrow, resulting in abnormally low number of cells in the blood leading to symptoms that may result in reduction or breaks in cancer treatments. Myelosuppression is induced in mice or rats with one or two cycles of Doxorubicin. Animals are assessed daily over the course of the study for survival and weight change. Other important readouts include complete blood counts and bone marrow histology.

Model Systems
  • Mice and Rats
Standard Readouts
  • Percent weight change
  • Survival
  • Red blood cell count
  • White blood cell count
  • Bone marrow histopathology and/or IHC analyses
Additional Readouts
  • Tissue localized protein analyses
  • Gene expression
  • Custom assays
Representative DataClick Image to Enlarge
Blood Cell Counts in Mice with Chemotherapy-Induced Myelosuppression

Animals treated with Doxorubicin from Day 1 to Day 3 are monitored for myelosuppression at various timepoints during the study by assessing the complete blood count. Mean red blood cell counts (left) and mean white blood cell counts (right) are shown compared to saline control animals.

Daniel Lichtman

Managing Partner