Figure - available from: Clinical and Experimental Medicine
This content is subject to copyright. Terms and conditions apply.
Karyotypes A of peripheral blood from an ALL patient (model ID: LD1-0041-362,073) and of a mouse peripheral blood from the LD1-0041-362,073 PDOX model. B Karyotypes of bone marrow from an ALL patient (model ID: LD1-1041-362,519) and of b mouse bone marrow from the LD1-1041-362,519 PDOX model. C Karyotypes of bone marrow of an ALL patient (model ID: LD1-0041-362,021) and c mouse bone marrow of the LD1-0041-362,021 PDOX model

Karyotypes A of peripheral blood from an ALL patient (model ID: LD1-0041-362,073) and of a mouse peripheral blood from the LD1-0041-362,073 PDOX model. B Karyotypes of bone marrow from an ALL patient (model ID: LD1-1041-362,519) and of b mouse bone marrow from the LD1-1041-362,519 PDOX model. C Karyotypes of bone marrow of an ALL patient (model ID: LD1-0041-362,021) and c mouse bone marrow of the LD1-0041-362,021 PDOX model

Source publication
Article
Full-text available
Acute myeloid leukemia (AML) and acute lymphoblastic leukemia (ALL) are malignant clonal diseases of the hematopoietic system with an unsatisfactory overall prognosis. The main obstacle is the increased resistance of AML and ALL cells to chemotherapy. The development and validation of new therapeutic strategies for acute leukemia require preclinica...