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. 2020 Dec 14;6(3):737–745. doi: 10.1016/j.ekir.2020.12.005

Table 2.

Outcomes of 18 patients with CMML or BCR-ABL–negative myeloproliferative syndromes and renal involvement

Malignancy Hematologic Treatments
Follow-up (mo) Outcomes
At diagnosis of the kidney disease After eGFR at last follow-up GFR change Malignancy Overall
MP-CMML-1 HU Decitabine 9.5 101 28 Acute myeloid leukemia Death
MD-CMML-2 No Azacytidine 92 53 –2 Stable Death
MD-CMML-1 No Steroids, azacytidine 19 15 –3 Stable Alive
MP-CMML-0 No HU 21 18 –51 Mastocytosis Death
MP-CMML-0 HU HU, steroids, azacytidine 10 50 –25 Stable Alive
MP-CMML-1 No Azacytidine 2 29 –27 Stable Alive
MP-CMML-1 HU HU, steroids 1 19 –68 Stable Death
MP-CMML-0 No HU, ruxolitinib 1 Dialysis Dialysis Stable Alive
ET No No 84 58 –38 Stable Alive
ET HU No 50 54 –1 Stable Death
ET HU Anagrelide 2 28 –15 Stable Alive
ET HU No 48 Dialysis Dialysis Stable Death
ET HU Ruxolitinib 17 40 –35 Myelofibrosis Death
ET No HU, steroids 21 46 –18 Stable Alive
ET HU No 17 Dialysis Dialysis Myelofibrosis Death
PV HU No 21 Dialysis Dialysis Acute myeloid leukemia Death
PMF Steroids, HU No 11 34 –14 Stable Death
SMF (PV) HU, ruxolitinib, pipobroman Ruxolitinib 3 36 –2 Stable Alive

CMML, chronic myelomonocytic leukemia; eGFR, estimated glomerular filtration rate; ET, essential thrombocytosis; GFR, glomerular filtration rate; HU, hydroxyurea; MD, myelodysplastic; MP, myeloproliferative; PMF, primary myelofibrosis; PV, polycythemia vera; SMF, secondary myelofibrosis.