Linked from
The 18 pages that link to Myelosuppression, each with the reason it gives.
ImmunosuppressionRelated: When immune-cell production falls, bone-marrow suppression can weaken immune defenses.
ChemotherapyRelated: Chemotherapy can suppress marrow cells, lowering infection-fighting white cells and other blood counts.
AlbendazoleRelated: Rarely, extended albendazole treatment causes low blood-cell counts.
LinezolidRelated: Linezolid can cause thrombocytopenia and other blood-count changes, especially during prolonged treatment.
AzathioprineRelated: Azathioprine’s effects on dividing cells can suppress marrow function and lower blood-cell counts.
ChloramphenicolRelated: Dose-related suppression is a recognized adverse effect of chloramphenicol.
Alkylating agentRelated: Rapidly dividing marrow cells are vulnerable to many therapeutic alkylating agents.
CyclophosphamideRelated: Cyclophosphamide suppresses marrow and can cause severe, dose-related cytopenias.
CytarabineRelated: Bone-marrow suppression is a major consequence of cytarabine treatment and drives infection and bleeding risks.
ZidovudineRelated: This dose-related toxicity constrained zidovudine treatment, especially in early high-dose regimens.
PyrimethamineRelated: Pyrimethamine can impair folate-dependent blood-cell production, especially at high doses or with prolonged treatment.
TemozolomideRelated: This is a major dose-limiting toxicity of temozolomide.
VincristineCompared with: Compared with several other cytotoxic drugs, vincristine usually causes relatively little myelosuppression.
ChlorambucilRelated: Bone-marrow suppression is a major dose-limiting toxicity of chlorambucil.
DaunorubicinRelated: Daunorubicin suppresses marrow function, increasing risks of infection, anemia, and bleeding.
MercaptopurineRelated: Damage to proliferating marrow cells is a major dose-limiting toxicity of mercaptopurine.
HydroxycarbamideRelated: It is a dose-limiting effect of hydroxycarbamide and requires ongoing blood-count monitoring.
QulastaRelated: Chemotherapy-related marrow suppression underlies the neutrophil decline Qulasta addresses.