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Current therapies: Gaps in disease control and persistent burden. While current therapies for ITP, wAIHA, and SCD may target specific immune pathways, they often fail to address the complex immune dysregulation underlying these diseases or are hindered by safety and tolerability concerns.

Class MOA Limitations and AEs
Streoids1-3 Broad immunosuppression • Avoid long-term use due to safety concerns
IVIg and Anti-D3-5 Blockade of FcRs, targeting autoantibody-mediated destruction • Transient results
Hematopoietic growth factors4 Simulate production and maturation of blood cells • Do not impact B cells or address autoantibody production or inflammation
Biologics1,6,7 Target specific cells or cytokines • Might not address the multiple dysregulated pathways involved
First-generation kinase inhibitors1 Block intracellular kinase signaling • Can lead to off-target effects due to limited selectivity, resulting in safety concerns

Advances in kinase inhibitor design have led to the development of more selective agents, with the goal of reducing off-target effects1

 

Multi-immune modulation: A comprehensive yet targeted approach for complex immune dysregulation

Abbreviations:

FcR, Fc receptor; IVIg, intravenous immune globulin; ITP, immune thrombocytopenia; MOA, mechanism of action; SCD, sickle cell disease; wAIHA, warm autoimmune hemolytic anemia. QoL, quality of life, TE, thromboembolism

MAT-KW-2600101-V1-Mar-2026