Eltrombopag Causes Cell Cycle Arrest of T Cells through Iron Chelation and Could Modulate the Immune Response in ITP

Michelle MH Tan; Amna Malik; Anwar A Sayed; Rocel C. Saputil; Sara Zafar; Yunchuan Ding; Emma Thorley; Ariam Teklemichael; Camelia Vladescu; Alice C J Hart; Christine Ademokun; Deena Paul; Naghma Rizvi; Vashti Ragoonanan; Nichola Cooper

doi:10.1182/blood-2022-170449

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Eltrombopag Causes Cell Cycle Arrest of T Cells through Iron Chelation and Could Modulate the Immune Response in ITP

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Eltrombopag Causes Cell Cycle Arrest of T Cells through Iron Chelation and Could Modulate the Immune Response in ITP

Michelle MH Tan, Amna Malik, Anwar A Sayed, Rocel C. Saputil, Sara Zafar, Yunchuan Ding, Emma Thorley, Ariam Teklemichael, Camelia Vladescu, Alice C J Hart, …

Blood, Vol.140(Supplement 1), pp.5562-5563

15/11/2022

DOI: https://doi.org/10.1182/blood-2022-170449

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Title: Eltrombopag Causes Cell Cycle Arrest of T Cells through Iron Chelation and Could Modulate the Immune Response in ITP
Creators - without role: Michelle MH Tan - Imperial College London
Amna Malik - Imperial College London
Anwar A Sayed - Imperial College London
Rocel C. Saputil - Imperial College London
Sara Zafar - King's College London
Yunchuan Ding - Imperial College London
Emma Thorley - Imperial College Healthcare NHS Trust
Ariam Teklemichael - Imperial College Healthcare NHS Trust
Camelia Vladescu - Hammersmith Hospital
Alice C J Hart - Imperial College Healthcare NHS Trust
Christine Ademokun - Imperial College Healthcare NHS Trust
Deena Paul - Hammersmith Hospital
Naghma Rizvi - Imperial College Healthcare NHS Trust
Vashti Ragoonanan - Imperial College Healthcare NHS Trust
Nichola Cooper - Imperial College London
Publication Details: Blood, Vol.140(Supplement 1), pp.5562-5563
Publisher: Elsevier Inc
Identifiers: 9930246608331
Academic Unit: Taibah University
Language: English
Resource Type: Journal article