Genetic Regulation of Carnitine Metabolism Controls Lipid Damage Repair Mechanisms and Hemolytic Propensity of Human Red Blood Cells during Aging In Vivo and in Vitro.

Blood

Angelo D'Alessandro, Alicia Key, Pascal Amireault, Sandy Peltier, Eric Earley, Grier P Page, Travis Nemkov, Daniel Stephenson, Xutao Deng, Sonia Georgeault, Philippe Roingeard, Mars Stone, Steven Kleinman, Philip J Norris, Michael Paul Busch, Arduino Arduini. Genetic Regulation of Carnitine Metabolism Controls Lipid Damage Repair Mechanisms and Hemolytic Propensity of Human Red Blood Cells during Aging In Vivo and in Vitro. Blood. 2023 Nov 28; 142(Supplement 1):4032.

2023

https://researcherprofiles.org/profile/467044673

Angelo D'Alessandro, Alicia Key, Pascal Amireault, Sandy Peltier, Eric Earley, Grier P Page, Travis Nemkov, Daniel Stephenson, Xutao Deng, Sonia Georgeault, Philippe Roingeard, Mars Stone, Steven Kleinman, Philip J Norris, Michael Paul Busch, Arduino Arduini

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Genetic Regulation of Carnitine Metabolism Controls Lipid Damage Repair Mechanisms and Hemolytic Propensity of Human Red Blood Cells during Aging In Vivo and in Vitro.