Bahanenka Iryna
Interaction Design MA
supervisor
Féja Dorottya
masterwork opponent
Moravcsik Borka
thesis consultant
Babarczy Eszter
thesis opponent
Tölgyesi Borbála
masterwork
Iron deficiency anemia
Empowering individuals to exercise control over their condition with informed care delivery
Iron Deficiency Anemia affects 1.24 billion people, causing fatigue, impaired cognitive function, and reduced quality of life. Given the complexity of iron storage and absorption mechanisms, there is a clear need to address the frustration of affected individuals regarding their lack of control in tracking their condition. This project aims to design a solution that contributes to more effective management of iron deficiency anemia, emphasizing relapse prevention. It seeks to empower individuals to take control of their health and ensure targeted, proactive interventions from healthcare professionals for more informed care delivery.
thesis
Unraveling Complexities for Enhanced Management of Iron Deficiency Anemia
Iron Deficiency Anemia is a condition, characterized by depleted iron stores in the body that affects approximately 1.24 billion people who encounter fatigue, impaired cognitive function, and a reduced quality of life. The hypothesis suggests the existence of unmet needs and untapped opportunities for healthcare providers and individuals affected by iron-deficiency anemia. Hence, this research aims to delve into the mechanisms governing iron metabolism with the focus on relationships between iron intake, bioavailability, and absorption and their impact on iron stores in the body, utilizing both primary and secondary research methodologies.The ultimate goal of this study is to contribute to more effective diagnostics, treatment strategies, and management approaches for iron deficiency anemia, with an emphasis on preventing relapses, thereby empowering individuals to exercise control over their health.