International Summit on Hematology and Blood Disorders
April 27-29, 2023
Thalassemia
Thalassemia is a hereditary (i.e., passed down through the generations) blood illness characterised by the body's inability to produce enough haemoglobin, a key component of red blood cells. When the body's red blood cells don't have enough haemoglobin, they don't function effectively and survive for shorter periods of time, resulting in fewer healthy red blood cells flowing through the bloodstream. All of the body's cells receive oxygen from red blood cells. Oxygen is a type of nourishment that cells consume in order to function properly. When there aren't enough healthy red blood cells, oxygen isn't supplied to the rest of the body's cells, which can make a person feel weary, weak, or short of breath. Anemia is the medical term for this ailment. Anemia can be minor or severe in people with thalassemia. Severe anaemia can cause organ damage and even death.
Stefan Gluck
Global Medical Affairs at Celgene Corporation, United States
A C Matin
Stanford Medical School, United States
Mohamed Alsharedi
Markey Cancer Center at Lexington Clinic, United States
Sanghoon Lee
Marshall University, United States
Erin Weigel
Kedrion Biopharma, United States
Brandon Lucke Wold
University of Florida, United States
Madeeha Subhan Waleed
Lower Bucks Hospital, United StatesSubmit your abstract Today
Title : Cellular mechanisms involved in seronegative hemolysis
Donald R Branch, University of Toronto, Canada
Title : Immuno-Oncology (IO): 2023 and beyond
Stefan Gluck, Global Medical Affairs at Celgene Corporation, United States
Title : Managing bacterial eradication in disease and survival for life support systems on earth and space
A C Matin, Stanford Medical School, United States
Title : Hereditary hemolytic anemias due to red blood cell membranopathies rheological and genetic approach
Joan LLuis Vives Corrons, University of Barcelona, Spain
Title : The complete evidence that starling’s law responsible for many errors and misconceptions on fluid therapy in shock is wrong: The correct replacement is the hydrodynamic phenomenon of the porous orifice (G) tube
Ahmed N Ghanem, Mansoura University, Egypt
Title : Breaking Down Mental Health Stigmas
Thad Cummings, Thad Cummings, United States