Specialist of
Cardiology and Vascular Disease (Heart)
Bachelor degree of medicine and surgery
Master degree in Cardiology and Angiology
Member of Egyptian Society of cardiology
Member of European Society of cardiology
Member of EACVI
Member of EAPCI
5
1289
Dr Moustafa Mahmoud Clinic
El-Mandara Dr Moustafa Mahmoud Clinic Street 30 From 45 Street In Front Of Elaziz Hospital - Elmandrah/ Alexandria Egypt
Specialist of
Cardiology and Vascular Disease (Heart)
Specialist of cardiology and Angiology
Master degree of Cardiology and anthology, Alexandria University
Member of Euopean Society of Cardiology(ESC)
Member of Egyptian Society of Cardiology ( EgSC)
Member of Medical Society of Echocardiography (EMSE)
5
5459
Dr Samar Elsaid Clinic
El-Agamy Alex- Matrouh Road Kilo 15 on front of Fatma Elzahra New Hospital
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Yes, a hematologist treats haemorrhage cases and other cases like erythrocyte problems, anaemia, leukemia, lymphoma, autoimmune disorder and genetic blood diseases. .
A hematologist treats any blood related cases, including haemorrhage, erythrocyte problems, anaemia, leukemia, lymphoma, autoimmune disorder and genetic blood diseases
No, it's not the same thing; because leukemia affects white blood cells, not platelets, and white blood cells do not function normally. Blood cancer causes a deficiency in all blood components, including platelets.
Autoimmune diseases are conditions that occur as a result of the immune system's excessive activity, attacking and mistakenly eliminating healthy cells and tissues in the body. Examples include thyroiditis, type 1 diabetes, vasculitis, rheumatoid arthritis, and psoriasis.
It is a chronic disorder resulting from the complete failure of the pancreas to produce insulin, due to the body's immune system attacking and destroying the pancreatic cells (an autoimmune disease). Insulin is a crucial hormone for enhancing the ability of glucose to enter cells and produce energy. Type 1 diabetes causes an elevation in blood glucose levels.
It is a genetic disorder that affects the body's ability to produce hemoglobin and red blood cells, resulting in a decrease in their numbers, and causing the red blood cells to become extremely small in size.
Sickle cell anemia is a hereditary disease (HBS) that is passed from parents to children through genetic inheritance. Genes, which determine the characteristics of the body, are responsible for this condition. Each person has a pair of genes that specify the type of hemoglobin. Sickle cell anemia is entirely different from regular anemia, which occurs due to a deficiency in the hemoglobin levels in the blood.