
Perform bone marrow aspiration and biopsy when exploration is negative to diagnose aplastic anemia, fibrosis, leukemia, or lymphoma, while considering contraindications such as skin infections or bleeding risk.
Explore non-megaloblastic anemia, focusing on bone marrow suppression and reduced cells, with causes including pregnancy, hypothyroidism, and alcohol consumption.
Aplastic anemia arises from Fanconi anemia, autoimmune causes, or drug/viral factors. Presents with fatigue, infections, and bleeding, diagnosed by bone marrow aplasia, treated with transfusions, marrow transplant, G-CSF, and erythropoietin.
Explain spherocytosis as hereditary autosomal dominant or acquired autoimmune hemolytic anemia driven by spectrin defects in red cell membranes, causing hemolysis and jaundice; manage with folic acid and splenectomy.
Explore the beta-globin mutation behind sickle cell anemia, where glutamate to valine substitution creates hemoglobin S and an inherited disease with hemolytic anemia, jaundice, crises, and hydroxyurea treatment.
Explore thalassemia, from defective alpha or beta globin, featuring fetal hemoglobin and hemolytic crises; diagnose by CBC and electrophoresis, treat with transfusions, folic acid, vaccines, and bone marrow transplant.
Anemia made easy is simply set up in a simple, hassle-free manner, to provide a methodology that combines ease of handling with the investment of all information related to the disease to arrive at the correct diagnosis and to logically correct the problem.
The course contains six modules that are explained in English. You begin by identifying the investigations necessary for the diagnosis of anemia, its group, and type. Passing through the general format, and ending with different types of anemia.