Podcast
Questions and Answers
What is the main cause of Anaemia?
What is the main cause of Anaemia?
- Too many RBCs
- Excessive iron absorption
- Lack of folic acid
- Deficiency of haemoglobin in the blood (correct)
How does acute blood loss anaemia differ from chronic blood loss anaemia?
How does acute blood loss anaemia differ from chronic blood loss anaemia?
- Chronic blood loss leads to increased iron absorption
- Acute blood loss results in larger RBCs
- Acute blood loss is immediately apparent, chronic is not (correct)
- Chronic blood loss causes rapid maturation of RBCs
What type of anaemia is characterized by RBCs that are much smaller than normal and have too little haemoglobin inside them?
What type of anaemia is characterized by RBCs that are much smaller than normal and have too little haemoglobin inside them?
- Megaloblastic Anaemia
- Pernicious Anaemia
- Iron-Deficiency Anaemia (correct)
- Normocytic Anaemia
Which nutrient deficiency can lead to megaloblastic anaemia?
Which nutrient deficiency can lead to megaloblastic anaemia?
What is the characteristic abnormality observed in the erythroblasts of individuals with megaloblastic anaemia?
What is the characteristic abnormality observed in the erythroblasts of individuals with megaloblastic anaemia?
What is the underlying defect responsible for the asynchronous maturation of the nucleus in megaloblastic anemia?
What is the underlying defect responsible for the asynchronous maturation of the nucleus in megaloblastic anemia?
Which condition can lead to the development of megaloblastic anemia?
Which condition can lead to the development of megaloblastic anemia?
What is a common feature of the red blood cells in hereditary spherocytosis?
What is a common feature of the red blood cells in hereditary spherocytosis?
What causes sickle cell anemia?
What causes sickle cell anemia?
Why do fragile red blood cells in hemolytic anemias get destroyed faster than they can be formed?
Why do fragile red blood cells in hemolytic anemias get destroyed faster than they can be formed?