A bone marrow core biopsy is received on a 10-year-old male patient suspected of having aplastic anemia. The pathologist reviews the smear and concludes the overall cellularity to be 22 with an M:E ratio of 2.5:1.
Is the patient likely suffering from aplastic anemia? Why or why not?
a. There is not enough information to determine whether the patient has aplastic anemia.
b. Yes, the patient is presumably suffering from aplastic anemia, but the M:E ratio does not correlate well with that diagnosis.
c. No, the patient is not suffering from aplastic anemia because the overall cellularity is increased.
d. Yes, the patient is presumably suffering from aplastic anemia because of the low overall cellularity and the normal M:E ratio.
Question 2
A differential is performed on a bone marrow specimen obtained from a patient suspected of having CML in blast crisis.
The results are as follows: 45 blasts, 13 metamyelocytes, 18 myelocytes, 10 promyelocytes, 8 bands, 2 segmented neutrophils, 1 pronormoblasts, 1 basophilic normoblasts, 1 polychromatophilic normoblasts, and 1 orthochromatophilic normoblasts. What is the M:E ratio?
a. 2:1
b. 24:1
c. 12:1
d. 15:1
Patient's forearm supported in bed
Scheduling patient appointments by telephone.
Positioning the Patient in the Fowler’s Position
Patient Education Follow-up Plan
A Mono-Diff test in which the presumptive well contains the patient's serum mixed with ...
Change in Bone Mass over Time In your early years, more bone mass is added than lost in your body