Given a retic count of 6.5%. Calculate the corrected retic count and RPI.  The RBC count is 2.90 x 10^6/ul, Hct = 34.0% using the RBCcount as standard

For questions 1 through 9, the following units apply: Hemoglobin: g/L, Hematocrit: L/L and RBC: x 10¹2 cells/L. Part C Calculate the MCV given the following information: 1. Hct. 0.21, RBC count = 3.2 2. Hct. 0.45, RBC count = 4.5 3. Hct.= 0.33, RBC count = 2.7 Calculate the MCH given the following information: 4. Hgb. 100, RBC count = 3.0 5. Hgb. 180, RBC count = 3.7 6. Hgb. = 140, RBC count 3.3 Calculate the MCHC given the following information: 7. Hgb. 160, Hct. = 0.36 8. Hgb. 50, Hct. = 0.15 9. Hgb. 150, Hct. = 0.45

At many blood donation centers, O-negative is the preferred donor for whole blood, whereas AB is the preferred donor for plasma. Explain why this is true.

a conclusion: 135 g/L Make Hb Erythrocytes Color index Reticulocytes 0,4% Platelets 190,0*10%/L Leucocyte s Neutrophils: TASK No 3 Basophils 0% Eosinophils 0% Lymphocytes 15% Monocytes 29% 4,1*10¹2/L to be calculated Myelocytes 8% Metamyelocytes 25% Band neutrophils 19% Segmented neutrophils 31% 58*10%/L

A 35 year old woman of Chinese ethnic background (Guangdong province) presented with a near normal Haemoglobin level of 112 g/L. On performing a Full Blood Count (FBC) she was found to have an erythrocyte Mean Cell Volume (MCV) of 64.9fL and a Mean Cell Haemoglobin (MCH) value of 20.6 pg.A family study was performed on her father, mother and younger brother, including capillary electrophoresis. The following values were found:Father Mother Brother Patient Normal Range Age               74          69          32          35Hb (g/L)          98          107          113          112          133-167 (m)                                                       118-148 (f)MCV (fL)          69          89.4          62.7          64.9          80-100MCH (pg)          22.5          29.2          20.1          20.6          28-32HbA (%)          98.0          97.2          97.8          98.0          97-98HbA2 (%)          2.0          2.7          2.2          2.0          1.5-3RBC (x1012/L)…

Discuss the similarities and differences between cytopenia and neutropenia. Thank you!

In erythroblastosis fetalis, what combination of blood types between the mother and child would require RhoGam administration?

Which of the following statements are true of the life cycle of RBCs (Read carefully and select all of the correct statements)? Please watch the Haematology-Red Blood Cell Life Cycle video A. erythropoesis is the process of the RBC from stem cell to eythrocyte. B. reticulocyte does not become a eythrocyte. OC. RBC removal happens in the spleen, liver and the bone marrow D. The spleen has mainly macrophages that engulf the old erythrocytes and break them down. E. Old RBCs are phagocytized by lymphocytes in the spleen, and RBM. OF. Bilirubin is normally eliminated by the kidneys. G.Iron and protein in the diet are necessary to become part of hemoglobin. H. Bilirubin is a waste product of the heme of old hemoglobin. Type here to search W % 5 O E B 00 8 A H W

What types of cells are found in the "buffy coat", the thin brown layer between RBC's and plasma in a centrifuged hematocrit tube

Are there any disadvantages for using Hematology Blood Analyzers? Briefly describe these possible disadvantages.