In a woman's blood analises it was found: hematocrite - 34%, hemoglobin - 90g/l, erythrocytes - 3.5 x 10^12 /l, color parameter -0.77, reticulocytes - 1%, SRE-10 mm/hour. The reasons for erythropoiesis violation the most probable can be the lack of: A. albumins B. globulins C. C vitamine D. iron E. folic acid

In a woman's blood analises it was found: hematocrite - 34%, hemoglobin - 90g/l, erythrocytes - 3.5 x 10^12 /l, color parameter -0.77, reticulocytes - 1%, SRE-10 mm/hour. The reasons for erythropoiesis violation the most probable can be the lack of: A. albumins B. globulins C. C vitamine D. iron E. folic acid

Basic Clinical Laboratory Techniques 6E

6th Edition

ISBN:9781133893943

Author:ESTRIDGE

Publisher:ESTRIDGE

Chapter5: Urinalysis

Section5.5: Microscopic Examination Of Urine Sediment

Problem 2.1CS

See similar textbooks

Similar questions

Nifedipine is an antihypertension medication that is also used to reduce the workload on the heart. The study below compares the effects of two different types of capsules used to administer the drug to patients (GITSred line, and Cotracten Xblue line). Each graph shows changes with time following initial administra- tion of the capsules. Figure A compares the levels of nifedipine in the blood with each capsule type. The ability of the different cap- sules to reduce workload on the heart by altering blood pressure or heart rate is shown in Figures B and C, respectively. Are elevated plasma levels of nifedipine(above 10 ng/mL) required for the drug to perform its actions? Source: M. J. Brown and C. B. Toal. 2008. Formulation of long-acting nifedipine tablets influences the heart rate and sympathetic nervous system response in hypertensive patients. British Journal of Clinical Pharmacology 65:646652.
Nifedipine is an antihypertension medication that is also used to reduce the workload on the heart. The study below compares the effects of two different types of capsules used to administer the drug to patients (GITSred line, and Cotracten Xblue line). Each graph shows changes with time following initial administra- tion of the capsules. Figure A compares the levels of nifedipine in the blood with each capsule type. The ability of the different cap- sules to reduce workload on the heart by altering blood pressure or heart rate is shown in Figures B and C, respectively. Which type of capsule would you expect to have fewer side effects? Source: M. J. Brown and C. B. Toal. 2008. Formulation of long-acting nifedipine tablets influences the heart rate and sympathetic nervous system response in hypertensive patients. British Journal of Clinical Pharmacology 65:646652.
In a man's blood analysis it was found: hematocrite - 38%, hemoglobin - 120 g/l, erythrocytes - 3.0 x 10^12 /l, color parameter - 1.2, BSR - 8 mm/hour. The reasons of such analysis the most probable can be the lack of: A. albumins B. globulins C. C vitamine D. iron E. vitamine B 12
Which of the following hemolysate preparation steps is not correct? A. Erythrocyte hemolysate contains various glycolysis enzymes, hemoglobin molecules, various coenzymes B. The packed erythrocyte is washed 4 times with ‰ 9 NaCl. C. The blood collected in anticoagulant tubes is centrifuged at 3000 rpm for 15 minutes to separate the plasma. D. Erythrocytes are hemolyzed under hypertonic conditions.
Select all the options below which are false of hemostasis. | aspirin is an effective "blood thinner" (anticoagulant) because it prevents the formation and release of ADP by platelet plugs | after damage to a vessel, the immediate reaction is vasodilation to bring more white blood cells in and prevent infection O factor X is the converging point of both the intrinsic and extrinsic pathways of the clotting cascade when platelets begin to aggregate, a negative feedback loop begins to cause more platelets to aggregate
Give the relative abundance of the nine different cells( as mentioned below) in one cubic centimeter of blood sample. a. The human erythrocytes b. Granulocytes 1. neutrophil 2. eosinophil 3. basophils c.agranulocytes 1. Lymphocytes 2. Monocytes 3 platelets 4. Frog erythrocytes 5. Frog thrombocytes
The erythrocyte sedimentation rate 1. measures the settling of erythrocytes over the period of one minute 2. values are either at 0 or relatively low for healthy individuals 3. is increased when fibrinogen levels become elevated 4. is increased when immunoglobulin levels are lowered 5. is elevated in an individual with angina pectoris Choose from the following: (A) 1, 2, and 3 (B) 2 and 3 (C) 3 and 4 (D) 2, 3, and 4 (E) 2, 3, 4, and 5 (F) 1, 2, 3, 4, and 5
The content of ATP/ADP was considerably diminished in blood cells which was accompanied with the increase of time of bleeding as a result of hemostasis violation directly during the development of: A. reversible aggregation of thrombocytes B. irreversible aggregation of thrombocytes C. adhesion of thrombocytes D. hemocoagulation E. thromb's retraction
Make a conclusion: Hb Erythrocytes Color index Reticulocytes Platelets Leucocyte s Neutrophils: 85 g/L 3,1*10¹2/L - 0% 96,0*10%/L Myelocytes 0% Metamyelocytes 0% Band neutrophils 2% Segmented neutrophils 18% Basophils 0% Eosinophils 0% Lymphocytes 20% Monocytes 4% Blast cells 56% to be calculated 1,2*10%/L
1. Briefly describe the principle of erythrocyte rate (ESR) test. 2. Discuss five factors that influence the rate of red blood cell sedimentation 3. Indicate whether the ESR is increased or decreased in each of the following conditions Bellow;i. when sickle cells are presentii. increased environmental temperatureiii. unlevelled ESR rackiv. Vibrationv. Elevated plasma haemoglobinvi. leukocytosis
A medical scientist is studying clotting in two patients, one with hemophilia and another without. Identify which patient is which and explain what mechanism is defective in the hemophiliac. A test was also done with a clotting factor added to the blood of patient 2. This factor is often deficient in hemophiliacs and activates other clotting factors to speed clotting. Clotting scores (relative units) are shown below. Patient 1 min 2 min 3 min 5 min 10 min 75 85 oo1 2 50 98 99 2 0 2+factor 48 74 85 98 99 B I UEE 1000 ODO 吕口 F3 D00 FA F5 FT F2 & * 2 3 4 5 6 7 Q W R
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