TASK N 3Make a conclusion:Hb62 g/LErythrocytes1,3* 10¹2/LColor index- to be calculated-Reticulocytes0,1%Platelets 150,0*10%/LLeucocyte sNeutrophils:Myelocytes 0%Metamyelocytes 2%Band neutrophils 5%Segmented neutrophils 34%Basophils 0%Eosinophils 3%Lymphocytes 50%Monocytes 6%3,0*10%/L

Blood is an important component of the circulatory system. Blood consists of plasma, red blood…

Answered: Make a conclusion: Hb 62 g/L…

3-2-1 Code It

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ISBN:9781337660549

Author:GREEN

Publisher:GREEN

Chapter4: Icd-10-cm Coding Guidelines

Section: Chapter Questions

Problem 4MC

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Composition of Blood 1. Determine the physical characteristics of plasma after it centrifuge for 5 minutes? 2. Differentiate the plasma from serum after letting it stand for 15 minutes and then putting it into centrifuge for 5 minutes 3. Microscopic Evaluation of Formed Elements of Blood - Describe the appearance of the erythrocytes, leukocytes and their different types, and the platelets - Discuss the functions of each of the formed elements in the blood and give their relative percentages.
Compute for the absolute count of patients A and B PATIENT A WBC count = 6 x 109/L Differential count Absolute count Neutrophils = 65% Lymphocytes = 20% Monocytes = 13% Eosinophils = 2% PATIENT B WBC count = 18 x 109/L Differential count Absolute count Neutrophils = 65% Lymphocytes = 20% Monocytes = 10% Eosinophils = 5% Give an impression of their results. (Indicate whether the cells are increased or decreased using the proper terminologies. Indicate also whether the increased or decreased values are absolute or relative)
ACTIVITY NO. 6 CAPILLARY FRAGILITY TEST (Rumple Leede Test) 1. What stage/s in hemostasis is evaluated by Tourniquet Test? 2. Explain briefly the role of the following factors in maintaining vascular integrity. 2.1 Platelets 2.2 Vitamin C 3. Give 3 examples for each of the following bleeding disorders associated with vascular abnormalities 3.1 Connective Tissue Defects 3.1.1 Hereditary 3.1.2 Acquired 3.2 Altered Vessel Wall Structure 3.2.1 Hereditary 3.2.2 Acquired 4. Give a brief description of the following term related to hemostasis. 4.1 Purpura 4.2 Ecchymosis 4.3 Hematoma 5. Illustrate and label the different steps of Rumple Leede Test. (picture for reference if answers cannot be found please refer to useful websites)
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
15. which of the following is decreased in disseminated intravascular coagulation DIC? A) Partial thromboplastin timeB) Bleeding timeC) PlateletsD) prothrombin time
Prothrombin is converted to thrombin during the ________. intrinsic pathway extrinsic pathway common pathway formation of the platelet plug
Helping tags: Hematology, Medical Technology, Medtech, Science (Medical) 1. Please answer & explain the following: a) What are the indications of histograms with left elevation and right elevation? b) What are the causes of falsely increased and falsely decreased automated cell counts (RBC, WBC, AND PLATELETS)?
54. Following are used to treat DIC except A) PlateletsB) Packed cellsC) WBCD) cryoprecipitates
Please give explanation on the answer! 1. The granularity of each cell is measured by side scatter. Many of the cells flowing through the instrument chamber produce increased side scatter. What does this finding tell you about the cells in this patient’s sample? A. The cells have high granularity B. The cells have low granularity 2. With increased forward and side scatter, which type of cell population can be expected? A. Monocytes B. Granulocytes (neutrophils, eosinophils, basophils) C. Lymphocytes
S.R, 23 y.o., female, single, just had a complete blood count. The partial result is shown below: Hematocrit 44% What is the correct interpretation for her result? A. Low hematocrit. B. Normal hematocrit. C. High hematocrit. D. It can be interpreted as low or high hematocrit. It depends. E. Cannot be interpreted.
ANSWER BRIEFLY: 3. Differentiate Bernard Soulier from Glanzmann's disease as to: a. pathology b. appearance of platelets in blood smear c. stage in primary hemostasis impaired 4. Briefly, give the advantage of platelet closure time over bleeding time in not more than 3 sentences.

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Make a conclusion: Hb 62 g/L Erythrocytes Color index Reticulocytes 0,1% Platelets 150,0*10%/L Leucocyte s Neutrophils: Myelocytes 0% Metamyelocytes 2% Band neutrophils 5% Segmented neutrophils 34% Basophils 0% Eosinophils 3% Lymphocytes 50% Monocytes 6% 1,3* 10¹2/L - to be calculated 3,0*10%/L

Make a conclusion: Hb 62 g/L Erythrocytes Color index Reticulocytes 0,1% Platelets 150,010%/L Leucocyte s Neutrophils: Myelocytes 0% Metamyelocytes 2% Band neutrophils 5% Segmented neutrophils 34% Basophils 0% Eosinophils 3% Lymphocytes 50% Monocytes 6% 1,3 10¹2/L - to be calculated 3,0*10%/L