It’s all related to the diagram. all information is in the pictures 3. Lead poisoning can cause bone marrow destruction. Which of the subjects in the case studymight have lead poisoning? Give your reasons.4. Which subject lives at a high altitude? Give your reasons.5. Which individual is suffering from dietary iron deficiency? Give your reasons.6. Recently, athletes have begun to take advantage of the benefits of extra red blood cells, in a processknown as "blood doping" (You can do your own research on it). Two weeks prior to a competition, ablood sample is taken and centrifuged, and the red blood cell component is stored. A few days beforethe event, the red blood cells are injected into the athlete. Why would athletes remove red blood cellsonly to return them to their bodies later? What problems could be created 90%+Calibri...AP612 IT3 4SB13C:Case Study on BLOOD/14Objective: To use hematocrits to diagnose various disorders. Hematocrit is the volume percentage oferythrocytes in whole blood; also, the apparatus or procedure used in its determination.A device called a hemocytometer is used to measure the amount of hemoglobin present. Red bloodcells can concentrate hemoglobin to about 34 g/100 mL of blood. Readings below 15 g/100 mL ofblood indicate anemia. Blood appears pale if hemoglobin levels are low.Use the diagram below to answer the questions.hematocritsplasmaleukocyteserythrocytesnormalBdedes CDCase-Study Application Questions1. Cancer of the white blood cells is called leukemia. Like other cancers, leukemia is associatedwith rapid and uncontrolled cell production. Using the data in the case study, predict which subjectsmight be suffering from leukemia. Give your reasons2. Although hematocrits provide some information about blood disorders, most physicians would notdiagnose leukemia based on one test. What other conditions might explain the hematocrit readingyou chose in question 1? Give your reasons.13Normal text

Haematocrit is a blood test used to measure the proportion of Red blood cells in the blood. As RBC…

Which subject lives at a high altitude? Give your reasons. Which individual is suffering from dietary iron deficiency? Give your reasons. Recently, athletes have begun to take advantage of the benefits of extra red blood cells, in a process nown as "blood doping" (You can do your own research on it). Two weeks prior to a competition, a lood sample is taken and centrifuged, and the red blood cell component is stored. A few days before he event, the red blood cells are injected into the athlete. Why would athletes remove red blood cells nly to return them to their bodies later? What problems could be created

Which subject lives at a high altitude? Give your reasons. Which individual is suffering from dietary iron deficiency? Give your reasons. Recently, athletes have begun to take advantage of the benefits of extra red blood cells, in a process nown as "blood doping" (You can do your own research on it). Two weeks prior to a competition, a lood sample is taken and centrifuged, and the red blood cell component is stored. A few days before he event, the red blood cells are injected into the athlete. Why would athletes remove red blood cells nly to return them to their bodies later? What problems could be created

Cardiopulmonary Anatomy & Physiology

7th Edition

ISBN:9781337794909

Author:Des Jardins, Terry.

Publisher:Des Jardins, Terry.

Chapter15: Hemodynamic Measurements

Section: Chapter Questions

Problem 8RQ

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On your own words, identify the different problems associated with routine blood smear preparation
1. Please draw/illustrate the STEP BY STEP procedures for the following laboratory tests: WBC/Leukocytes count Platelet count (please specify the different method) 2. Make an outline regarding the different methods for Hemoglobin determination.
The order is to give 45 mEq. The dosage available is 30 mEq in 15 mL. How many mL do you give?
RAPID PLASMA REAGIN (RPR) TEST RPR is use in the non-treponemal flocculation test for the qualitative and semiquantitative determination of regain antibodies in serum or plasma Materials: RPR Antigen: Suspension of carbon approximately 0.2 g/L, 0.003% Cardiolipin, 0.02% Lecithin and 0.09% Cholesterol. Positive Control: Serum containing antibodies against Treponema pallidum. Negative Control: Serum free of antibodies against Treponema pallidum. Stirrers Disposable test slides Micropipettes capable of dispensing 50 ul and 16 ul Disposable serum pipets Test tubes Test cards Rotator (set at 100 rpm) Isotonic saline: 0.9% NaCl Principle: RPR is a modified form of VDRL Antigen which contains carbon particles to improve the visual reading of the result. When binding occurs between cholesterol / cardiolipin / lecithin in the reagent and the reagin antibodies in the sample, the results can be seen macroscopically in…
RAPID PLASMA REAGIN (RPR) TEST RPR is use in the non-treponemal flocculation test for the qualitative and semiquantitative determination of regain antibodies in serum or plasma Materials: RPR Antigen: Suspension of carbon approximately 0.2 g/L, 0.003% Cardiolipin, 0.02% Lecithin and 0.09% Cholesterol. Positive Control: Serum containing antibodies against Treponema pallidum. Negative Control: Serum free of antibodies against Treponema pallidum. Stirrers Disposable test slides Micropipettes capable of dispensing 50 ul and 16 ul Disposable serum pipets Test tubes Test cards Rotator (set at 100 rpm) Isotonic saline: 0.9% NaCl Principle: RPR is a modified form of VDRL Antigen which contains carbon particles to improve the visual reading of the result. When binding occurs between cholesterol / cardiolipin / lecithin in the reagent and the reagin antibodies in the sample, the results can be seen macroscopically in…
In your own words, discuss the common problems associated with routine blood smear preparation during capillary puncture
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)
There are eight problems below. The three circles in each row represent the results you received when you added Anti-A serum, Anti-B serum and Anti-D (Rh) serum to each blood sample. Please determine the blood type and provide an explanation.
Discuss what are the current methods of diagnoising a. pateint with macrosytic anemia. Provide a detail for further possible diagonisitc testing, explain the diffrential diagosnies in detail What blood cells are cells are high or low, for examples the erythrocytes, leukocytes and platlet generation. give Full diffrential diagnosis a detail step by step with examples.
National Heart, Lung, and Blood Institute. (n.d.). https://www.nhlbi.nih.gov/health-topics/thrombocytopenia (Links to an external site.) Then, discuss the following: Mention the signs and symptoms of thrombocytopenia. Discuss the diagnosis process and the treatments available.
Hemodynamic Monitoring Case Study: A 67-y.o woman is admitted to the ICU with a dx. of hypotension of unknown origin. She is presently unresponsive but is breathing spontaneously on her own. Lungs are clear, urinary output is 15ml in 8 hours, and her skin is cool. A PA catheter is inserted to obtain more information and guide therapy. The following information is revealed: BP 86/54mmHg PAWP 4mmHgP 118/min CVP 2mm/HgRR 30 breaths/min SVR 1393 dynesC.O. 3.5 L/min PVR 195 dynesC.I. 1.9 L/min SvO2 50%PA 24/10mmHg Which Values tell us about this patient's filling pressures/fluid status? Are these values adequate? Which Values tell us about this patient's contractility? Are these values adequate? Which values tell us about this patient’s vascular resistance? What is causing this patient's hypotension? Which initial therapy is appropriate?
Describe and explain the serum protein profile of patients with suspected myeloma, as seen using non-denaturing polyacrylamide gel electrophoresis.