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Margination is the: 1) migration of white blood cells from the blood out to the tissues 2) production of white blood cells, red blood cells, and platelets 3) White blood cells line up on the blood vessel endothelium O 4) process of the differentiation of monocytes to macrophages

Please explain in basic terms

arteries, arterioles, capillaries, veins, venules Which of the following statements are correct? The inferior vena cava returns oxygenated blood from the lower body O Arteries carry oxygenated blood away from the lungs O The superior vena cava returns deoxygenated blood from the upper body All of the above statements are correct Which of the following is NOT the function of white blood cells? Clear selecti 1 1

1. What are the normal blood leukocyte concentrations (normal WBC counts and percentages) for: a. Neutrophils b. Monocytes c. Lymphocytes 2. Indicator(s) of abnormal health – WHEN WOULD THERE BE AN INCREASED COUNT FOR EACH CELL TYPE LISTED IN QUESTION #1? 3. Why do neutrophils have Intracellular granules? Name a specific granule type and describe the mechanism of action. 4. What is a defensin? Its origin? Mechanism of action? 5. What is CD 14? What is the mechanism for activity? 6. What is CD40? Cite activities upon stimulation. 7. What is CD88? Where is it found? What is a mechanism of activity associated with CD88? 8. What is CD154? How does it work? 9. Compare Th1 and Th2 cells by citing the interleukins that they produce AND the cells affected by each interleukin. 10. Describe the quaternary structure of the immunoglobulin monomer IgG and roles for the domains. 11. After a B cell receptor binds a ligand, how does signal transduction and subsequent B cell activation occur?

2:11 Lab 6_BLOOD_assignment_Uni... •.. 2 of 2 Lab 6: BLOOD (supplement page) Identify 1 example of each formed element (including the platelet) in this figure. https://www.istockphoto.com/photo/human-blood-cell-under-microscope-1000x-gm472212721-36663142

Blood Cells Explain the identification of neutrophil, basophil, lymphocytes, and platelets. Describe the relative abundance of each kind of blood cell, as well as their function in the body. Where is each kind of cell produced? Do all stay within the confines of the blood vessels, or can some migrate throughout the body? Do all have nuclei? How long do they Iive? Where are old blood cells destroyed?

The antibodies related to the ABO blood group are located  1. Within the plasma? 2. Within the red blood cell nucleus? 3. Within the red blood cell cystocel?

1. The laboratory scientist performs a differential on the patient’s peripheral blood smear. Although there are low numbers of white blood cells, the scientist notes a few plasma cells in the peripheral smear. Plasma cells are which kind of white blood cell? Please explain no more than 3-6 sentences.  A). Granulocyte B). Lymphocyte C). Monocyte 2. Plasma cells are which type of lymphocyte? Explain, No more than 3-6 sentences. A). T cells B). B cells

1. What type of white blood cells produce platelets?  2. Describe the process of coagulation?

Please talk about 3 types of white blood cells and what their functions are.

Need help

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Match each numbered item with the most closely related lettered item.1. monocyte2. fibrinogen3. neutrophil4. erythroblast5. hemopoiesis6. albumin7. antibody8. water9. erythropoiesis10. globulina. immature form of erythrocytewith a nucleusb. the most abundant plasma proteinc. formation of erythrocytesd. agranulocyte that candevelop into macrophagee. the most abundantcompound in plasmaf. the most numerous leukocyteg. transport protein in plasmah. blood cell formation anddevelopmenti. binds to antigensj. protein that can be convertedinto blood clot fibers

80) Which white blood cell is the first to attack foreign cells? Group of answer choices Neutrophil B Lymphocyte (B-Cell) Monocyte T Lymphocyte (T-Cell) Eosinophil 81) The internal intercostal muscles assist only in labored breathing.  Group of answer choices False True 82) What is the 1st phase of Hemostasis? Group of answer choices Coagulation Platelet Plug Formation Stroke Bleeding Vascular Spasm 83) The ____________ is the maximum amount of air that can be inhaled beyond a normal tidal inhalation. Group of answer choices RV VC ERV TV IRV

Describe the structure and function of each of the following cell types 1. Basophils 2. Neutrophils 3. Macrophages 4. Dendritic cells 5. Eosinophils Which cells are phagocytic?

Question 1 An 18yrs old woman from Ananekrom in the Asante- Akyem North District was presented to your consulting room with the following complaints; headache, photophobia, painful and stiff neck as well as vomiting. Upon physical examination, the patient was febrile(temperature, 38°C) with tachycardia. Her CSF sample was taken to the laboratory for further investigation. Her results came out with low glucose estimation of 1.2mmol/L and high protein estimation of 10.0g/dL. Gram staining results show numerous Neutrophils with Gram positive diploccoci- +++ (A) What condition does this patient's laboratory and other Findings suggest?

1. Is there a clear-cut demonstration or demarcating line between primary hemostasis and secondary hemostasis or coagulation? Explain your answer in not more than 3 sentences. 2. There are 3 stages in primary hemostasis; platelet adhesion, aggregation and secretion. If one of these is impaired, will there be a production of platelet plug? Defend your answer in not more than 5 sentences.

An 80-year-old man is seen for an annual physical examination. He complains of shortness of breath on exertion and is often tired. His stool is black. Laboratory data are: Hemoglobin: 8.2 g/dL Hematocrit: 30% White cell count: 4.2 × 109/L White cell differential: Neutrophils: 60% Lymphocytes: 31% Monocytes: 7% Eosinophils: 2% Basophils: 0% Red cell count: 4.0 × 1012/L RDW: 20% Platelet count: 400 × 109/L Reticulocyte count: 1.2% Stool occult blood: Positive   1. What is the most probable type of anemia seen in this patient? 2. What is the cause of the anemia seen in this patient?