Complete each statement Complete each statement by dragging each label into the appropriate blank.rchgain2.0hypotonicexpandisotonicshrinkhypertonic0.9ICFlossECF0.0Shya8:CResetA cell placed in a hypotonic solution willA human RBC placed in a solution of% NaCl will experience nochange in size.Normal saline ishuman blood cells.A cell placed in asolution means that the soluteconcentration is higher outside the cellthan inside.Blood cells placed in a 500 mOsm/Lsolution willto theCells that are experiencing osmosis ofwater towards thearebathed in hypertonic solutions.Distilled water given intravenously will causecells to expand as a result of rapid fluidvia osmosis to the ECF.Zoom10%Po

Complete each statement by dragging each label into the appropriate blank. gain 2.0 hypotonic expand isotonic shrink hypertonic 0.9 ICF loss ECF 0.0 A cell placed in a hypotonic solution will A human RBC placed in a solution of % NaCl will experience no change in size. Normal saline is human blood cells. to the A cell placed in a solution means that the solute concentration is higher outside the cell than inside. Blood cells placed in a 500 mOsm/L solution will Cells that are experiencing osmosis of water towards the are bathed in hypertonic solutions. Distilled water given intravenously will cause cells to expand as a result of rapid fluid via osmosis to the ECF. Reset Zoom

Complete each statement by dragging each label into the appropriate blank. gain 2.0 hypotonic expand isotonic shrink hypertonic 0.9 ICF loss ECF 0.0 A cell placed in a hypotonic solution will A human RBC placed in a solution of % NaCl will experience no change in size. Normal saline is human blood cells. to the A cell placed in a solution means that the solute concentration is higher outside the cell than inside. Blood cells placed in a 500 mOsm/L solution will Cells that are experiencing osmosis of water towards the are bathed in hypertonic solutions. Distilled water given intravenously will cause cells to expand as a result of rapid fluid via osmosis to the ECF. Reset Zoom

Basic Clinical Laboratory Techniques 6E

6th Edition

ISBN:9781133893943

Author:ESTRIDGE

Publisher:ESTRIDGE

Chapter2: Basic Hematology

Section2.10: Principles Of Automated Hematology

Problem 9RQ

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Similar questions

You have a solution of 0.30 M glycerin. Glycerin is a lipid molecule and penetrates through the cell membrane. If you place red blood cells into this solution predict what would happen to the red blood cells (stay same, crenated, lysed). Determine: 1. the osmolarity of 0.30 M glycerin 2. apperance/effect on RBC 3. tonicity
Fill in the blanks with the appropriate word from the following group: hemolysis, water, increase, crenation, decrease, isotonic. The RBC’s in Figure 8.7 “a” are suspended in an (blank1) solution. If red blood cells are placed in a hypertonic solution they lose (blank2) and (blank3) in size. This process is called (blank4). If red blood cells are placed in a hypotonic solution they gain (blank5), (blank6) in size, and may burst. This process is called (blank7).
A 990-milliliter intravenous bag is attached to a patient with a tube and is empty after 9 hours. At what rate does the solution flow through the tube?
To measure the fragility of rbcs to osmotic lysis? Discuss briefly No plagiarism and please mention reference also!
A Physician orders 40 mL of an IV solution containing ampicillin to run in 30 minutes with a microdrop infusion set. This is to be followed by 500 mL of NS to infuse at 50 drops per minute with an infusion set of 20 gtt/mL. What is the total infusion time for the two IV solutions?
Which of the following best describes blood plasma? Group of answer choices found inbetween the cells, not in them, so called intracellular found in vessels, not cells, so it is a type of extracellular fluid found between vessels, not in them, so thought of as extracellular found within the cells, not outside, so normally called interstitial The sodium-potassium pump balances intracellular and extracellular ions by: Group of answer choices the use of ionic pressure active transport of ions creating osmotic pressure employing hydrostatic pressure What force drives fluid into lymphatic capillaries? Group of answer choices colloidal osmotic pressure hydrostatic pressure active transport of fluids diffusion of water
Yasuo Yamagata, a 63-year-old, experienced severe back pain for several weeks before visiting his family physician. He also complained of fatigue and looked pale. Blood analysis revealed a red blood cell count of 3.2 × 106/μl (normal 4.2–5.0 × 106/μl), a white blood cell count of 2800/μl (normal 5000/μl), a sedimentation rate of 30 mm/h (normal <20 mm/h) and a serum IgG of 4500 mg/dl (normal 600–1500 mg/dl). IgA and IgM levels were well below normal. Skeletal survey showed lytic lesions in vertebrae, ribs and skull. A bone marrow sample revealed 75% infiltration with plasma cells. Elevated protein in urine was confirmed to be Bence-Jones protein (immunoglobulin light chains). The patient was diagnosed with IgG λ multiple myeloma and began an immediate chemotherapy regime. Which of the following would be consistent with this type of malignant tumor of plasma cells? a. Serum IgG is polyclonal. b. Anemia and neutropenia are present as the result of plasma-cell infiltration in the…
A physician orders an intravenous piggyback infusion of 100 mL of cefoxitin 1 g to run for 30 minutes. A nurse who selects tubing with a drop factor of 15gtt/min calculates that the solution should infuse at a rate of drops per minute (gtt/min).
An erythrocyte placed into a hypotonic solution will display which of the following effects? plasmolysis crenation hemolysis turgidity shrinkage
The physician ordered erythromycin 500 mg IV every 8 hours for infection. The pharmacy sends a vial labeled: Erythromycin 1 g. The nursing drug reference provides information to reconstitute 1 g of erythromycin with 20 mL of sterile water and further dilute in 250 mL of 0.9% NS and to infuse over 2 hours. How many ml will you draw from the vial after reconstitution and add it to the IV bag of 0.9% NS 250 mL? 20 mL 5 mL 15 mL 10 mL Page 10 of 14 Previous Page Next Page
Color: Dark Yellow | Transparency: Turbid Glucose: Trace pH: 6.5 Leukocyte: +1 Ketones: Negative Protein: Trace Protein: Trace Blood: +1 Urobilinogen: Negative 8. 8. 1st field 2nd field 3rd field 4th field
The inorganic compound most abundant on plasma cell is