Ared blood cell is placed into each of the following solutions. Indicate whether crenation, hemolysis, or neither will occur. Solution A: 1.28 % (m^) NaCl Solution B: 2.46 % (m/v) glucose • Solution C: distilled H20 • Solution D: 8.03 % (m/v) glucose • Solution E: 5.0% (m/v) glucose and 0.9% (m/v) NaCl Drag each solution to the appropriate bin. • View Available Hint(s) Reset Help A BcD]E Crenation Hemolysis Neither

A cell count was performed on a serous fluid specimen.  As the fluid was cloudy, a 1:5 dilution was prepared.  The counts were: 34 and 32; 5 squares on each side were counted.  What is the average cell count per L?  Side 1:  34 x 1 x (1/(5x0.1)) x 5 = 340 per µl Side 2:  32 x 1 x (1/(5x0.1)) x 5= 320 per µl

E. How would you make 8 mL of Wash Buffer (1X Lysis Buffer plus 30 mM Imidazole) from stocks of 2X Lysis buffer and 4 Imidazole?

Can you please answer these two sub questions and show all of the steps to the solution

I want clear handwritten solution only....i will up vote

(e) Complete the following table: Number printed on the micropipette's end (its plunger) 20 20 200 1000 1000 Number showing in the micropipette's display window OTOHOSHOSHOOO 0 7 0 1 0 5 1 0 5 1 0 0 0 2 1 Volume that the micropipette is set to draw up (include units in your answer) 6) Before using a micropipette, you have to first place a 7) Shown below are the steps required to transfer fluid from one tube to another using a micropipette. Write numbers in the blanks to indicate the correct order in which the steps should be performed. Slowly release the micropipette's plunger. Place the micropipette tip into the tube containing fluid you wish to draw up. Push down on the micropipette plunger until it reaches the second stop. Place the micropipette tip into the tube that you wish to expel fluid into. Push down on the micropipette plunger until it reaches the first stop. 8) Suppose that you're getting ready to draw fluid into a micropipette. To do so, you push the micropipette's plunger…

On your bench, there are two tubes, Tube X and Tube Y. One tube contains 1.2 mL of 300 mosm Sucrose, and the other tube contains 1.2 mL of 300 mosm Urea. After adding 20 ul of blood to each tube, you observed the hemolysis in Tube X, but not in Tube Y. Which of the following two tubes contains Sucrose or Urea?         Tube X =                                                               Tube Y =   If the 2 solutions have the same osmolarity, explain how can they lead to different cell responses?

Order: 1000 mL D5 1/2NS IV to run over 12 hoursa) ML/hr b) Macrodrip (15 gtt/mL) c) Microdrip (60 gtt/mL)

Number 1

The order is for Streptomycin 1gm IM. You have a 5gm vial of Streptomycin . The label states to add 9ml of sterile water to yield 400mq / m * l How many ml will you give?