ing at this picture, this is ONE of the 5 red squares from the "cross" of the hemocytometer. Jsing the Top and Left 3 white lines as the "in" lines, and the Bottom and Right 3 white lines as the "out" lines, how many red blood cells do you count in this picture? "NOTE: Count every cell as a Red Blood Cell here

Pls send me answer of this question briefly i will give you like sure sir   • You and your roommate are watching the track and field events at the Olympics. One of the sportscasters mentions that a particular athlete has been banned from competing because he was found guilty of blood doping. Your roommate asks you what blood doping is and why the athlete would be banned for doping his blood. How would you answer your roommates’ question?

What would your test results show if the patient had" AB -" blood? Select the correct description of the test results. anti-A serum anti-B serum anti-Rh serum O a. Clumping in A and B but no clumping in Rh O b. No clumping in A, B and Rh O C. No clumping in "A" and "B", clumping in "Rh" O d. No clumping in "A" clumping "B" and "Rh"

Anatomy and Physiology 1) In the clinical setting, how do we actually determine someone’s blood type? When somebody needs a blood transfusion, the clinician needs to find out what theirblood type is to make sure they get the right type. How? You can figure this out. I’mgoing to give you all of the information you need, and then you are going to predict howblood types are assessed in the clinic.First, you need to know that when antibodies attack RBC, the reaction creates clumping,called agglutination. This is a visible reaction- you can see it happen!Next, you need to know that to determine somebody’s blood type, the clinician has a vialof antibodies that attack A (called anti-A), a vial with antibodies that attack B (anti-B),and… I know you know where this is going… a vial with antibodies that attack Rh (guesswhat that’s called!). And, of course, they have a sample of the person’s blood.Okay! Come up with a hypothesis about how you could do this. Just try to figureout how it could be…

Red blood cells Multiple Choice O O are columnar in shape. have several nuclei in each cell. divide frequently, protect the bloodstream from invaders. contain large quantities of hemoglobin.

Jenny G. received a transfusion of 3 units of Packed Red Blood Cells last year.  She has been readmitted to the hospital and is anemic (HGB 7.1 g/dL) and has a positive antibody screen in AHG with cells I and II and her autocontrol is positive. Her panel shows agglutination in AHG for all 10 panel cells.  She types as A positive. What do these results suggest? How could you determine if this patient has an alloantibody?

Below is a picture of frog red blood cells. What are the similarities and differences you see between the frog erythrocytes and human erythrocytes?

Why do red blood cells lack a nucleus? Why is this an advantage?

Since RBC’’s have no nucleus or mitochondria, what is the source of energy for red blood cells? How does RBC generate energy? proper explanation and diagram

Show all working explaining detailly each step Solution should be typewritten with a computer keyboard!