How to find the location of red cells?

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In summary, Mark is trying to find variants of the positions of red cells when he has green cells in a sheet from previous calculations.
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HOW TO FIND THE LOCATION OF RED CELLS??
Hi ALL!
I’m Mark. I’m new on this forum. Thank you very much to possibility of registration. This is my first post over here. I am student and I am writing my final work. I have a big and serious technical problem. Maybe some of you will be able to help me.
I show results of my measurements in tables.

TABLE LEGEND:

X
- The X marks are measured values. The results of my measurements (KNOWN VALUES)

GREEN (KNOWN VALUES) - In green cells with numbers from 1 to 6 there are results of analytical calculations from previous series of measurements.

RED (VALUES TO PREDICT) - In red cells with letters from A to F are results of current calculations.
I noticed that results of analytical calculations agreed with measured values:
values of green from 1 to 6 and values of red cells from A to F. High correlation of the results of analytical calculations and measurements

MY PROBLEMS:
How to predict values in red cells?
How to find variants of value in red cells when I have position green cells in sheet ??.

OR
How to find variants of positions of red cells when we have position green cells in sheet from previous calculations??

Regards
Mark
 

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  • #2
MarkSS said:
How to predict values in red cells?
You need some statistical model of how the values of the red cells depend on the values of the green cells. Then you do a statistical fit to that model, usually a least-squares fit.

MarkSS said:
How to find variants of positions of red cells when we have position green cells in sheet from previous calculations??
Similarly you would need a statistical model of how the position of the red cell depends on the position of the green cells. Again, you would do a fit to that model.
 
  • #3
I am guessing that:
S1, S2, S3 ... refer to test samples.
M1, M2,M3, ... refer to types of measurements of the samples (for example pH, height, mass, viscosity, ...)
1, 2, 3, 4: refer to four separate opportunities to apply the same measurement to the same sample.

I am not clear of the phrase "position green cell".
Do you mean "the positions of green cells"? Or simply "some green cells"?

Also, is this a duplicate of:
https://www.physicsforums.com/threads/prediction-problem.1049901/
 

FAQ: How to find the location of red cells?

1. What are red blood cells and why is their location important?

Red blood cells (RBCs) are the most common type of blood cell and are responsible for transporting oxygen from the lungs to the body and returning carbon dioxide to be exhaled. Understanding their location is crucial for diagnosing various medical conditions, assessing blood flow, and evaluating overall health.

2. How can I visualize red blood cells in a blood sample?

Red blood cells can be visualized using a microscope. A blood sample is typically stained with specific dyes, such as Wright's stain or Giemsa stain, which help differentiate red cells from other components of the blood, allowing for observation of their morphology and quantity.

3. What imaging techniques are used to locate red cells in the body?

Several imaging techniques can locate red blood cells in the body, including ultrasound, MRI, and PET scans. These techniques may involve the use of contrast agents or tracers that bind to red blood cells, enhancing their visibility in the images.

4. Can I locate red blood cells using laboratory tests?

Yes, laboratory tests such as a complete blood count (CBC) can provide information about the number and characteristics of red blood cells in a sample. Other tests, like flow cytometry, can also analyze the properties of red blood cells in detail.

5. What role do specific markers play in locating red blood cells?

Specific markers, such as antibodies that bind to surface proteins on red blood cells, can be used in laboratory techniques to identify and locate these cells. This approach is often used in research and clinical diagnostics to study blood disorders and immune responses.

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