CBC with Auto Diff (GMC IHC) Part 2
Two days ago 01-04-2025 I noticed to my surprise that I could read letters better on the TV without my classes. I did not understand what was happening and why. So, I started to research and found out that there is a condition called ‘River Blindness’. I did more research and found out that a parasite is responsible for that problem.
That triggered another search and I learned that you need to take medication for parasites. This will help and or cure River Blindness. I do not have River Blindness.
That is when I realized that we can have parasites in our eyes. I assume they are in the blood vessels.
That brings me back to my original question, why is my eyesight getting better?
Since I have prostate cancer, I take Ivermectin. Ivermectin is fighting parasites.
Is there is a connection between ‘Ivermectin Fighting Parasites Getting Better Eyesight’.
To me it makes sense, but I have no idea if that thinking is correct. Since I am not a doctor, I am not sure, or is that just wishful thinking.
Norby
Norby
CBC with Auto Diff (GMC IHC)
“CBC with auto diff” is an abbreviation for a laboratory test called a complete blood count with automated differential. The test consists of group of measurements and counts performed by laboratory instrument 2. The analysis is easy to perform and gives an abundance of information about your general state of health state. It is ordered by doctors for a variety of reasons and is one of the most common and useful laboratory tests
21. IG%
21. IG%:
- Date Value Reference Range
- UT1-1 08-18-2025 0.2 0.2-0.9(%)
Excerpt:
Granulocytes are a type of white blood cell that appear granular when viewed under a microscope. Immature granulocytes (IGs) develop in the bone marrow, where they give rise to cells called neutrophils, eosinophils, and basophils……….
22. IG#
22. IG#:
- Date Value Reference Range
- UT1 -1 08-18-2025 0.01 0.0-0.10 (x1000/ul)
Excerpt:
An immature granulocyte (IG) is a young white blood cell that has not fully developed. These cells are produced in the bone marrow, where they normally remain until mature. Their presence in circulating blood indicates that the body has released them from the bone marrow early. This premature release is a response to a signal that the body requires an increased number of immune cells………
23. NRBC#
23. NRBC#:
- Date Value Reference Range
- UT1-1 08-18-2025 0.0 <0.00
Excerpt:
Nucleated Red Blood Cells (NRBCs) are immature red blood cells that have not yet expelled their nucleus. In a typical Complete Blood Count (CBC) test, the presence of NRBCs is significant and can provide valuable insights into a patient’s health. While NRBCs are common in the bone marrow, where red blood cells are produced, they usually do not circulate in peripheral blood. Therefore, the appearance of NRBCs in a CBC test panel is noteworthy and often indicates an abnormality or a stress response within the body…………
24. NRBC%
24. NRBC%:
- Date Value Reference Range
- UT1-1 08-18-2025 0.0 <0.0(%)
Excerpt:
A nucleated red blood cell (NRBC), also known by several other names, is a red blood cell that contains a cell nucleus. Almost all vertebrate organisms have hemoglobin-containing cells in their blood, and with the exception of mammals, all of these red blood cells are nucleated.[1] In mammals, NRBCs occur in normal development as precursors to mature red blood cells in erythropoiesis, the process by which the body produces red blood cells………..
25. Immature Granulocyte Automated
25. Immature Granulocyte:
- Date Value Reference Range
- TX1-1 12-17-2024 0.2 0.0-1.0(%)
Excerpt:
Immature granulocytes (IGs)—including metamyelocytes and myelocytes—are precursors to mature white blood cells. Under normal conditions, they remain in the bone marrow. When released into the bloodstream prematurely, it’s often a sign of heightened immune activity, like an infection or systemic stress.
(Labcorp)………..
26. Serum parathyroid hormone (PTH)
26. Serum parathyroid hormone (PTH):
NO DATA AVAILABLE
- Date Value Reference Range
Excerpt:
In secondary hyperparathyroidism (sHPT), the parathyroids are overactive, and parathyroid hormone (PTH) levels are high. Unlike primary hyperparathyroidism (pHPT, though, the problem does not start with the parathyroids. Something else – usually low calcium levels – causes the parathyroid glands to release more PTH. The parathyroid glands exist to do one thing: maintain blood calcium levels. When the calcium is low, the parathyroids make more PTH to get the calcium up. If the blood calcium level stays low, the parathyroids just work harder and make more PTH. Over time, the PTH can get quite high and the glands can “bulk up” just like a muscle lifting heavy weights daily. Bulking up (called hyperplasia) allows the glands to produce more PTH.