briskcrane8 said:What should be done about low erythrocyte, hemoglobin, and hematocrit levels, and what is causing this? I am already in quite a panic and worried, especially since the changes are happening daily and aren't just minimal or negligible.
Hello,
A lot of data and parameters are missing before we can say anything meaningful, but based on what you’ve shared, this anemia looks more like what we call anemia of chronic disease. Supporting this are the low iron concentration, low transferrin saturation (though it's still slightly above 15%), and low TIBC, while ferritin stays within the normal range. Of course, it could also be a mixed anemia—meaning several different factors are contributing to the drop.
If we are looking at anemia of chronic disease, bleeding wouldn't be the culprit here; instead, it would be something else entirely: chronic inflammation, malignancy, or an autoimmune issue.
You didn't mention, for instance, your sedimentation rate or CRP, which would serve as potential indicators for this type of anemia.
We are also missing one fundamental piece of the puzzle: the MCV.
Furthermore, you keep citing lymphocyte percentages, but there is no mention of the absolute leukocyte count. Without that, those percentage shifts can't even be interpreted.
In any case, this anemia is a signal that something is happening. To figure out exactly what, a broader diagnostic workup is clearly necessary. A primary care physician is mistaken if they think this can be handled with a single referral to the ER; the ER isn't the place for this kind of investigation.
The lady needs to see a hematologist first, and then we can see what the next steps should be.
swiftgull37 said:I'm a girl, and my androstendion hormone is high androstendion - 13.8 (CLIA method. Ref interval 0.7-12.9.
Note and comment: D5
Please, until I see my doctor, the annual results are... what is going on?
Elevated androstendion levels can be linked to PCOS (Polycystic Ovary Syndrome). One possible explanation for this might be insulin resistance—essentially, elevated insulin levels stimulating androgen production in the ovaries.
Androstendion itself can also be adrenal in origin, stemming from the adrenal glands due to various different disorders.
It is impossible to determine exactly what is happening based solely on these numbers.