#321 ·
My MCHC is at 398—can someone tell me what it actually means when it's that high? The normal range is supposed to be 320-360. Thanks!
Started by vividsailor7 · · 👁 37 views · 3.9K replies
Nicole Ortiz said:Can someone please help me make sense of these lab results?
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We’re suspecting anemia, so we had everything re-tested. My hair has been thinning out like crazy for about six months now, and I also deal with thyroid issues.
And please—don't just give me that "it's all because of your thyroid" line.
Everyone loves to play doctor and blame everything on a single diagnosis the second you have one. It's lazy.
For context, I'm in my mid-20s.
Thanks
nimbleharbor65 said:segmented neutrophils 0.3 (0.44-0.72)
lymphocytes 0.57 (0.2-0.46)
everything else is within the normal range...
rapiddriver23 said:MCHC 398, can someone tell me what it means when it's this high? The normal range is 320-360. Thanks
crimsonpanther7 said:my blood work has me worried because my white blood cell count is elevated at 11.6 and MPV is 5.5
I also have some bacteria in my urine and white blood cells at 10 in the urine test
what does this mean
vividsailor7 said:There aren't any typical obesity-related issues like hyperglycemia, dyslipidemia, or fatty liver.
It would be a good idea to check your USA levels, CRP, 24-hour proteinuria, and uric acid via a urinalysis.
Make sure to monitor your blood pressure and keep a daily log of those readings.
Amy James5 said:Can birth control pills cause high copper levels in my blood? I've been on them for about 11 years now (I'm 28). If they do, how long does it usually take for those numbers to get back "to normal" once you stop? My copper is at 31.6, while the ref range is 12.2 - 25.1.
Amy James5 said:Can birth control pills cause elevated copper levels in the blood (serum copper)? I've been on them for 11 years (I'm 28). If so, how long does it take for levels to return "to normal" after stopping? My level is 31.6, ref range (12.2 - 25.1)
Kimberly Fisher37 said:The cortisol and CRP results finally landed on my desk. My 24-hour urine cortisol came back at 39.7 nmol/dU, which is nowhere near the standard reference range of 58-306. This is frustratingly low.
My 24-hour urine volume clocked in at 500ml, which is actually below the standard reference range of 600-1600ml. On top of that, my CRP is sitting at 8.4 mg/L—definitely higher than the normal threshold of less than 5.0. Not exactly the news I was hoping for.
I’m getting another set of urine analysis results back tomorrow, so I’ll update everyone here once they land on my desk. Given everything I've been dealing with lately, I really need some perspective. What do these new numbers actually mean in the grand scheme of this whole mess, and what should I be looking into next? Any advice is appreciated.
Amy James5 said:Can birth control pills cause elevated serum copper levels? I’ve been on them for 11 years now, and I'm only 28. If there's a connection, how long does it actually take for those levels to settle back down to "normal" once you stop taking them? My current reading is 31.6, while the reference range is 12.2 - 25.1.
Elizabeth Fox said:I’ve been dealing with these brutal bouts of vertigo, constant nausea, and even some vomiting lately. Because of all this, my doctor is sending me in for a couple of tests—specifically a color Doppler ultrasound of the carotid arteries and a transcranial Doppler sonography.
Results:
Using both CDFI and PDI to map out the carotid arteries, the results show medium-width vessel lumens on both sides. I didn't see any sign of formed plaques or stenoses. The hemodynamics look perfectly symmetrical and stable. Both ACAs are showing satisfactory morphology and blood flow.
The morphological view of the vertebral arteries shows medium-width lumens on both sides—averaging about 3.9mm on the right and 4.0mm on the left. As for the hemodynamics, everything is perfectly symmetrical and falls right within the normal range on both sides.
TRANSCRANIAL DOPPLER ULTRASOUND
The circulation results from the Willis circle are sitting right at the edge of the normal range.
The imaging results for the abdominal vessel circulation show that SBSK levels are slightly elevated across every single blood vessel they tested.
What does this actually mean for me? Am I looking at something that requires more testing right away? Honestly, should I be panicking here?
I'm 33 years old.
Thanks.
Elizabeth Sanders24 said:I need some help understanding this. After having two miscarriages, my doctor ordered a full coagulation panel, and these are the tests listed:
23211- P-Fibrinogen
28611- Activated partial thromboplastin time
28621- P- prothrombin time- INR
28695- P-Antithrombin III,...mg/L, ( P-AT III, Pt-n)
What exactly am I looking at here? Can any signs of thrombophilia be spotted from these results, even though I haven't been given a specific referral for those tests yet?
Thanks
vividsailor7 said:It's just a standard blood draw. If you head over to either Mayo Clinic or Johns Hopkins, I'm pretty sure they handle this all the time.
Elizabeth Sanders24 said:Can someone walk me through this? My doctor ordered a full coagulation panel after I had two miscarriages, and these were the specific tests listed:
23211- P-Fibrinogen
28611- Activated partial thromboplastin time
28621- P- prothrombin time- INR
28695- P-Antithrombin III,...mg/L, ( P-AT III, Pt-n)
What exactly am I looking at here? Is there anything in these specific results that would point toward thrombophilia, or do I need to wait for the other tests my doctor hasn't ordered yet?
Thanks
velvetmoose9 said:Fibrinogen, APTV, PV, and INR are parameters used to assess blood clotting function. They need to stay within specific ranges for the system to work correctly. Some people call this a "major coagulogram." Basically, it’s the starting point for investigating potential thrombophilia and is standard procedure for preoperative prep or when managing certain conditions, like a heart attack or stroke.
Antitrombin III,protein C, protein S, factor V (Leiden) mutation, and prothrombin II are more advanced tests used to determine if there's an underlying genetic disorder causing thrombophilia.