Red blood cell

So always be conservative.

Number two, always test levels before you insert.

And number three, understanding the physiology of the pellet and how it will release the hormones once it is started.

So let's talk about the elephant in the room and the number one reason why pellet therapy has gotten a bad reputation in some circles, pretty much all the conventional medicine circles, and why there are some bad reviews from women who have received this type of therapy.

So let's talk about overdosing.

And this is the main subject of today's episode.

And it's pearl number four, learn the signs of too much.

Very simple, very critical pearl of palliotherapy, understand and know how much feels like and how can you manage it because it can be managed.

So pancytopenia is when the patient doesn't have enough of all of those blood cells.

Those RBCs are decreased.

Those platelets are decreased.

Those WBCs are decreased, okay? So it can cause pancytopenia.

Let's think about this.

All right.

Professor G said RBCs decrease.

OK, so what? Hello.

I don't know.

Maybe just take more gear to increase the RBCs and then you'll have more oxygen in your blood.

You can hold your breath longer.

There you go.

So you subtract one PMN for every 250 red blood cells.

So let's say you have 2,500 RBCs.

we're going to try to do math live, you'll do one PMN for every 250 RBCs.

So this would be, you know, you subtract 10 PMNs from that cell count.

So let's say you had 251 PMNs, you would be subtracting 10, which means you really are only considering 241 PMNs, which again, we're kind of parsing hairs, but technically that would not be considered SBP because it's less than 250.

But I'll give you some of those initial investigations for the fever and leukocytosis.

So the patient had a urinalysis as part of their infectious workup that showed 3 plus glucose, 1 plus ketones, 3 to 5 RBCs, 0 WBCs, and occasional bacteria.

Deborah wanted the chest x-ray.

But like I said, no respiratory symptoms.

If we see a rouleau in blood cell appearance, that indicates poor circulation, high proteins or fats, toxicity, and chronic inflammation and multiple myeloma.

RBC aggregates, protein linkage.

RBC membrane distortion, RBC echinocytes, platelet aggregation, acanthocyte and spare cells, vasophilic stripling.

I can go down the line.

There's at least 25 to 30 different shapes of red blood cells that connote metabolic dysfunctions that we diagnose outside of the normal stool tests or bacteria tests.