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The Clinical Problem Solvers

Episode 87 – RLR – Scrotal Pain

The Clinical Problem Solvers

The Clinical Problem Solvers

Science & Medicine, Medicine, Education, Higher Education

4.7528 Ratings

🗓️ 14 May 2020

⏱️ 34 minutes

🧾️ Download transcript

Summary

Transcript

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0:00.0

Hey, folks, just a quick reminder that this podcast is not meant to be used for medical advice,

0:07.7

just good old-fashioned education.

0:16.2

Welcome back, Clinical Problem Solvers.

0:19.2

This is another episode of the R-L-R series, which stands for...

0:24.3

Reza loves Robi loves Reza.

0:26.5

Vito, veto, delete.

0:30.0

As a reminder, this is where Reza and I sit, hang out, and talk through cases.

0:34.2

It is completely unscripted, poorly prepared, and hopefully

0:38.9

partially made up for by the spontaneity of the conversation. So we, Charmine usually

0:46.6

reminded us that this podcast is not for medical advice, and I would especially emphasize

0:50.9

that to be true for these spontaneous random discussions.

0:55.6

So now I'm going to kick off this episode by presenting a case to Raza.

1:02.1

And before you kick it off, Robbie, can you just, you were sharing with me this morning via

1:07.3

text message. You got lost in your river of blood. What was one interesting fact

1:12.6

you learned in reading about hemolysis this morning? You know, I was drowning in the river

1:18.3

of blood, quite frankly. I learned that our entry point for homilysis is usually anemia, but you could actually have RBC destruction

1:34.5

with a normal hemoglobin. How can that happen? Well, a couple of more intuitive ways is,

1:41.6

well, you start with a high hemoglobin, either because of polycythemia, true polycythemia, or relative polycythemia from volume contraction.

1:52.9

Or your bone marrow is healthy and well-fed and full of folate and B-12 and nice healthy stem cells.

2:01.7

And you can keep up with the rate of RBC destruction by pumping out reticulocytes.

2:07.4

And that's called compensated hemolysis.

2:10.0

So said simply, a normal hemoglobin does not exclude hemolysis.

...

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