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bone marrow

bone marrow

Search complete. 76 mentions across 8 episodes found for "bone marrow".

Oct 30, 2026

Chase ParhamHOST
9:00
It's on the DMOnline.com. Madeline Lass writing it.
Chase ParhamHOST
9:04
Bone Marrow Donation Drive.
Chase ParhamHOST
9:06
A name that's been familiar with our network as well.
Chase ParhamHOST
9:09
We put some things out.
EricaHOST
1:50
So can you highlight a little bit about what exactly mu cells are and how they're different from stem cells?
Adeel KhanGUEST
1:54
Yeah, so when I got involved in that clinical trial, we were using something called mesenchymal stem cells, which was basically we were isolating them from your bone marrow or from the fat, and then we would inject them back into your knee or hip, depending on where the issue was.
Adeel KhanGUEST
2:09
And then I started reading and I realized that the guy who made that term, mesenchymal stem cells, actually wrote a paper in 2017 saying, I was wrong.
Adeel KhanGUEST
2:19
They are not true stem cells.
Adeel KhanGUEST
5:29
So that's probably the biggest reason.
Adeel KhanGUEST
5:31
Unfortunately, I think it's just business and profitability.
EricaHOST
5:35
And so are you able to get the mu cells both from bone marrow and from fat? And are there pros and cons to one? Like, say, do the ones from bone marrow work better on orthopedic conditions versus maybe the fat ones work better on autoimmunity or inflammation? Are there any kind of pros and cons to where they're sourced from?
Adeel KhanGUEST
5:50
Yeah, there hasn't been head-to-head clinical trials, but...
Carl MandrioliHOST
0:58
Shug is back.
Carl MandrioliHOST
0:59
Earlier this year, he had a bone marrow transplant and was given a .001% chance to live and proved all the doctors and YouTube commenters wrong.
Carl MandrioliHOST
1:09
He came back just to be on this podcast.
Carl MandrioliHOST
1:12
Shug, is any of this true?
Shug EmeryGUEST
2:14
But
Carl MandrioliHOST
2:15
he
Shug EmeryGUEST
2:16
never said that, though, did he? He never said that, but it was implied that, you know, we have some decisions to make about whether I want to, you know, go through and pursue this whole bone marrow transplant and go through all the chemotherapy or kind of call it and go, you know what, I'd rather just live out what I have.
Shug EmeryGUEST
2:34
And I was really leaning toward that at the time.
David BassousHOST
0:08
And today I want to talk about transplants from live donors.
David BassousHOST
0:13
And basically we're talking about the kidney, the liver, blood, bone marrow.
David BassousHOST
0:22
There's organic transplants, inorganic transplants.
David BassousHOST
0:26
And the question is, where does it start to discuss this? Where does the Torah talk about

7 MINS LATER

David BassousHOST
7:40
The minor kinds of transplants are not really considered transplants.
David BassousHOST
7:42
They're donations of blood.
David BassousHOST
7:46
Bone marrow.
David BassousHOST
7:47
The donation of blood and bone marrow fulfills almost literally the biblical precept.
speaker_0HOST
0:23
Dr. McNamara earned her Bachelor of Science from Hobart and William Smith Colleges in 2000, followed by her PhD in microbiology from the University in Pennsylvania in 2006.
speaker_0HOST
0:35
Her research focuses on the hematopoietic system response to and recovers from stress caused by infection, inflammation and aging, with a particular emphasis on the critical role of macrophages in the bone marrow niche.
speaker_0HOST
0:52
In recent years, she has brought specialized pro-resolving mediators into this field, demonstrating how SPMs, such as Resolving E1, can restore atherosclerosis, rescue marrow function in severe aplastic anemia, and how resolving D2 and related pathways influence macrophage senescence, aging, and atherosclerosis.
speaker_0HOST
1:14
Her work is supported by major NIH funding, including her own R01 grant on inflammation resolution in bone marrow failure and the collaborative R01 with Dr. Gabrielle Fretman on resolution impairments in aging and atherosclerosis.
speaker_0HOST
1:32
Dr. McNamara's research is helping to reveal how active resolution programs shape blood cell production and recovery.
speaker_0HOST
1:40
And that's why we are delighted to have her on the SPM podcast today.
Katherine C. McNamaraGUEST
5:58
It's a tick-borne ehrlichiosis.
Katherine C. McNamaraGUEST
6:00
And one of the things about these diseases that, you know, was pretty well established clinically they caused very profound cytopenias like, and that was a sort of a hallmark of the disease, but it wasn't really clear why.
HomaHOST
6:21
Oh, no, no, no.
HomaHOST
6:23
Marrow sucking.
HomaHOST
6:24
Marrow sucking.
HomaHOST
6:25
Marrow sucking.
HomaHOST
6:26
Marrow sucking and other...
HomaHOST
6:30
Dude, let's just start talking about traitors because I don't know how to segue from marrow sucking.
HomaHOST
6:34
You don't know how to
Elyse WillemsHOST
6:00
Yeah.
James WillemsHOST
6:00
Yeah.This is too, probably too complex to be a name for a Bone Thugs-N-Harmony member, but I would say you call him Marrow because he's the bone filler.
Elyse WillemsHOST
6:13
He filled in the gaps.
James WillemsHOST
6:14
He fills in the bones.
James WillemsHOST
6:22
But then I, I don't think that ...
James WillemsHOST
6:23
They would probably be confusing, and I understand why they might not pick that.
Elyse WillemsHOST
6:26
Bone Marrow.
Elyse WillemsHOST
6:27
Yeah, I like that though.
DallasHOST
14:35
Okay.
KincaidHOST
14:35
Not fried, a bone marrow fried rice.
DallasHOST
14:37
Oh, gross.
LaurenPANELIST
14:37
Okay.

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