Jonathan Edwards
Senior Member (Voting Rights)
You said it here: CAR-T thread
I don't know what i was referring to there (I cannot see a link back) but it sounds like something else.
You said it here: CAR-T thread
You were referring to the SSA dropping slower than other antibodies and calling it an lab artefact. The link i posted leads to your post.
So seems those SSA antibodies whether they are from salivary glands or from BM, are harder to get rid of than even total IgG?! As they're last ones to go :-/
Do you think it's from glands? I'm afraid it is.
So they have no role in the disease or only locally? I know its only 1-24% LLPC on biopsies but if protected environment in salivary glands niches is not the reason that SSA persists even more than total IgG, even with teclistamab it is a huge difference, why it persists so much then? So disproportionately to the total IgG.No, I think that is implausible. I have written papers on Sjogren's gland immunohistology and although there can be follicular structures with lots of B cells the number of plasma cells present in most cases is small.
So this individual with Sjogrens & ME/CFS responded or is responding to Dara 5 months post injection. Fluge’s Dara study showed patients tended to respond at 2-3 months post first injection. So that’s a decent difference. Does that mean that we can’t really attribute this person’s response to Dara?
Also I remember @Jonathan Edwards commenting that the rate of response to rituximab in the Fluge phase 2 or Phase 3 study wasn’t “right” —would you mind recapping the argument here?
If a RA patient “responded” to rituximab, but the time frame for the response wasn’t “correct” would you discount the likelihood that the response was due to rituximab?
Moreover, when I reviewed the pharmacodynamics for all the differen tmeasures it looked a mess.
Do we know whether participants had close contact to each other? In times of social media things can sometimes be quite connected, I think @Utsikt mentioned that at least one of the people didn't know any of the other people, but who knows.So hopefully the fact that the pharmodynamics of the responses were relatively consistent in the Daratumumab pilot trial gives you more hope?
If I’ve said that or given that impression, I can’t remember the basis for it at this moment. So I don’t know if it’s correct.Do we know whether participants had close contact to each other? In times of social media things can sometimes be quite connected, I think @Utsikt mentioned that at least one of the people didn't know any of the other people, but who knows.
I was in contact with one of responders and she said she had no contact with the other patients and Fluge asked them not to contact each other (this is mentioned in the paper, I believe).Do we know whether participants had close contact to each other?
Thanks!I think you accidentally double posted this comment
Polyclonal IgG levels remained unchanged, which may be explained by a subset of normal PC with reduced CD38 expression that survived during daratumumab therapy.
That is a pretty striking finding. It seems to suggest that if daratumumab has any efficacy in ME/CFS it is not due to killing plasma cells!
But IGG did go down in Fluge et al.
I wondered that. So things do not necessarily go as pear-shaped as it seemed.
Is he using the same dosing schedule as the trials? Has he at least checked NK numbers before dosing patients?View attachment 29113
From Leo Habets. Translated from German.
Attempted to treat twelve patients already. Patients are so desperate so not going to pretend like this was not somewhat expected, but incredibly worrying.
Is he using the same dosing schedule as the trials? Has he at least checked NK numbers before dosing patients?
I don't think so. There's a strong indication that he has no idea what he's doing or saying so I wouldn't put much value into his observations whether they are negative or positive.I don't approve of his methods but if what he's saying is true that is a bit worrying.