Israel miracle drug: I read a interesting... - Cure Parkinson's

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Israel miracle drug

Ramondo profile image
11 Replies

I read a interesting piece about a drug BTM5/7 that claims to slow down the

progression of Parkinson’s and could be a possible cure, this article is featuring a

Ben Gurion in Israel, I would appreciate the more learned members among us to read and give me their opinions on this before I get over excited.

Ms p

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Ramondo profile image
Ramondo
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11 Replies
faridaro profile image
faridaro

Can you provide a link to the article?

Usufruct profile image
Usufruct

Is the following what was reference? parkinsonsnewstoday.com/202...

faridaro profile image
faridaro in reply to Usufruct

That's the link - thanks!

sharoncrayn profile image
sharoncrayn

Vitic, the lead author is a cell biologist, and it is basically a mouse study,

BP 5/7 is a bone morphogenetic protein (BMP), as GDNF and NTN are.

Importantly he refers back to the Whone trial: "GDNF was well tolerated and caused a significant increase in 18F-DOPA uptake. However, the study failed to reach its clinical end-points." And he goes on to state something important: GDNF maintains the functional integrity of dopaminergic (DA) neurons that are dysfunctional but not lost ( a la Kirkeby and Barker, 2019). Interesting theory.

He then goes and connects the two: "we found that BMP5/7 robustly increased the maturation of human induced pluripotent and neural stem cells to DA neurons."

The aim of this study was to test the hypothesis that BMP5/7 protect DA neurons against α-synuclein induced neurotoxicity, a well established PD theory. Vitic believes it does.

in 2014, Pfizer bought exclusive worldwide rights to GDNF and the related delivery system, convection enhanced delivery (CED). So the research on BMPs is nothing new.

100 micrograms of GDNF = $600 usd

Sharon

Ramondo profile image
Ramondo in reply to sharoncrayn

Thank you Sharon 😣

jeffmayer profile image
jeffmayer

Sounds hopefull not another false dawn I hope

MarionP profile image
MarionP in reply to jeffmayer

No I think there may definitely be a prospect here, it will take time but it may well converge with the work recently looked at establishing some form of stickiness or attraction between the altered aS protein and the cell's filtering medium that fails to pass it through the cell wall. Then there will be a question of whether/how the two are modified, how long the effect lasts, are ROS involved and how...is the medium repaired or self-renewing, is the accumulation of aS that poisons or clogs up the cell changed or is it changes to the cell wall, is it reparative maintenance or new growth to the cell skin filter, or is the aS conformationally changed or some attractive charge angle changed to allow it to pass through the gate, and also very interesting is the concurrent inhibition of support-cell overgrowth. It may take awhile but several research strands could be converging here.

It's also a pretty good sign when the development end goes looking for venture capital to develop a delivery system and some patents to lock down ownership of the molecules, because they know what they have has to convince some pretty sharp people that investment has a chance to bring a return.

sharoncrayn profile image
sharoncrayn in reply to MarionP

MP

you make some good points. time will tell if they can resolve these issues. not very easy. been on it for 15 years.

Sharon

sharoncrayn profile image
sharoncrayn

the best over view of GDNF, etc

GDNF-based therapies, GDNF-producing interneurons, and trophic support of the dopaminergic nigrostriatal pathway. Implications for Parkinson’s disease

Sharon

MarionP profile image
MarionP in reply to sharoncrayn

Great for some real learning more, I will go find it. Thank you for posting!

sharoncrayn profile image
sharoncrayn in reply to MarionP

Good luck on your journey

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