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Actual study done at Augusta University on the effects of Myostatin Inhibition.

Flaynk

New member
Here is a link to the article about the study (I can't post links): https : //www . sciencedaily . com/releases/ 2017/04/170425153812.htm

Here is a link to the University website Biology section where Dr. Josh Butcher is a part of: http : //www . augusta . edu/centers/ vbc/

I sent an email to this center for research to ask about inhibiting myostatin in humans and what is sold either through prescription or over the counter that achieves these results. If they do respond, I will let you all know.

In summary, the test worked and it resulted in extreme increase of muscle mass as well has an increase in cardiovascular health.
 
Link to the article, to help out:

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Interesting.
As far as I (think to) know, inhibiting myostatin in humans for building muscles works only while still growing, in youth. Got that info from a peptide forum, discussing myostatin inhibiting compounds.
 
Interesting.
As far as I (think to) know, inhibiting myostatin in humans for building muscles works only while still growing, in youth. Got that info from a peptide forum, discussing myostatin inhibiting compounds.

Thanks for the info. If that is true then that sucks; however it would make sense.
 
Myostatin inhibition can lead to the wrong kind of muscle growth like the heart...
 
Do you have a link to a study that concluded that?

Have you ever seen me link a study, ever? Myostatin is in place in the body to regulate growth of muscle...the heart is a muscle...don't really need a study to see the relevance here.
 
Have you ever seen me link a study, ever? Myostatin is in place in the body to regulate growth of muscle...the heart is a muscle...don't really need a study to see the relevance here.

Gotta get a big heart if you want the big bi's yates...

At any rate, It's still exciting to see new research being conducted on myostatin.
 
Have you ever seen me link a study, ever? Myostatin is in place in the body to regulate growth of muscle...the heart is a muscle...don't really need a study to see the relevance here.
I would think the same thing. However as with many things the tissue specific receptors or other factors based on the different transcriptome may lead to reduced or otherwise changed effects.
As the heart muscle has many marked differences to other muscle types thats not really unlikely as well.
However as the whole system is not well understood for any muscle types we need to wait if someone discovers practically different effects more or less by coincidence before we can hope someone will start to analyse it at molecular level.
 
Link to the article, to help out:

Invalid Link Removed

Interesting.
As far as I (think to) know, inhibiting myostatin in humans for building muscles works only while still growing, in youth. Got that info from a peptide forum, discussing myostatin inhibiting compounds.

I read a couple articles a while back that showed that androgens/AAS decrease myostatin for a while... about 8 weeks or so. I'll try to dig them up...

Edit: nevermind... I think I misunderstood that data: Invalid Link Removed
 
Have you ever seen me link a study, ever? Myostatin is in place in the body to regulate growth of muscle...the heart is a muscle...don't really need a study to see the relevance here.

Totally different types of muscle. Cardiac muscle have their own separate protein sets, conduct action potentials differently, and propagate them differently as well.
 
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:smoker:
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So no, it doesn't seem to effect left ventricle size.
 
Link to the article, to help out:

Invalid Link Removed

Interesting.
As far as I (think to) know, inhibiting myostatin in humans for building muscles works only while still growing, in youth. Got that info from a peptide forum, discussing myostatin inhibiting compounds.

So no new info in that article.
For me at least an nothing on progress of inhibiting myostatin in humans.

When I researched myostatin inhibition back in school many years ago, the problem in inhibition ( via gene therapy) was they could turn off the genes, but not turn back on. I'm sure this is still the case.
 
Totally different types of muscle. Cardiac muscle have their own separate protein sets, conduct action potentials differently, and propagate them differently as well.
Exactly what I was thinking. The heart cannot be stimulated to grow in the same manner as biceps or quads can therefore inhibiting myostatin would and should have no new effect on the heart.
 
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