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m8 loads of people have put their reviews in and all of them grew from it, there is a limit to skepticism but you my friend have gone well over the top: http://russianstarpeptides.com/product/bmp-7-height-formula/#reviews even if there is small height increase it doesnt mean it doesnt exist Im going to take spironolactone, Aromasin, GHRP-2, MOD-GRF 1-29, Hexarelin, T3 thyroid, IGF-1 LR3, SAM-E Glucosamine Chondroitin MSM.nope, Russian star peptides is a total and utter scam, they've shilled their products on a multitude of forum's particularly forums revolving around maximizing height.
Also what's your current stack?
Don't underestimate DNA methylation promotion from SAM-E when the BMP-7 is inserted and it can go through the cell membrane via Type 1 and Type II pathway and TGF-Beta pathway is also stimulated simultaneously without inhibitors of BMP (like noggin) and inhibitors of TGF (like chordin) doesn't block the proteins. And as soon as it enters the cytoplasm, it also has to go through another hurdle and hope that I-Smad like Smad-6 and Smad-7 doesn't interrupt R-smads and Co-Smads. The Smurf1 is another smad signaling inhibitor that has to be dealt with.
As soon as Smad 4 who acts upon binding R-Smads and C-Smads enter into the nucleus and transcription of DNA occurs, that's when DNA methylation CAN occur. That's when "OFF" can turn into "ON" and "ON" can even turn off to "OFF". But TGF-Beta isn't the only pathway. There is also have MAPK pathway signaling that can also aid in proteins to reach the nucleus. This is IF all the inhibitors don't bind into any of the protein AND if inflammation does NOT occur. Let's hope for that.
The Smad 4 that binds with R-smads and Co-smads must enter the nubles. That's where the DNA IS located at. That's when DNA methylation occurs. That's also when cells communicate to other cells to transdifferentiate and then go through mitosis eventually.
Then mesenchymal stem cells within the bone marrow can differentiate into chondroctyes or osteoblasts depending on which gene receptor acts upon when protein binds into the adaptor.
When mesenchymal stem cells proliferate into chondrocytes and it starts to divide you will grow taller so this has to occur properly in cellular levels.
The E coli bacterial plasmid is a good vector that can rapidly multiply the source of your body's own BMP-7 so we can induce more growth from stacks.
I believe instead of looking for somatostatin receptor antagonists you should be looking for noggin, chordin, I-smad, Smurf1 inhibitors, growth will happen beyond genetic regulation if a stack can be found for this
I suggest you look up a picture chart of bmp2 and its SMAD-dependent pathway AND Smad-Independent pathway.
Smad-dependent pathway signaling uses Cbfa1 as transcription factors and this brings the result of Osteogenesis. If you want to experience interstitial height growth, you want the Chondrogenesis which uses the transcription factor of Sox9 and it's from Smad-independent pathway such as MAPK-signaling and this occurs from possibly downregulating FGFR3 and upregulating FGFR2 from BMPR-IA receptor.
This is only for BMP-2 btw, for BMP-7 it might be a little different that is why you also need to study the DNA structure of different BMP's this goes into epigentics this will give you more info: https://media.nature.com/w582/natur...boneres20155/images_hires/boneres20155-f4.jpg (BMP-7 and OP-1 are interchangeable btw)
DNA methylation silences the gene and it can work towards the CpG height increase inhibiting genes. Basically the role of DNA methylation would be to silence the inhibiting height increase genes. That is why I take it. I'll wait for your take on this instead of you saying there is nothing you can do for how specific height inhibition or promoting genes can be manipulated with the right choice of chemicals. According to Vsauce( yes really), the genetic limit for humans to grow who don't have a condition is 7 foot 3. So if you want to make the excuse of 'genetic potential' then the potential can extend that far.
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