Packing: 1000 mcg vials, 10 vials / kit (igf 1-lr3 usa)
Storage：a cool(2~8 ℃) & dry place protected from light, keep package close when not in use.
IGF1-LR3 What does it do?
IGF-1 LR3 greatly boosts muscle mass by inducing a state of muscle hyperplasia (increase in number of new muscle cells) in the MUSCLE WHERE ITS INJECTED! So think of it as muscle cell proliferation, or even the splitting of the cell so 1 becomes 2… That’s why its perfect on cycle when you get increased muscle cell growth too.
But why is IGF Better Than HGH?
The reason being is HGH causes IGF levels to rise in the liver first, then then the muscle, Whereas IGF-LR3 causes localized IGF levels to rocket.
Igf1-lr3 As you all know is the long acting version of Igf-1, Taking its active potential up towards 20 hours, But along with its ability to stimulate the growth of satellite muscle cells and helping them to mature into new muscle fibers it holds the ability to increase the uptake of many supplements we currently use, And it can cause the enhanced recovery of testicle size, and prevent muscle loss even in PCT. Plus another reason its so potent is because of the decreased binding of Long R3 IGF-1 to all known IGF binding proteins. These binding proteins normally inhibit the biological actions of IGF not so with this long acting version.
So how about IGF1-LR3, as those quotes were about plain igf?
IGF-1 has even been altered to increase its effectiveness, making IGF-1 ten times more potent (pages 134-136 of Chemical Muscle Enhancement). Several websites make reference to this altered form of IGF-1 – known as DES (1-3) IGF-1. This version of IGF-1, Insulin-like Growth Factor is also refereed to as Lr3IGF-1 (Note: Lr3IGF-1 is 2-3x more potent than regular IGF-1).
Well it increases the effectiveness of an Igf 1 Lr3 Cycle, this is because of a very unique quality of igf-1-lr3, you see IGF-1 acts on several different tissues to enhance growth. IGF1 belongs in the ‘superfamily’ of substances known as ‘growth factors,’ along with epidermal , transforming; platelet derived fibroblast, nerve, and ciliary neurotrophic growth factors.
None of the other factors have any bearing on exoskeletal tissue incidentally; however, these agents all have in common the ability to stimulate cell division, known as mitogenesis, and cell differentiation. Meaning That In the case of IGF1 which does act on muscle tissue it will initiate the growth of new muscle fibers, and subsequently new receptors for testosterone. Many Users on forums have unanimously concluded that it enhances Cycles Of Steroids significantly. They also seem to be adamant about its ability to reduce fat and improve vascularity a great deal.
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