Applying MC IGF strictly to belly....

big in vegas

MuscleChemistry Registered Member
In the past I've applied it to the body part I was training, but this time around I've strictly applied it to my belly and I don't think there's much difference honestly. I mean I would get slightly better pumps when I applied directly to the trained muscle, but I'm still getting the same results. I was kind of surprised that I'm getting the same results, but figured I'd let everyone know that you'll get the same results either way.
 
That's pretty interesting. I may give it a try one of these times. I really enjoy the special treatment that the muscle that is going to be trained gets though. It's like a ritual for me
 
That's pretty interesting. I may give it a try one of these times. I really enjoy the special treatment that the muscle that is going to be trained gets though. It's like a ritual for me

i agree it just feels like it's doing something differant. lol
but it's way easier to just stay with the belly.
 
It's more of a whole body pump when applied to the belly. Like if you're training bis and back, both get pumped instead of just bis or just back
 
I did arms today and applied just to triceps. Both muscles got so sickly pump that I had to stop a bit early. They stayed that way for a good 3 hours! I was worried I wouldn't be able to get my work shirt on. I'm going to try the abdomen on Wed when I do back and hams
 
To me it seems like I get a better pump applying it to the belly than to a body part..
 
To me it seems like I get a better pump applying it to the belly than to a body part..

Yeah i just use it on my belly and it works great, but i have also used it on specific body parts and it was crazy good, but i hate going all over the body so i just use it on my abs
 
I've been doing this for some time and I've went back to periodically applying to certain muscles and I love the pump I'm getting. It might be me, but I feel like I get stagnant if I don't switch it up every so ofteb
 
how do you apply to the belly? and what can be taken with IGF to maximize results? i read once ZMA? anything else? legal supplements i mean
 
how do you apply to the belly? and what can be taken with IGF to maximize results? i read once ZMA? anything else? legal supplements i mean

That's suppose to naturally improve your test levels like tribulus is suppose to. But, IMO you wouldn't be able to feel it working when taken with IGF. IGF will take over.
 
how do you apply to the belly? and what can be taken with IGF to maximize results? i read once ZMA? anything else? legal supplements i mean

I'm not quite sure what you mean by how do you apply to the belly.....It's awesome though, I love applying it there
 
so just to save syringes i was shooting sub q...100mcgs.. got a few lumps in a my stomach..hoping it goes a way in a few days...i was shooting it straight from the refrigerator but it was so painful.... and in an effort to save pins i was shooting 100mcgs into 1 muscle a night aft letting the pin cool off for atleast an hour....but thats lumping up also...is shooting 100mcg too much?
 
Zinc was mentioned so I thought I'd post...

McCusker RH ("McCusker RH"[Author] - PubMed - NCBI),
Novakofski J ("Novakofski J"[Author]).The - PubMed - NCBI Department of Animal Sciences, Laboratory for Developmental Endocrinology, The University of Illinois, Urbana, Illinois 61801, USA. [email protected]
Zinc (Zn(2+)), a multifunctional micronutrient, was recently shown to lower the affinity of cell-associated insulin-like growth factor (IGF) binding protein (IGFBP)-3 and IGFBP-5 for both IGF-I and IGF-II, but to increase the affinity of the cell surface type 1 IGF receptor (IGF-1R) for the same two ligands. However, there is a need for data concerning the effects of Zn(2+) on soluble IGFBPs and the type 2 IGF receptor (IGF-2R). In the current work, we demonstrate that Zn(2+) affects the affinity of IGFBP-5 secreted by myoblasts but not IGFBP-4. Zn(2+), at physiological levels, depressed binding of both IGF-I and IGF-II to IGFBP-5, affecting (125)I-IGF-I more than (125)I-IGF-II. Both (125)I-IGF-I and (125)I-IGF-II bound to high and low affinity sites on IGFBP-5. Zn(2+) converted the high affinity binding sites of IGFBP-5 into low affinity binding sites. An IGF-I analog, (125)I-R(3)-IGF-I, did not bind to the soluble murine IGFBP-5. Zn(2+) also decreased the affinity of the IGF-2R on L6 myoblasts. In contrast, Zn(2+) increased IGF-I, IGF-II and R(3)-IGF-I binding to the IGF-1R by increasing ligand binding affinity on both P(2)A(2a)-LISN and L6 myoblasts. Soluble IGFBP-5 and IGFBP-4 depressed the binding of (125)I-IGF-I and (125)I-IGF-II to the IGF-1R, but did not affect binding of (125)I-R(3)-IGF-I. By depressing the association of the IGFs with soluble IGFBP-5, Zn(2+) partitioned (125)I-IGF-I and (125)I-IGF-II from soluble IGFBP-5 onto cell surface IGF-1Rs. This effect is not seen when soluble L6-derived IGFBP-4 is present in extracellular fluids. We introduce a novel mechanism by which the trace micronutrient Zn(2+) may alter IGF distribution, i.e. Zn(2+) acts to increase IGF-1R binding at the expense of IGF binding to soluble IGFBP-5 and the IGF-2R.
 
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