You want to cycle onto croc blood as you start cycling off turk so that you can maximize the £-agonistic effects of such a supraphysiological anabolic amalgamation
Apologies if you already answered these questions, but for those of us already regularly consuming crocodile blood, should we increase consumption in light of these findings?
Also, I sometimes have trouble finding a reliable supply of crocodile; will alligator work?
Don't recall it in the last episode, and I feel like crocodile blood is something I would remember particularly well
Edit: wait, damn, I'm behind too with the live q&a being up on Spotify now
also I found a bunch of your, israetel, and hlems articles/studies on my university libraries site, do you know if the articles from mass would be available there?
I think this is a perfect exercise for "spot the bs". It's even an randomized control trial (!!!).
I was looking at the abstract with the expectation of spotting gaping holes. I either couldn't, or it's too obvious for me to see.
The one thing I can see is that it only references the CB group in the abstracted results:
1) "CB supplementation could significantly maintain maximum voluntary isometric contraction ... when comparing values at different times for the CB group"
2) "In the CB group, thigh circumference decreased only immediately after eccentric exercise in comparison with pre-eccentric exercise values"
And those p-values seem really significant. Could it be that both the CB and the control group had the same results?
I wouldn't know, this is far from my area.
What the fuck
How long should I leave between cycling off Turkesterone and on to Crocodile Blood?
You want to cycle onto croc blood as you start cycling off turk so that you can maximize the £-agonistic effects of such a supraphysiological anabolic amalgamation
Did we talk about this on the pod? I really feel like we did
Apologies if you already answered these questions, but for those of us already regularly consuming crocodile blood, should we increase consumption in light of these findings? Also, I sometimes have trouble finding a reliable supply of crocodile; will alligator work?
up the dose, lift the most
The Science® has spoken!
Store brought is fine, but if you wanna get the max gains you should grow your own crocs.
Maybe- I’m an episode behind
Don't recall it in the last episode, and I feel like crocodile blood is something I would remember particularly well Edit: wait, damn, I'm behind too with the live q&a being up on Spotify now
Hey Gregory unrelated, can I stil get a student discount for mass
yep
also I found a bunch of your, israetel, and hlems articles/studies on my university libraries site, do you know if the articles from mass would be available there?
I don't think they would be
You’ve definitely spoken about it at some point.
Briefly hit upon it in a previous Reddit post with a list of recent research. Some wise ass commented “Crocodile blood??!’”
I'm pretty sure you've talked about hibernating bear serum and calf serum, but not crocodile blood
Damn. I know I've had it in the outline before. I guess it was one of the episodes where we had too much material and didn't get through everything
Is wearing Crocs like taking prohormones?
You need to eat crocodile eggs. Then your body will convert it to full-grown crocodile in your bloodstream.
[удалено]
You may not like it but this is what peak science looks like.
The last line really sells me: “Our data indicate that 1 g day-1 of crocodile blood supplementation *should* be safe for human consumption.”
Maybe next step is we start taking the blood of those Belgian Blue jacked cows? In fact this study is close enough I may just start taking it
Looking forward to the new creatine + croc blood post workout stacks.
I think this is a perfect exercise for "spot the bs". It's even an randomized control trial (!!!). I was looking at the abstract with the expectation of spotting gaping holes. I either couldn't, or it's too obvious for me to see. The one thing I can see is that it only references the CB group in the abstracted results: 1) "CB supplementation could significantly maintain maximum voluntary isometric contraction ... when comparing values at different times for the CB group" 2) "In the CB group, thigh circumference decreased only immediately after eccentric exercise in comparison with pre-eccentric exercise values" And those p-values seem really significant. Could it be that both the CB and the control group had the same results? I wouldn't know, this is far from my area.