Soon to be published paper corroborates what we already know, but finally in humans

That the AMPK expression following exercise does not hamper the mTOR pathway, nor protein synthesis; and that's because it's a different isoform - alpha1 vs alpha2 (expressed through exercise). Ergo, theoretically, your fatty acid oxidation is increased, concomitantly with an increase in protein synthesis.

Damnit Liron, answer my questions on the fb page. Kthx.

hehe ok, so u can go to the test for me on friday. it's about perfect Nash equilibriums in competing firms under games theory of corno, stackleberg and bertrend. I expect no less than 95%. the average grade rate is 57%.

:3 anyway i'll have full attention again after the finals.

I thought you had finished your studies a while ago already lol

What's that exam for? MA?

this particular exam is considered MA qualifier.

Haha messing m9
good luck on the exams
I have no idea what those are. Econ? If so, you can have that lol. Absolutely hate econ

http://www.ncbi.nlm.nih.gov/pubmed/22222319

Study shows that test levels are significantly higher in the aerobic - then weight training group than the reverse, weight training - then aerobic.
This obviously implies a greater anabolic potential

It also stands w/ the finding of the PGC1alpha isoform I've posted about (myostatin inhibiting/igf1 promoting) being greatly increased following a cardio then weight training regimen as well (because of greater glycogen depletion)
The potential for much increased anabolism by doing cardio first is there
However, of course I'm sure this is all just that "looks good on paper" type of thing and doesn't have real world applicability. I simply posted because I thought it was kind of interesting.

it's now (in 20minutes)
cu on the flip side :3

Good luck



So is it to enter an MA, or part of the MA?

part of.
Holy chit was it easy.