Hey did you end up finding those vids, or did you still want me to write out an example day?Could you please post your routine/split and sets/reps? I'm curious about this and always looking for ways to improve. Thanks Bro!
Hey did you end up finding those vids, or did you still want me to write out an example day?Could you please post your routine/split and sets/reps? I'm curious about this and always looking for ways to improve. Thanks Bro!
I can look him up on youtube but haven't had time yet. Thanks again for sharing Bro!!Hey did you end up finding those vids, or did you still want me to write out an example day?
You are not wrong.So correct me if I'm wrong, this means people with poor genetics require more volume to gain than those with good genetics?
What matters above all else for hypertrophy is effort at a sufficient volume under the effective reps model in exercises that stimulate the desired target muscles.I agree it's hard to quantify volume. Like say I do skulls, hit failure then use the bar to rep out 10 close grips to my neck then immediately start doing tricep pushups all in a row...no rest ..is that 1 set, 3? No idea. Or a dropset. I think the science is now saying time under tension isn't a driver of hypertrophy...but the same science guys say pump work or sarcoplasmic hypertrophy matters...so confusing lol
Fuck I don’t think I take 10 Advil a year!!! I must have missed that lolYeah it must have been that, not the 8-10 Advil tablets a day every damn day for years on top of the massive PEDs use. Right.
What matters above all else for hypertrophy is effort at a sufficient volume under the effective reps model in exercises that stimulate the desired target muscles.
Time under tension as it's thought about commonly by bodybuilders, in terms of slowing down the lowering (eccentric) and raising (concentric) portions to increase it, is just not a means to enhance hypertrophy. This is because it is totally unrelated to the force-time integral of maximal voluntary contractions that scientific research shows is related to mechanical tension in a muscle fiber and resultant hypertrophy.
This is to say that intentionally changing the speed at which you lift and lower weights of different magnitudes (e.g., heavy, light), doesn't matter, since the muscle fiber pulling forces that generate growth (hypertrophy) only respond to the last few high effort (i.e., maximal) reps of any set. Since these require the same signal as very fast lifting speeds with respect to the signal your brain sends to the motor neurons to lift the weight, slowing down submaximal reps doesn't do anything in terms of hypertrophy.
Sarcoplasmic hypertrophy, unrelated to "hypertrophy" as increases to the size of myofibrils, is important because we care about the aesthetic of the body rather than the mechanics of the muscle cells. Increases in cell volume due to fluid shifts and enzymatic structures still affect (potentially enhance) aesthetics.
I'd have to take a look at those training programs to express an opinion.I agree on no point in varying speed of lifting the weight and increasing tut that way being a factor.
What are your overall thoughts on high volume type routines such as Milos giant sets, nubret type workouts, and higher reps in general "pump training" but done to failure?
I remember reading he was in tremendous pain when he trained, that’s what led to his living on Advil.Yeah it must have been that, not the 8-10 Advil tablets a day every damn day for years on top of the massive PEDs use. Right.
for many years it was always preached that those harder gainers would require even less volume whereas now it appears that it’s more nuanced than thatYou are not wrong.
Good point; I think that the earlier view was preoccupied with the belief that underrecovery/hormonal factors were what primarily distinguished the endowed (hyper-responders) vs. the hypo- and non-responders. That was basically incorrect. Since then, genetic research and more work has been done to study the issue of inter-individual heterogeneity in response to resistance training. But still, a lot more has to be done, since unknown factors still persist that seem to shape response to anabolic stimuli.for many years it was always preached that those harder gainers would require even less volume whereas now it appears that it’s more nuanced than that
True, and everyone's different and will get different results even if using the same exact training program.for many years it was always preached that those harder gainers would require even less volume whereas now it appears that it’s more nuanced than that
I remember reading he was in tremendous pain when he trained, that’s what led to his living on Advil.
I never knew if that pain was due to training so heavy for years with injuries or something else
Pretty sure that the Advil will have played a major part in addition to high BP in to why his kidneys were destroyed
Regardless of the correctness of his statement, a muscle can “adapt“ to a certain stimulus not necessarily by means of hypertrophy.Maybe someone else can explain but watching some of Paul carters stuff and the way he makes mention of drop sets not further increasing hypertrophy over standard sets.
May be my understanding is flawed but if you go to failure with a weight, then drop and continue to failure again. How is this not pushing the muscle to further adapt?
Maybe someone else can explain but watching some of Paul carters stuff and the way he makes mention of drop sets not further increasing hypertrophy over standard sets.
May be my understanding is flawed but if you go to failure with a weight, then drop and continue to failure again. How is this not pushing the muscle to further adapt?
Very good post and something well getting to know about.Mechanical work is mechanical work. Failure and post failure mean absolutely nothing. In all cases for it to be relevant stimulus we need to perform some amount (volume) of work with a relevant level of intensity (%1RM). You walk a lot but it doesn't make you bigger because lots of volume with super low load.
For relevant intensity everyone is different but 60% to 70% of 1RM is a good lower threshold (say sets of 12-15 rep maxes).
So anyway let's say you go to concentric failure with your 15RM and then drop the weight, you are getting more volume and work but the weight eventually gets so light that's it's not heavy enough on the fibers to be stimulative. Yeah, the fibers are getting exhausted and tired but not from a valid hyperteoohy stimulus as there isn't enough tension or weight on them relative to their potential. Your central and peripheral nervous system remains hard at work and it's expensive work for little to no gain.
You'd be way better off saving yourself the effort, racking the bar and taking a few Mins to rest and then perform another set with the original weight which provided adequate tension.
Now that's the pure and proven science. It's unequivocal here and this is what drives long term progress. Concentric failure means NOTHING in and of itself and at best it is coincidental to progress but absolutely not causal. That said, sometimes techniques can be used to break through plateaus or help accommodation with the goal of eventually raising volume with a given weight, adding additional weight or both as capacity expands. Lots of stuff can work and I think that's where some of these techniques are useful and we've all seen that work at times and use them.