[quote]Jack Slater wrote:
Thib,
(I tried to edit/shorten this, but if it is still too much, please disregard.)
Approximately how long is muscle protein synthesis elevated above baseline after the typical lifting session. Does this rise and fall effect optimal training frequency for a given muscle? [/quote]
Obviously it depends on the severity of the training stimulus, but in general protein uptake and synthesis is elevated up to 24 hours post-training.
No it does not affect training frequency because neural and hormonal recovery also comes into play and normally take longer to come back up.
[quote]Jack Slater wrote:
Outside of specialization, what is usually the “best” of the rest for size and strength, low/medium volume and high frequency or high volume and lower frequency per muscle? Would a high-frequency TBT approach for beginners followed by either rotation of specialization phases or a “traditional” higher volume-lower frequency (per muscle) approach be best? [/quote]
FROM EXPERIENCE, which means that other’s experience may vary, hitting a muscle intensely with a medium volume (with different approaches both times) twice a week is optimal for a combination of size and strength, outside of spec work.
[quote]Jack Slater wrote:
Common statements- “More frequent training + recovery = faster size and strength gains” [/quote]
Generally true. I often say that the more you train without exceeding your (physical, hormonal and neurological) capacity to recover, the faster you’ll progress.
Most people get screwed by incomplete neurological or hormonal recover more than anything else.
[quote]Jack Slater wrote:
and “You can deliver a large growth stimulus infrequently or smaller stimuli more frequently.” Current research seems to favor the former, but the latter has worked for many over time. Can the latter approach still be highly effective despite many “evidence-based” coaches saying it is an inferior method? [/quote]
The thing is that there is what I would call a stimulation threshold. This means that the training stress has to reach a certain level to trigger progress. So an infrequent stimulus that never reaches the stimulation threshold will not be effective in stimulating growth. But a stimulus that is too infrequent will also not lead to optimal gains because of involution (losing the adaptations if the time between stimulations is too long).
[quote]Jack Slater wrote:
Lastly, coaches quoting research say volume and intensity must be equal when comparing low frequency approaches to high frequency ones, and when they are, high frequency is superior. But isn’t the purpose of lower frequency (per muscle) to allow more volume than high frequency (more of a logistics thing)? [/quote]
Not necessarily more volume, but rather a greater stimulus. For example, today I trained a bodybuilder… the whole workout had 12 sets and none exceeded 5 reps; afterward he stayed on the floor for half an hour… not that much volume but the pace of the workout and the intensity level caused a giant stimulus.