Ramstein II
New Member
Progressive Fatigue Training
This addresses a method of inducing sarcoplasmic hypertrophy. First, this must be viewed in light of the bigger picture. This is phase I of a growth period (bulking). This Growth Period is the precursor to the Cutting Period. Obviously, cals should be high. A little more on that later.
The Growth Periodization (The bigger picture):
4 day split hitting each major muscle group twice a week. 3 week sarcoplasmic hypertrophy period characterized by progressive fatigue training. 1 week decompensation and active rest period consisting of 1 full body workout with low volume (1 exercise, 1 set of 8 per body part). 3 week sarcomere hypertrophy with progressive loading followed by 1 week decomp and rest as before.
So, you see where it fits in. The 4th week decomp phase takes into account the duel factor fitness fatigue phenom of 4th week weakness. (Read thread above on 2 factor training).
The Reason:
Why should you concern yourself with sarcoplasmic hypertrophy. Simple: 1. It’s a great source of rapid growth 2. It avoids “irrational hypertrophy” and 3. It is actually functional in that it increases anaerobic endurance. As you know, sarcoplasmic hypetrophy is the increase in the non-contracting part of the muscle ie. its fluid (cytoplasm), glycogen, ATP, Creatine Phosphate stores, and increase in mitochondria and vascular network. This is a fatigue induced adaptation, versus sarcomere hypertrophy which is more progressive load produced.
It’s not nec. To go into the nitty gritty of how this works, but basically by doing low intensity (ie. 60-75% 1 rep max weight) for high volume you induce fatigue in the fast twitch muscle fibers (IIA and IIB). This depletes them of their energy source for anaerobic precesses, such as glycogen, ATP, and CP. This causes the adaptation of swelling the muscle with more of these things and the machinery for using them, such as mitochrondria and vascular network. This is a pleasing “swelling” for a bodybuilder. This is a supercompensation process.
It plays an important role in sarcomere hypertrophy (the kind that makes you stronger by increasing the contractile elements of the muscle) because this added machinery must be in place to fuel protein synthesis. If you don’t do it, you’ll get “irrational hypertrophy” where your body “wants” to get stronger, but it lacks the muscle cell machinery to do it. You might call this a “plateau.”
The How To:
So, do it. Here’s how I do it. There are other ways, such as german volume training. Like I said, this is fatigue induced and a supercompensation process using mainly glucose and protein. So, I pick out a 4 day split that hits each body part 2x weekly. During this phase, progressive fatigue and endurance with the right load is the key, not progressive loading. You’ll get stronger too, so some progressive loading will occur. That’s fine. But, I don’t “go heavy” during this phase. AND DON’T TRAIN TO FAILURE AT ALL. You can’t use this volume if you zap your CNS with that bullshit. Your goal is to use 60-75% of your 1 rep max on all lifts. This is a weight you could probably do 12-15 times if your life depended on it. Only do it 10 reps per set. The strategy is to increase volume and decrease rest time between sets until you’re doing this weight for 20 sets for large muscles (chest, back, and quads) with 1 minute rests and 12 sets for biceps, triceps, shoulders, and calves with 30 second rests. You build up to that. That’s why it is “progressive fatigue.” That sounds like a lot. It is. But the sets are not as hard because you’re cutting them short of failure.
DIET
The diet to follow during this is definitely high carb and high protein. Fat should be minimal and should be clean (ie. fish fat and monunsat. Preferably at night only). I keep a steady stream of carbs and clean easy digest protein all day long. This keep insulin high which shuttles this good stuff into your supercompensating muscles. This is anabolic as hell. I do not go low carb when I train like this or I WILL metabolize muscle and WILL NOT GROW. I eat slow absorb carbs during the day (oatmeal is best) and quick carbs after I train. ( I avoid frutcose and sugar.. I use glucose or highly processed starch, such as unsweetened breakfast cereal which is like eating pure glucose) I eat 100 grams of simple carbs immediately after training with whey protein. Carbs (except fructose) will not be stored as fat if your muscle glycogen is depleted. Your body has a preference for storage of macronutrients that depends on certain body conditions. Most of the carbs I eat in this phase will be stored in the swelling muscle and used to fuel the supercompensation. Of course, there is a point where you can over do it.
Thought I’d share this idea.
This addresses a method of inducing sarcoplasmic hypertrophy. First, this must be viewed in light of the bigger picture. This is phase I of a growth period (bulking). This Growth Period is the precursor to the Cutting Period. Obviously, cals should be high. A little more on that later.
The Growth Periodization (The bigger picture):
4 day split hitting each major muscle group twice a week. 3 week sarcoplasmic hypertrophy period characterized by progressive fatigue training. 1 week decompensation and active rest period consisting of 1 full body workout with low volume (1 exercise, 1 set of 8 per body part). 3 week sarcomere hypertrophy with progressive loading followed by 1 week decomp and rest as before.
So, you see where it fits in. The 4th week decomp phase takes into account the duel factor fitness fatigue phenom of 4th week weakness. (Read thread above on 2 factor training).
The Reason:
Why should you concern yourself with sarcoplasmic hypertrophy. Simple: 1. It’s a great source of rapid growth 2. It avoids “irrational hypertrophy” and 3. It is actually functional in that it increases anaerobic endurance. As you know, sarcoplasmic hypetrophy is the increase in the non-contracting part of the muscle ie. its fluid (cytoplasm), glycogen, ATP, Creatine Phosphate stores, and increase in mitochondria and vascular network. This is a fatigue induced adaptation, versus sarcomere hypertrophy which is more progressive load produced.
It’s not nec. To go into the nitty gritty of how this works, but basically by doing low intensity (ie. 60-75% 1 rep max weight) for high volume you induce fatigue in the fast twitch muscle fibers (IIA and IIB). This depletes them of their energy source for anaerobic precesses, such as glycogen, ATP, and CP. This causes the adaptation of swelling the muscle with more of these things and the machinery for using them, such as mitochrondria and vascular network. This is a pleasing “swelling” for a bodybuilder. This is a supercompensation process.
It plays an important role in sarcomere hypertrophy (the kind that makes you stronger by increasing the contractile elements of the muscle) because this added machinery must be in place to fuel protein synthesis. If you don’t do it, you’ll get “irrational hypertrophy” where your body “wants” to get stronger, but it lacks the muscle cell machinery to do it. You might call this a “plateau.”
The How To:
So, do it. Here’s how I do it. There are other ways, such as german volume training. Like I said, this is fatigue induced and a supercompensation process using mainly glucose and protein. So, I pick out a 4 day split that hits each body part 2x weekly. During this phase, progressive fatigue and endurance with the right load is the key, not progressive loading. You’ll get stronger too, so some progressive loading will occur. That’s fine. But, I don’t “go heavy” during this phase. AND DON’T TRAIN TO FAILURE AT ALL. You can’t use this volume if you zap your CNS with that bullshit. Your goal is to use 60-75% of your 1 rep max on all lifts. This is a weight you could probably do 12-15 times if your life depended on it. Only do it 10 reps per set. The strategy is to increase volume and decrease rest time between sets until you’re doing this weight for 20 sets for large muscles (chest, back, and quads) with 1 minute rests and 12 sets for biceps, triceps, shoulders, and calves with 30 second rests. You build up to that. That’s why it is “progressive fatigue.” That sounds like a lot. It is. But the sets are not as hard because you’re cutting them short of failure.
DIET
The diet to follow during this is definitely high carb and high protein. Fat should be minimal and should be clean (ie. fish fat and monunsat. Preferably at night only). I keep a steady stream of carbs and clean easy digest protein all day long. This keep insulin high which shuttles this good stuff into your supercompensating muscles. This is anabolic as hell. I do not go low carb when I train like this or I WILL metabolize muscle and WILL NOT GROW. I eat slow absorb carbs during the day (oatmeal is best) and quick carbs after I train. ( I avoid frutcose and sugar.. I use glucose or highly processed starch, such as unsweetened breakfast cereal which is like eating pure glucose) I eat 100 grams of simple carbs immediately after training with whey protein. Carbs (except fructose) will not be stored as fat if your muscle glycogen is depleted. Your body has a preference for storage of macronutrients that depends on certain body conditions. Most of the carbs I eat in this phase will be stored in the swelling muscle and used to fuel the supercompensation. Of course, there is a point where you can over do it.
Thought I’d share this idea.
