Ken Hutchins' SuperSlow technical manual represents the first major advancement in exercise science since Arthur Jones' Nautilus Bulletins were published back in the early 1970's. Unlike most of the books that have been written on the subject over the past few decades, which are based on assumption and faulty reasoning, Mr. Hutchin's SuperSlow manual presents an exercise protocol based on solid reasoning, and principles logically derived from the classical sciences of biology and mechanical physics, and for the first time provides a proper definition of the word: exercise. I very strongly recommend this book to everyone with an interest in exercise, especially physicians, therapists and exercise instructors, who are looking for a safer, a more time-efficient, and a more productive method of exercise for themselves, their patients or clients. SuperSlow is not just better than other exercise protocols, it is so far superior to every other activity ever devised for the purpose of physical conditioning that no meaningful comparison is even possible. This is the future of exercise.
Resistance training and subsequent consumption of a protein-rich meal promotes muscle hypertrophy and gains in muscle strength by stimulating myofibrillar muscle protein synthesis (MPS) and inhibiting muscle protein breakdown (MPB). The stimulation of muscle protein synthesis by resistance training occurs via phosphorylation of the mechanistic target of rapamycin (mTOR) and subsequent activation of mTORC1, which leads to protein biosynthesis in cellular ribosomes via phosphorylation of mTORC1's immediate targets (the p70S6 kinase and the translation repressor protein 4EBP1). The suppression of muscle protein breakdown following food consumption occurs primarily via increases in plasma insulin. Similarly, increased muscle protein synthesis (via activation of mTORC1) and suppressed muscle protein breakdown (via insulin-independent mechanisms) has also been shown to occur following ingestion of β-hydroxy β-methylbutyric acid.
Planning and preparation are important when you're getting started with exercise, but to be successful, you also need momentum—and the more you can create, the easier it is to stay motivated. The best way to build and maintain momentum is with action. While it's great to ponder your weight-loss goals, think about motivation, and work on your commitment to exercise, there's something to be said for just doing it—before too much contemplation drains your energy. It's easy to spend too much time researching, reading, and exploring rather than actually doing the exercise.
"You will never get bored," said one tester, with the push-yourself workouts in the 21 Day Fix—seven 30-minute sessions ranging from high-intensity cardio-strength circuits to Pilates. Each routine "amps up familiar moves" to crank your calorie burn. Another tester was wowed that "so many different modifications and options were shown to help me switch up my workout." There's an included diet plan for those on a mission to trim.
Jumping and throwing moves, punches, kicks, and swinging a club or a racket all require power, which comes from your core—and, yes, causes those ab muscles to cinch. "The core is the crossroads of your system, helping transfer force between your upper and lower body," says Rick Richey, a faculty member for the National Academy of Sports Medicine in New York City. Add medicine ball throws to your sets: A study in the Journal of Strength & Conditioning Research found they are ideal core strengtheners. (Don't just stop at tossing, medicine balls can be used for a full body workout.)
Keep that resistance band handy for this waist-toning move. Sit with your legs a little more than hip-distance apart. Hold the band between your hands and raise your arms overhead. Exhale as you turn to one side, using the muscles in your waist. Inhale as you reach the arms out and back, keeping the hips in place. Exhale and return to starting position. Alternate for a total of four sets on each side.
Two moves is better than one, right? You may want to do this move on a mat or a towel for padding. Start in a high plank position with core tight. Lower onto both forearms at the same time, maintaining a tight core and level hips. Now push back up onto hands at the same time to return to starting position. Finish by drawing right knee into chest, then left knee into chest, doing a mountain climber.
The only measures that accurately distinguished NFO from OTS were increases in ACTH and PRL concentrations after a second maximal exercise bout. The OTS athletes showed a very small or no increase in ACTH and PRL concentrations after the second exercise bout; the NFO athletes showed very large increases. This is a confirmation of our previous studies with this protocol.10 22 The use of two bouts of maximal exercise to study neuroendocrine variations showed an adapted exercise-induced increase of ACTH, PRL and GH to a twoexercise bout.10
The fact that GH did not perform as well as both other pituitary hormones in the present study could be the result of the large inter-individual variation in the NFO group. One of the NFO athletes had a very low resting value before the second exercise test and showed an increase of 12 000%. Cortisol concentrations after the second exercise test seem also quite good markers for OTS but poor when it comes to distinguish NFO from OTS. Although almost all OTS athletes showed a reduced increase in the response of cortisol to the second exercise bout, almost none of the NFO athletes showed an overshoot (table 2). This result is similar to earlier findings.10 22