gustavo_badell, infinite_labs, mass_gainer
gustavo_badell, infinite_labs, mass_gainer

Infinite Mass Gainer Supplement Review

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Infinite Mass Gainer Supplement Review

Some of the top ranked gurus in the industry who work with top bodybuilders all say the exact same thing, “Many bodybuilders do not eat enough food to support the muscle gains they want to make!” So if you want to start growing, “You need to start eating!”

In order to be a mass monster…you have to eat like a monster.” If you look at all the biggest bodybuilders to compete, they all had a very structured eating regimen.

In the offseason, when bodybuilders are trying to put on muscle size, they eat frequently and they train extremely hard. For the average person who works a full time job, unless you have a personal chef cooking meals for you all day long, that’s going to be hard to do. Infinite Labs has the solution for those looking to put on quality mass. This is not an ordinary weight-gainer filled with just a bunch of empty calories, INFINITE MASS is loaded with anabolic agents that help drive protein synthesis, burn fat, and increase muscle mass and muscle growth.

Formulated with a precise blend of high quality whey protein, complex carbohydrates (including waxy maize), Glutamine, BCAAs, and essential nutrients, Our Infinite Mass Gainer may activate anabolic action via increased protein synthesis and nitrogen retention, elevated GH and IGF-1 secretion, accelerated glycogen synthesis and improved cell volumization.*

Protein and Carbs Drive Muscle Growth: Infinite Mass Gainer Supplement Review

Back in 2009, researchers examined performance, hormonal, and metabolic responses to an acute bout of resistance exercise. Nine healthy subjects ingested either a high calorie whey protein supplement or a matched placebo for 7 days. Subjects then reported to the laboratory, ingested the corresponding supplement, and performed two consecutive days of heavy resistance exercise testing with associated blood draws.

At the end of the study, the high calorie whey protein supplementation group improved vertical jump power output and the number of repetitions performed at 80% of one repetition maximum. Additionally, the high calorie whey protein supplementation group supplementation increased growth hormone, testosterone, and insulin-like growth factor-1 responses to exercise.

Concentrations of circulating myoglobin and creatine kinase (i.e. markers of muscle damage) were reduced immediately following resistance exercise during the high calorie whey protein supplementation group trial, indicating that the high calorie whey protein supplementation group partially mediated some form of exercise-induced muscle tissue damage.

In summary the high calorie whey protein supplementation group enhanced performance and hormonal responses associated with an acute bout of resistance exercise. These responses indicate that the high calorie whey protein supplementation group supplementation augments the quality of an acute bout of resistance exercise thereby increasing the endocrine signaling and recovery following heavy resistance exercise.

Another study; determined whether resistance exercise performance and post-exercise muscle damage were altered when consuming a carbohydrate and protein beverage. Thirty-four male subjects completed 3 sets of 8 repetitions at their 8 repetition maximum to muscle fatigue. The exercise order consisted of the high pull, leg curl, standing overhead press, leg extension, lat pull-down, leg press, and bench press. In a double-blind, posttest-only control group design, subjects consumed either CHO-PRO drink or placebo (electrolyte and artificial sweetener beverage) 30 minutes prior to exercise, immediately prior to exercise, halfway through the exercise bout, and immediately following the exercise bout. At the end of the study, the catabolic hormone cortisol was significantly elevated in the placebo group compared to the CHO-PRO group at 24 hours post-exercise. Insulin was significantly elevated immediately pre-exercise, after the fourth lift, immediately post-exercise, 1 hour, and 6 hours post-exercise in CHO-PRO compared to the placebo group. The CHO-PRO supplement did not improve performance during a resistance exercise bout, but appeared to reduce muscle damage, as evidenced by the responses of both myoglobin and creatine kinase. These results suggest the use of a CHO-PRO supplement during resistance training to reduce muscle damage and soreness.




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