Subject: The birth and philosophy of A+A

As promised in the recent article about A+A training, we are kicking off the “A+A Q&A” series. We will intersperse A+A issues with “our regular programming.”

Russian coach Andrey Kozhurkin made a 50,000-foot observation on the two diametrically opposed philosophies of stimulating adaptation.

The traditional one is pushing to the limit: “What does not kill me, makes me stronger.”

The alternative is to train to “avoid (or at least delay) the unfavorable internal conditions…that lead to failure” or reduced performance.

Let us use strength training as an example. Most bodybuilders and recreational athletes use the first approach. They train to failure.

In contrast, strength athletes such as Olympic weightlifters and powerlifters follow the second approach. 1,000-pound squatter Dr. Fred Hatfield famously proclaimed that one ought to “train to success,” as opposed to failure. The differences between the American and Russian powerlifting methodologies notwithstanding, both countries’ strength elites share the same conviction that failure is not an option.

In endurance training the first philosophy represents the consensus. Coaches expose athletes to acid baths to improve buffering. This is what Arthur Jones from Nautilus called “metabolic conditioning” back in 1975.

Verkhoshansky went the other way.

The scientist explained his train of thought:

Endurance traditionally has been associated with the necessity to fight fatigue and with increasing the athlete’s organism’s tolerance to unfavorable changes in the internal environment. It was thought that endurance is developed only when athletes reached the desired degrees of fatigue… Such views linked endurance to a fatalistically inevitable decrease in work capacity…and lead to a passive attitude towards endurance development…“tolerate” and put up with the unavoidable unpleasant sensations rather than actively search for training means that reduce fatigue, postpone it, and make it less severe…

[Yet] the goal is not taking the athlete to exhaustion to accustom him to metabolic acidosis, as it is often understood in athletic practice, but just the opposite… So, another training principle was proposed to improve endurance: improving the capacity in avoiding the factors which provoke fatigue instead of improving the capacity in tolerating it. This training principle was named “anti-glycolytic”: … “minimization” of the glycolytic mechanism involvement in the energy supply of the competition event.

Prof. Yuri Verkhoshansky fathered anti-glycolytic training (AGT) in 1980. (A+A falls under the AGT umbrella.)

Originally, he intended it to be a sport specific endurance training method. He applied AGT directly to competition events, albeit done in more challenging conditions (faster, heavier, steeper) and to “special” exercises such as various jumps.

Years later Prof. Victor Selouyanov, who would become a leading expert on anti-glycolytic training, expanded A+A into the domain of general physical preparation. Drills such as explosive pushups and pullups were added to the A+A repertoire and coaches started noticing awesome “what-the-hell effects.” For example, Selouyanov discovered that A+A, in addition to doing its intended job of improving muscular endurance by developing mitochondria in fast twitch fibers, made the muscles stronger through myofibrillar hypertrophy and faster by building up the calcium pumps. That was huge.

At StrongFirst we further expanded the A+A GPP exercise menu, largely through kettlebell quick lifts. Compared to other modalities, they have some clear advantages that we will discuss another time. Until then, start your A+A journey with the Kettlebells StrongFirst online course. Enjoy the “what-the-hell effects” of a training philosophy and method that truly deserve the adjective “revolutionary.”

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