Long Term Athlete Development Simplified by Kyle O’Toole

[This is a guest post by Kyle O'Toole is a Certified Strength and Conditioning Specialist with National Strength and Conditioning Association and a Corrective Exercise Specialist and Certified Personal Trainer with National Academy of Sports Medicine. Kyle recently completed the Athletic Development Mentorship at Athletic Lab and you can reach him on Instagram @beyourownbest4life.] This infographic by Kyle O'Toole is a great compliment to his recent post on youth exercise and training.

By |2018-12-02T10:50:23-05:00December 3rd, 2018|Training Info|0 Comments

Enhanced Recovery Benefits of Deloading for Athletes by Alex Cassella

[Alex Cassella earned her undergraduate degree in Exercise Science at SUNY Fredonia. She now works as a personal trainer and powerlifting coach in the Chapel Hill and Apex area. She is currently in the Coaching Mentorship Program at Athletic Lab] Deload Deload is a term that suggests a decrease in training volume over a period of time in a training program. This is not the same as just taking a week of training off completely, rather is a tactic that coaches and athletes use to promote a stronger recovery. The ideal outcome of a deload is to produce a stronger athlete in the meso- or macro-cycle. Strength and endurance athletes can benefit from this training protocol physically and mentally. Training is a stress that the athletes place upon themselves, breaking their bodies down training session after training session. Dialing in recovery should be one of the primary focuses in their training cycle. They are going to eventually need a break, in a way that does not take them completely away from training, but allows them to come back stronger. Fatigue One of the models we can first reference to is the fitness-fatigue model (Below Figure). This gives us the basic understanding of how our bodies work in terms of training to come back stronger, faster, more powerful, etc. at the next training session. The model assures us that as long as we supercompensate, there will be an improvement in performance. The fine line though comes in that ability to recover over a period of time. If things like nutrition, sleep, and proper hydration are not up to standard, we will have a hard time getting over that base level of fitness. What we do not [...]

By |2018-02-02T13:29:57-05:00February 2nd, 2018|Training Info|0 Comments

The Protein Athletes Aren’t Consuming But Should Be by Frank Muntis

[Frank Muntis recently finished his Master's degree in Exercise Physiology from the University of Louisville and is currently in the Coaching Mentorship Program at Athletic Lab.] The internet is full of information about different nutritional topics and it can be difficult at times to sift through all the information to find practical, research-backed strategies to improve health and performance. When talking about sports nutrition it is common to hear discussions of the benefits of whey protein, casein, fish oil, carbohydrates or other various topics for the health and performance of athletes and these topics deserve discussion. There is, however, one nutritional supplement that I have found to truly make a difference in my well-being and performance collagen. Collagen is a protein that is found throughout your body in your bones, skin, tendons, ligaments, hair, nails and more. In supplemental form, collagen is usually derived from cows and is also commonly used as gelatin in cooking. About 30% of the body's protein consists of collagen. While much of the research on collagen supplementation is geared towards clinical populations, the implications of the findings from these studies shine a light on an area of sports nutrition that can potentially lead to fewer injuries, increased performance, and improved health and wellness. Effects on the Prevention of Injuries The number one goal of any good strength coach or athlete is to prevent injury. Some of the most common injuries in sports are related to connective tissues like tendons, ligaments, and bones with sprains, strains, tears and fractures as some of the predominant injuries. While these are incredibly strong tissues, they also take a greater amount of time to heal and adapt than other tissues. One study by Dr. Steffen [...]

By |2017-11-21T13:59:19-05:00November 21st, 2017|Nutrition Info|0 Comments

The Rotational Athlete and the Importance of the Glutes by Hayden Giuliani

[Hayden Giuliani recently finished her Master's degree at the University of North Carolina Chapel Hill, where she now works as a research coordinator. She is currently in the Coaching Mentorship Program at Athletic Lab.] A rotational athlete is any athlete who uses twisting within the torso in order to perform their sport-specific movement. This is done in order to transfer forces generated from the lower body through the core to accelerate the upper body and dominant limb. Sports that incorporate this type of movement include, but are not limited to, baseball (swinging and throwing), tennis, and a few field events in track & field. The ball (or object) can be either stationary or be moving, but the intent is the same - accelerate it outwardly, as hard and/or fast as possible. These movements are very dependent on the adequate use of the body's kinetic chain. In this case, we are speaking of a closed kinetic chain, due to the foot (feet) being planted on the ground. Ground reaction forces generated from foot contact and the strength of the lower body are transferred through the pelvis and torso to move the upper extremity, whether that is one or both arms. Because humans are naturally stronger in their lower body, it is very important to be able to properly utilize the body's intrinsic kinetic chain. This is will increase the amount of strength and power that they can generate, but also minimize the stresses at the shoulder and upper extremity joints that contribute to injuries. First, let's discuss the kinetic chain a little bit further... Simply speaking, a kinetic chain refers to the body's segments that are linked to allow for the sequential transfer of forces and [...]

By |2017-11-09T18:30:51-05:00November 9th, 2017|Training Info|1 Comment
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