Resistance Training For Athletic Training: Training And Exercise

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Resistance training is an umbrella of various exercises which is vital to athletic training, as many strength and conditioning coaches and trainers believe that this method of training will increase the chances of an athlete performing better in their sport. “Resistance exercise is a specialized method of conditioning, involving progressive use of resistance to increase one’s ability to exert or resist force (Baechle 2000). A resistance exercise involves a motion with added load or resistance that targets a specific muscle or muscle group. In an example to improve a baseball throw, or even a gymnast on a high bar, the ideal muscle to undergo training would be the latissimus dorsi. “A number of exercises can be performed to strengthen the latissimus dorsi, such as pull-ups, pullovers, rows, bent-over rows, and lat pull-downs. Most of the exercises stated have techniques and proper form in order to perform the exercise, with the exception of lat pull-down. (Fahey) suggests that the lat pull-down should be executed behind the head to the neck, however (Baechle) suggests the opposite and insists that it must be performed in front of the head, to the chest. There really isn’t an absolute way to perform this exercise, and furthermore there is not enough scientific evidence suggesting that either one is unsafe or improper. In this report, we will examine and have a biomechanical comparison of each of these exercises, the effects of each, and the possible risks on injuries that can be attained from these exercises.
Purpose of the Lat Pull-Down
As I have stated in the introduction, the purpose of resistance training is to improve the overall strength of the athlete by involving different exercises with resistance in order to target a spe...

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...anterior aspect of the shoulder joint increases as the shoulder is placed more in this position of the behind the head lat pull-down, over time. It does not take a lot of power to tear tendons and ligaments. “It has been shown that an anterior force of 380N in addition to compressive force and joint laxity, has been shown to lead to anterior glenoid labral tear” (Felsig 1995). Another shoulder joint instability can be caused “due to laxity of the anterior inferior aspect of the capsuloligamentous structure, caused by repetitive overload. This overload may result from any number of factors including the shoulder being placed in extreme external rotation, abduction, and horizontal abduction (Rupp 1995).
“Anterior glenohumeral laxity, coupled external rotation, abduction, and horizontal abduction was reported to increase internal impingement (Gross 1993). Upon reading

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