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Cardiovascular training is essential for reducing the risk of a variety of western diseases, losing weight and generally improving one’s quality of life. The direct benefits of cardiovascular training on the heart include improvements in stroke volume and a lowered resting heart rate. While significant improvements can be made in 3 months of training, a high volume of aerobic conditioning is required for optimized results. According to the literature, aerobic training should be performed most days of the week and total of 14-20 calories per kilogram of body weight burned. Due to the high frequency of training needed for cardiovascular improvements, it is easy for training to become stale, leading towards incomplete adherence or even cessation of the training program. Therefore, it is imperative that trainers find ways to not only make aerobic training efficient, but also enjoyable for the client.
Walk into any fitness facility in the early morning hours and interview exercising individuals about their pre-workout eating habits and you will most likely receive a large variety of responses. It is a common belief that if one works out early in the morning, it is imperative to consume a small meal prior to commencing exercise. The belief stems from the notion that the working muscles will be devoid of energy if one has not eaten since the night before. While there is a benefit of a pre-workout meal as discussed in this article, the prior concept of “muscle energy” is completely false.
Anaerobic endurance training focuses on the physiological improvements in the muscles’ ability to endure force output through both neural and metabolic mechanisms. System efficiency is best demonstrated during prolonged stress upon the anaerobic system. Interestingly, repeatable actions lasting 30-60 seconds are highly dependent on the interaction of the anaerobic and aerobic systems. For individuals looking to maintain force output and lean mass, while attaining better endurance, the focus should be placed on the anaerobic system. A common error among many athletes and fitness enthusiasts is to do cardiovascular exercise in attempts to get in better shape. However, for both anaerobic and aerobic improvements without the consequences of aerobic training, higher intensity exercise should be used. To successfully implement the anaerobic endurance phase, an understanding of work:recovery ratios needs to be established.
If any number of athletes were asked about vitamin and mineral supplementation, they would most likely read off a laundry list of various pills and powders that they consume. In general, most athletes and health conscious exercisers are apprehensive about not reaching adequate vitamin and mineral intake. However, no current research supports consuming vitamins and minerals above RDA (recommended daily allowance) will lead to improved performance.
Circuits are a useful training system for anaerobic exercises as they allow for higher volumes of training in a shorter period of time. An added benefit of this style of training is its ability to help maximize caloric expenditure while performing exercises that promote lean mass maintenance. The work-to-rest ratios commonly used can also improve muscular endurance as well as add to cardiovascular efficiency. Circuits are a popular choice among personal trainers because of the time-tension relationship which helps with the two-three day workout schedules common of the clientele. Additionally it allows for diversity in a manner that addresses multiple goals simultaneously. The system can be employed in numerous ways, but in most cases anywhere from 6-12 exercises are performed in a sequential fashion for a predefined period of time or specific repetition range; with only transitional or short (15 sec) rest periods between actions.
During the flu season, those who exercise vigorously on a regular basis should take extra steps to ensure their immune system remains strong. Many do not realize that an intense training regimen can suppress immune function; especially when combined with inadequate recovery and nutritional support.
The benefits of exercise can be greatly improved by consuming appropriate nutrients with optimal timing before and/or after the event. While macronutrients such as protein and carbohydrates are commonly associated with optimized post-workout recovery, recommendations related to specific food choices vary across the board and are subject to opinion.