Fitness Training Benefits

Advanced Program Design: Optimizing performance by matching resistance and cardiovascular programs

National Academy of Sports Medicine
National Academy of Sports Medicine
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By Meredith Butulis DPT, MSPT, ACSM HFS, NASM-CPT, CES, PES, BBU Pilates Studio Certified, Life Time Academy Instructor

Note: This article is for advanced program design and assumes a working knowledge of exercise physiology including energy systems, anaerobic threshold, muscle fiber types, acute variables, and periodization.

Can cardiovascular training improve muscular endurance and strength? Can resistance training improve cardiovascular endurance? Ultimately performance improvements rely on the same systems of the body: cardiovascular, respiratory, musculoskeletal, and neurological. If we want to maximize improvements, we can ensure that resistance training programs and cardiovascular programs send consistent messages to the body systems at specific times to create optimal outcomes. There are many models of periodization, or ways in which to vary a program over time for optimal gains. Many of them focus on either resistance training or cardiovascular training. Let’s explore how to match them together, and why.

Why?

Resistance training can improve lactate thresholds, muscular coordination, glucose utilization, muscular endurance, muscle fiber recruitment, and hemoglobin/myoglobin functional capacity (Aaberg, 2007). All of these factors lead to improved cardiovascular performance.

Cardiovascular training can improve all of the same elements. (Katch, et al, 2011).

Resistance Training Phases

After developing an initial base and level of comfort with training, resistance training progressions can be grouped into three basic phases: endurance, hypertrophy, and power. Each of these phases demands that the acute variables of sets, repetitions, rest, intensity, and tempo match in order to achieve the primary goals of each phase. This ensures that the adaptations that occur in the energy systems, muscle fiber types, and neural-muscular-metabolic continuum match. This then allows the body to receive consistent messages from all of its systems to maximize predictable outcomes. Table 1 summarizes each phase, its defining acute variables, and primary adaptations in each system.

9-23-2013 10-06-05 AMCardiovascular Training Phases

Cardiovascular training goes well beyond training endurance, VO2 max, and lactate threshold. The selected intensities, intervals, and durations not only define a particular zone of training, but also determine the adaptations of the energy systems, muscle fibers, and nervous system. Table 2 summarizes each of three zones of training, acute variables and intervals that make up training in this zone, and the primary adaptations. Notably, in this classification system, anaerobic threshold occurs in zone II.  Table III offers the equations to calculate exact heart rate numbers for each zone.

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Matching Resistance and Cardiovascular Training

Now that we have summarized the primary adaptations in each of the body systems in each phase of resistance and cardiovascular training, let’s match them to deliver predictable and progressive outcomes. You will notice that there is a pattern in comparing adaptations in Table 1 and Table 2. Power resistance training and zone III cardiovascular training revolve around similar physiological adaptations. This pattern can also be seen for hypertrophy training paired with zone II cardiovascular training, and endurance training paired with zone I cardiovascular training.

This relationship is summarized in Table 4. Table 4 can serve as a quick reference to match endurance training with cardiovascular training phases.

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Conclusion

In conclusion, this article can serve as a valuable reference for the matching of cardiovascular and resistance training programs to ensure that the body receives consistent messages from all of its systems to reach predictable adaptations and outcomes with safety and appropriate recovery in mind.

There are many methods of periodization, as well as variation in definitions and progressions available in the field of fitness. This can serve as a framework from which to build and alter as appropriate for your individual clients and training method preferences.

 

References

Aaberg, E. (2007). Resistance Training Instruction. 2nd Ed.  Human Kinetics: Champaign

Clark, Lucett, Sutton, 2012.  NASM Essentials of Personal Training. 4th Ed. Wolters Kluwer Health: Philadelphia.

Katch, VL, McArdle, WD, Katch, FI. (2011). Essentials of Exercise Physiology. 4th Ed. Wolters Kluwer Health: Philadelphia

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National Academy of Sports Medicine

National Academy of Sports Medicine

Since 1987 the National Academy of Sports Medicine (NASM) has been the global leader in delivering evidence-based certifications and advanced specializations to health and fitness professionals. Our products and services are scientifically and clinically proven. They are revered and utilized by leading brands and programs around the world and have launched thousands of successful careers.