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Supported Single-Arm Dumbbell Row

Supported Single-Arm Dumbbell Row

Hold a dumbbell in your right hand, place your left hand on a bench in front of you, and assume a staggered stance, left foot forward. Hold your elbow in as you row the wight to the side of your torso. Do 10 reps, switch arms and leg positions, and repeat the movement.

Dumbbell Triceps Kickback

Dumbbell Triceps Kickback

Grab a pair of dumbbells, bend your knees and lean forward so your torso is nearly parallel to the floor. Tuck your upper arms next to your sides, bend your elbows, and hold your forearms about parallel to the floor, palms facing up. Simultaneously extend your arms straight back and rotate the weight so your palms end up facing each other. Return to the starting position. Do 15 reps.

Dumbbell Hammer Curl and Press

Dumbbell Hammer Curl and Press

Standing with your feet shoulder-width apart, hold a pair of dumbbells at arm's length by your sides, palms facing each other. Without moving your upper arms, curl the weights to your shoulders, and then press them overhead until your arms are straight. Reverse the move to return to the starting position. Do 10 reps.

Monday, February 1, 2016

Natural Way to Gain Muscle

One of the most well known physiological principles that govern physical training is the SAID acronym. The acronym stands for “Specific Adaptations to Imposed Demands”. It means that as the body is physiologically stressed, the systems of the body will adapt and change to meet the specific demands of the stressors. This works for all systems of the body including the cardiovascular, respiratory, neuromuscular, and musculoskeletal.

When muscle tissue is stressed beyond what its normal capacity to respond to work is, the muscle tissue will undergo specific physiological changes. These physiological changes include an increase in the size of the myofibril (muscle fiber) resulting in an increase in both the size of the muscle and its capacity to contract (increase in strength).

Resistance Training Protocols for Different Results

Different protocols of training can achieve different types of results. Individuals can choose a protocol that will achieve an increase in strength, an increase in endurance, an increase in power, or an increase in muscle size. The factors that are manipulated to achieve the specific results include the amount of resistance lifted (weight), number of sets, number of repetitions, and the speed of the movement.

Research has long supported the fact that an increase in muscle size can be achieved through a protocol of high intensity resistance training. High intensity resistance training can be achieved in several different ways including lifting at a high percentage of the individual’s maximum lift (i.e., 70% of 1 maximum repetition), lifting sets to fatigue, as well as complex pyramid protocols in which individuals lift specific loads for high numbers of sets and repetitions.

Research Supports Muscle Gains Through Resistance Training

gain nuscle - natural way
In a study published in the British Journal of Sports Medicine (December, 2003), Abe, T., Kojima, K., Hearns, C., Yohena, H., and Fukuda, J., studied the distribution of muscle hypertrophy after 16 weeks of resistance training. The subjects performed resistance training three days a week. They performed one warm-up set followed by three sets to failure of 8-12 repetitions. The resistance was increased when the subjects could lift more than 12 repetitions during a set.

The authors used a full-body MRI to measure the total body muscle size distribution along with the cross sectional size of individual muscles. The researchers reported that their subjects had a 4.2kg increase in fat free mass after the 16 weeks. Although this was a higher gain than the average in the literature, their results did support the literature of a 5%-10% increase in lower extremity muscle size and a 15%-30% increase in upper body muscle after 12-16 weeks of resistance training.

Abe, T., et al reported greater changes in muscle hypertrophy (increase in size) for the shoulder, chest, and upper arms (+25%-40%) compared to the waist, hip, thigh, forearm, and lower leg (+10-20%). Of interest is that the hypertrophic changes were not consistent throughout the body.

This study utilized male subjects. It is important to note that hypertophic changes in muscle are not consistent between men and women after resistance training. Men have a higher level of the hormone testosterone naturally in their bodies. This hormone enhances the hypertrophy of muscles after resistance training. It is also important to note that testosterone levels vary in both men and women (to a much smaller extent) so that resistance training results are unique to each individual.

Safety Principles for Resistance Training

The literature supports that muscle gains can be achieved naturally through high intensity resistance training. Basic principles in strength training should be followed to prevent injury including:
  • Proper instruction on how to safely use equipment
  • Proper lifting technique emphasizing a tight core and full range of motion of extremities
  • Proper attire for lifting
  • Proper spotting techniques


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Ultimate 30's Workout

Increase the amount of testosterone and growth hormone your body produces by working multiple muscle groups and keeping rest periods short. For cardio, your lactate threshold can still be increased throughout your thirties, so intervals are king to counter any loss of lung power.

Ultimate 40's Workout

Short, sharp shocks are the way to fire up your body in your middle years - which means you can forget long-winded weights workouts. Vary exercises, intensity and timings to keep your muscles guessing.

Ultimate 50's Workout

You may not be able to lift the heaviest weight, but that's okay. Instead, stretching and yoga should be part of your training, and body-weight moves can replace heavy workouts. Do three sets of 10 reps of the following exercises to protect your joints and maintain muscle mass and testosterone.