Thursday, 21 November 2013
Saturday, 16 November 2013
Friday, 15 November 2013
Gym Trainer Certification
Make a Bright, future in fast
growing fitness Profession
With 100 % Job Guaranteed
The most challenging course provided
by GFFI Fitness Academy is Personal Trainer Course. This is the scientific and
comprehensive fitness course which take your passion to the next level and you
will be known as a Certified Personal Trainer / Gym Trainer of International
standards.
This diploma / certification course
is most popular course whether a career move or for your personal knowledge and
you will get all the information that is necessary to become a certified
personal trainer. This diploma course is taught over a 3 months period. This
course is offered in conjunction with GFFI Fitness Academy and is a great
preparation for the GFFI fitness certification courses. For this regular course
40 hours will given for theory and practical
Minimum Suggested Prerequisites:
• Required age for this diploma /
certification course is 18 years is and just the high school diploma or
equivalent.
• CPR is not required for this
diploma course.
• Basic understanding of human body,
strength training and flexibility.
Topic covered in This Certification
Course:
• Anatomy, muscle physiology,
kinesiology.
• Video literature on how you get
stronger, intro 2 muscle anatomy, intro 2 muscle and actions, muscles soreness.
• Strength training for upper and
lower body 300 hundred exercises shown in correct form with complete
description, and a list of body actions used to formed each exercise.
• More than 100 sports movements and
there description, motions, activity type and body action.
• Stretching and flexibility
exercises.
• Post Rehabilitation Exercises for
Musculoskeletal Injuries.
• First Aid and Emergency Protocols.
• Exercise Programming for Special
Population i.e. Children, Seniors, Pre/Post Natal and more.
For this Diploma study course you
will get:
1 GFFI Personal Trainer Manual
1 Book of Anatomy
1 Videos
3 C.D.s
Suggested By:
NEERAJ MEHTA, (Fitness
Professional, Nutritionist and Inventor of BMXStrength ® Technique of exercise,
Director of GFFI Fitness Academy)
Tel: +91-9811309667
Thursday, 14 November 2013
Saturday, 9 November 2013
Contra-indicated Exercises for Rotator Cuff and Deltoids
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| Jeetu Kapoor |
1. Lat pulldown behind the head (external rotation of rotator cuff, and cervical hyperflexion)
2. Barbell or machine press behind the neck (external rotation of rotator cuff, and cervical hyperflexion)
3. Upright row (lead to impingement syndrome in the medial area of the upper Trapezius)
4. Flat bench through a full range of motion
5. Decline bench press
6. Full range of motion dips
Added by Jeetu Kapoor (GFFI Certified Personal Trainer)
https://www.facebook.com/jeetu.kapoor.31
Want to become Certified Fitness Trainer, Join Today GFFI Fitness Academy
Log on to http://www.gffi-fitness.org, for Fitness Training Courses
Courses: Gym Trainer, Personal Trainer, Aerobic Trainer, Pilates Trainer, Yoga Trainer
Thursday, 7 November 2013
Wednesday, 6 November 2013
Difference between Male and Female
Difference between Male and Female
For generations women have
been perceived as being the weaker sex. But it is simply not true. Strength and
speed are not a monopoly of the male gender. Women and men have the same
capability to develop strength and speed. Relative to fat-free body mass, women
have nearly the same strength as men. If one were to take the same muscle unit
from a woman and a man and put it in an identical artificial environment with
the same growth media and the same stimulation, the muscles would grow at the
same rate. However, in the body the hormonal and metabolic environment varies
between men and women. Women have smaller muscle fibers and ordinarily have
less overall muscle mass. Nevertheless, women are gaining in rate of
competitive performance on a par with men in both speed and strength.
Fact: Muscle and Strength
In terms of contractile characteristics and the ability to produce force, muscle is identical in both males and females. The differences that exist in strength levels are primarily a function of total muscle mass. Only 24 percent of the typical female body is muscle mass, whereas the male is 40 percent muscle mass.
Strength of the lower female body is similar to men’s when relative to body weight and lean body mass. Men are stronger in the upper extremities due to their greater development of muscle mass in that area. Because of this and the fact that a female typically use the muscle mass in her lower body to a much greater degree then she uses the muscle mass of her upper body, the female is seldom as strong in absolute measurements as the male.
by Ganeshan S Ganesh (Certified GFFI Fitness Trainer)
https://www.facebook.com/ganeshans.ganesh?fref=ts
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| Ganeshan |
Fact: Muscle and Strength
In terms of contractile characteristics and the ability to produce force, muscle is identical in both males and females. The differences that exist in strength levels are primarily a function of total muscle mass. Only 24 percent of the typical female body is muscle mass, whereas the male is 40 percent muscle mass.
Strength of the lower female body is similar to men’s when relative to body weight and lean body mass. Men are stronger in the upper extremities due to their greater development of muscle mass in that area. Because of this and the fact that a female typically use the muscle mass in her lower body to a much greater degree then she uses the muscle mass of her upper body, the female is seldom as strong in absolute measurements as the male.
by Ganeshan S Ganesh (Certified GFFI Fitness Trainer)
https://www.facebook.com/ganeshans.ganesh?fref=ts
Saturday, 2 November 2013
Krebs cycle
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| Praveen Mehta |
Krebs cycle
The Krebs cycle refers to a complex series of chemical reactions in all cells that utilize oxygen as part of their respiration process. This includes those cells of creatures from the higher animal kingdom, such as humans. The Krebs cycle produces carbon dioxide and a compound rich in energy, Adenosine triphosphate (ATP). This chemical provides cells with the energy required for the synthesis of proteins from amino acids and the replication of deoxyribonucleic acid (DNA).
The Krebs cycle, also known as the tricarboxylic acid cycle (TCA), was first recognized in 1937 by the man for whom it is named, German biochemist Hans Adolph Krebs. His highly detailed and extensive research in the field of cellular metabolism and other scientific endeavors gleaned him the Nobel Prize for Physiology or Medicine in 1953. In short, the Krebs cycle constitutes the discovery of the major source of energy in all living organisms.
Within the Krebs cycle, energy in the form of ATP is usually derived from the breakdown of glucose, although fats and proteins can also be utilized as energy sources. Since glucose can pass through cell membranes, it transports energy from one part of the body to another. The Krebs cycle affects all types of life and is, as such, the metabolic pathway within the cells. This pathway chemically converts carbohydrates, fats, and proteins into carbon dioxide, and converts water into serviceable energy.
The Krebs cycle is involved in the second of three major stages every living cell must undergo in order to produce energy, which it needs in order to survive. The enzymes that cause each step of the process to occur are all located in the cell's "power plant." In animals, this is the mitochondria; in plants, it is the chloroplasts; and in microorganisms, it can be found in the cell membrane. The Krebs cycle is also known as the citric acid cycle, because citric acid is the very first product generated by this sequence of chemical conversions.
Praveen Mehta
https://www.facebook.com/PraveenMehta99?fref=ts
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