Abdominal training has always been a focal point for trainers and participants. In this InTensive, we look at the function of the abdominal and related core muscles in their role as key postural muscles and the center of power. Learn how to determine in which stage your client should be training. Walk away with take-home ideas for core training, all based on a systematic four-step progression model. Additional fee required for this class. See page 40 for more information.
IDEA presenter Chuck Wolf, MS, director of Human Motion Associates in Orlando, Florida, believes current methods for addressing thoracic kyphosis (aka upper-cross syndrome) may be missing a crucial element. “Historically, the fitness industry has addressed the kyphotic client by stretching the pectorals, abdominals, hip flexors and shoulder complex while strengthening the rhomboids, trapezius and erector spinae musculature,” says Wolf. “This approach, though prudent, looks at the symptoms and not the cause of the problem.”
You can probably remember studying for
your certification exam: What is the difference between a strain and a sprain?
a tendon and a ligament? an artery and a vein? the sympathetic and the
parasympathetic nervous systems? After the exam was over, you probably used or
heard these words yet forgot the exact medical definitions, the precise
functions or even the distin...
NAVY Seals are legendary for their tiptop physical condition, but have you ever wondered how they stay fighting fit out in the field?Aaron Baldwin, 43, who retired in December as a master chief in the Seals, used to make barbells out of nothing more than plastic milk jugs, fresh concrete and a sturdy tree branch. "We'd make one weight and use i...
by Justin Price, MA
The Lumbopelvic Hip Girdle
The second article of a two-part series on the lower kinetic chain.
The first article of this series discussed the structures of the foot, ankle and knee. This article will address the other area of the lower kinetic chain: the lumbopelvic hip girdle. You will learn how to assess the structures in this area, discover how the alignment of the...
The elbow is a “hinge” joint formed by the distal end of the humerus and the proximal ends of the radius and ulna bones. The elbow moves into flexion and extension. The trochlea and capitulum of the humerus articulate with the trochlear notch of the ulna and the radial head, respectively.
The specific articulations of the elbo...
The bones involved in ankle articulation include the tibia, fibula and talus. The tibia and fibula are the long bones of the lower leg; the fibula, a relatively thinner bone, is lateral to the tibia. These two bones are bound together by the ligaments and the interosseous membrane.