"trunk stabilization" is a correct and commonly used phrase in written English.
It refers to the act of strengthening and supporting the muscles in the core or trunk area of the body, which includes the abdominal, back, and hip muscles. Here are a few examples of how the phrase can be used in a sentence: - "I injured my back during a workout, so my physical therapist recommended doing exercises for trunk stabilization to help improve my core strength." - "Yoga is a great form of exercise for improving trunk stabilization and balance." - "Athletes often incorporate trunk stabilization exercises into their training routines to improve their performance and prevent injuries."
Activation of the deep stabilizing trunk muscle transversus abdominis (TrA) is important for trunk stabilization and spine stability.
This observation corresponds to Kisner's theory [15] that lumbar stabilizing exercise increases range of motion by recovering the functions of deep abdominal muscles and stabilizing muscles, which contribute to trunk stabilization.
Postoperatively, a complete trunk stabilization rehabilitation program was effective in returning these athletes to a high level of competition.
ADAM KATZ said the relief pitcher, who was the Yankees' closer in 1995 and '96, is undergoing a trunk stabilization program to handle pain he suffers when he pitches.
Assessment of diaphragm contraction may be useful for identifying impairments in patients with movement dysfunction involving trunk stabilization, respiration, or both.
The exercises, called core trunk stabilization, involve lying face up on the floor or using oversize rubber therapy balls and assuming a "lumbar-neutral spine position," keeping the back flat and relaxed, said Celeste Criswell Randall, an orthopedic and physical therapist in Encino, Calif.
The purpose of the study was to investigate if differences of the head and trunk stability and stabilization strategies exist between subjects classified with Generalized Joint Hypermobility and healthy controls during gait.
It was hypothesized that joint hypermobility could lead to decreased head and trunk stability and a head stabilization strategy similar to what have been observed in individuals with decreased locomotor performance.
The lower body stabilization significantly decreased the trunk lateral and forward deviations, and the visual focus-vertical angle.
To prevent leaning toward the contralateral side and the additional use of the trunk muscles, stabilization of the torso will be achieved by direct contact of the contralateral shoulder and trunk with a wall.
Future studies should assess the possible effect of vibration application [ 18, 42, 43], resistive and quick leg/arm movements [ 44], and unexpected perturbations to limb position on preserving trunk neuromuscular stabilization functions during and after BR.
