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Does A Lifting Belt Reduce the Spine
Moments During Sudden Unexpected Loading?
A Controlled Trial of an Educational
Program to Prevent Low Back Injuries
Trunk Loading and Expectation
Body Movements and Events
Contributing to Accidental and Nonaccidental Back Injuries
Development of a Thoracolumbar
Finite Element Model with Soft Tissues to Better Understand the
Mechanisms of Lumbosacral Supports and Sacroiliac Belts
Fatigue Identification from Low Back
Surface EMG Signals Using Wavelets
Evaluation of Various Lumbar Supports
by EMG Signal Analysis of Erector Spinae Muscle to Unexpected
Load
Can Abdominal Belt and/or Intra-Abdominal
Pressure Increase Spine Stability?
Reduction of Acute Low Back
Injuries by Use of Back Supports
The Effectiveness of Lifting
Belts in Controlling Trunk Muscle Electromyographic Activity
During Sudden Unexpected Loading
Kinematic Changes in the
Trunk Caused by the Wearing of Industrial Back Supports
The Effects of Lifitng Belts
Upon Trunk Motion, Trunk Muscle Activity and Spine Loading
Effect of Back Support on
Blood Pressure During Lifting
Can Back Supports Relieve
the Load on the Lumbar Spine for Employees Engaged in Industrial
Operations
Effect of Back Support on
Isometric Strength
Does a Back Support Have
a Positive Biomechanical Effect
The Effect of a Preventive Belt
on the Incidence of Low Back Pain:
Part I - Discussion on Rolling
Roller Changing Work
Part II - Investigation in
Rice-Carrying Work
Part III - Discussion on Crane
Work
The Influence of Prophylactic
Orthoses on Abdominal Strength and Low Back Injury in the Workplace
Preferred Tension and Psychophysical
Lifting Limits With and Without Back Belts
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