3-D Laser Imaging to Analyze Neck Movement
Recruitment status was: Active, not recruiting
|Neck Pain Manipulation, Spinal||Device: 3-D Laser Imaging Device||Phase 1|
|Study Design:||Primary Purpose: Screening
Time Perspective: Longitudinal
Time Perspective: Prospective
|Official Title:||3-D Laser Imaging for Cervical Spine Motion Analysis|
|Study Start Date:||January 2003|
|Estimated Study Completion Date:||January 2006|
An improved method of spinal visualization is important because the examination and treatment of people with diagnoses such as scoliosis, spinal instability, and painful cervical spine and lumbar disorders depend on good spinal imaging. A system that would allow three-dimensional analysis of the spine in a moving person without the risk and limitations of radiation would greatly enhance the research and interventions needed to improve our understanding of spine position and movement. Moreover, it is extremely important for physicians, physical therapists, athletic trainers, coaches, and movement scientists to rely on accurate yet reliable devices for measuring the spine during activity and research.
The objective of this study is to develop a novel automated, nondestructive 3-D laser imaging system for cervical spine motion analysis. The imaging system is based on shadow Moirý interferometry and finger pattern analysis. The proposed technique would be superior to existing methods such as radiography because of its potential to allow 3-D visualization and its elimination of patient exposure to radiation. These two attributes would make a laser system a safer and more effective tool.
We hypothesize that the laser-based system will surpass conventional motion analysis systems such as video motion analysis systems, inclinometers, flexible rulers, goniometers, and posture grids in accuracy, reliability, and validity of measurements of spinal motion and position.
The technique possesses several advantages with respect to simplicity, versatility and suitability for operation in different environments. The sensitivity of the measurement can be adjusted based on the nature of the object under investigation. This makes the technique suitable for a wide variety of applications. The benefits of these basic studies will include assisting physician and other allied health practitioners to more effectively detect and diagnose painful spinal disorders. This ultimately should enhance the treatment and management of spinal disorders.
We plan to test the device on 134 people whom we will recruit from Northern Illinois University and the surrounding community. Thirty-four study participants (25%) will be patients seeking medical, chiropractic, or physical therapy intervention for complaints of neck pain from the Northern Illinois University Health Service and Northern Illinois area medical, chiropractic, and physical therapy facilities. The rest of the participants will have no complaints of neck pain.
Please refer to this study by its ClinicalTrials.gov identifier: NCT00022828
|United States, Alabama|
|Laser and Image Processing Lab|
|Huntsville, Alabama, United States, 35762|
|United States, Illinois|
|Northern Illinois University|
|DeKalb, Illinois, United States, 60115|
|Principal Investigator:||Mohamed A. Seif, PhD||Alabama A&M University|