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Manipulation, Spinal clinical trials

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NCT ID: NCT03412110 Completed - Patient Safety Clinical Trials

(MIST2)-Part2: AEs Following DC Care at DC Teaching Clinic: Electronic

MIST2
Start date: January 2017
Phase:
Study type: Observational

This study aims to compare different ways to establish severity from patients reporting a new or worsening symptom (adverse event) following a chiropractic treatment at a teaching clinic using an electronic platform.

NCT ID: NCT03412097 Completed - Patient Safety Clinical Trials

(MIST1)-Part 1: Assessment & Feasibility of Post-Symptoms Evaluation

MIST1
Start date: June 2016
Phase:
Study type: Observational

To increase patient safety culture in spinal manipulation therapy (SMT) this study will assess the ability to implement an active surveillance reporting system for a chiropractic teaching clinic and determining preliminary incidence of adverse events (AE) following SMT performed by the chiropractic interns. Adverse events defined for the primary outcome of this study is any new or worsening symptom following a chiropractic encounter.

NCT ID: NCT03273868 Completed - Clinical trials for Manipulation, Spinal

The Effect of a Single Spinal Manipulation on Cardiovascular Autonomic Activity

Start date: September 11, 2017
Phase: N/A
Study type: Interventional

This study evaluates the effect of a single high-velocity low-amplitude spinal manipulation on both cardiovascular autonomic activity and pressure pain thresholds. It is a cross-over study, thus each participant will undergo both interventions (spinal manipulation and sham manipulation). Both interventions will be separated by a 48 h wash-out period.

NCT ID: NCT00022828 Active, not recruiting - Neck Pain Clinical Trials

3-D Laser Imaging to Analyze Neck Movement

Start date: January 2003
Phase: Phase 1
Study type: Observational

The goal of this research project is to develop a new system that uses lasers to provide 3-dimensional (3-D) images of the cervical spine (the seven spinal bones in the neck) in a moving person. Doctors and researchers could use this system to examine people with spinal disorders and to learn more about how the spine works. The laser technique would be better than existing imaging methods because it would provide 3-D views of the cervical spine and would not expose patients to radiation. These two features would make a laser system a safer and more effective tool than other imaging systems. This technique should be suitable for a wide variety of uses because the sensitivity of the measurement can be adjusted depending on what is being studied. The benefits of this research will include helping doctors and other health practitioners to detect and diagnose painful spinal disorders more effectively. This should lead to improved treatment and management of spinal disorders.