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Adjusting Instrument Research part 5: Impulse VS Activator

Posted by on Dec 9, 2016 in Blog, instrument adjusting, research | Comments Off on Adjusting Instrument Research part 5: Impulse VS Activator

The forces and time profile of the electromechanical devices resulted in a more uniform and greater energy dynamic frequency response in comparison to the spring-loaded mechanical adjusting instruments. #electromechanical #impulse #adjusting #instrument has better force time #acceleration than the… Click To Tweet OBJECTIVE: To quantify the force-time and force-delivery characteristics of six commonly used handheld chiropractic adjusting devices. METHODS: Four spring-loaded instruments, the Activator Adjusting Instrument; Activator II Adjusting Instrument, Activator III Adjusting Instrument, and Activator IV Adjusting Instrument, and two electromechanical devices, the Harrison Handheld Adjusting Instrument and Neuromechanical Impulse Adjusting Instrument, were applied to a dynamic load cell. A total of 10 force-time histories were obtained at each of three force excursion settings (minimum to maximum) for each of the six adjusting instruments at preload of approximately 20 N. RESULTS: The minimum-to-maximum force excursion settings for the...

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Adjusting Instrument Research part 4: Multiple Thrusts, More Spinal Motion

Posted by on Dec 6, 2016 in Blog, instrument adjusting, research | Comments Off on Adjusting Instrument Research part 4: Multiple Thrusts, More Spinal Motion

Impulse brand adjusting instrument have found that multiple impulse thrusts create more intersegmental spinal motion. Increased multiaxial lumbar spinal motion responses during multiple-impulse mechanical force manually assisted spinal manipulation. multiple #thrusts by #impulse #adjusting #instruments create more #spinalMotion Click To Tweet BACKGROUND: Spinal manipulation has been found to create demonstrable segmental and intersegmental spinal motion thought to be biomechanically related to its mechanisms. In the case of impulsive-type instrument device comparisons, significant differences in the force-time characteristics and concomitant motion responses of spinal manipulative instruments have been reported, but studies investigating the response to multiple thrusts (multiple impulse trains) have not been conducted. The purpose of this study was to determine multi-axial segmental and intersegmental spinal motion responses of ovine lumbar vertebrae to single impulse and multiple impulse spinal manipulative thrusts (SMTs). METHODS: Fifteen adolescent Merino sheep were examined....

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Adjusting Instrument Research part 3: Mapping the Spinal Motions after adjustment

Posted by on Dec 2, 2016 in Blog, instrument adjusting, research | Comments Off on Adjusting Instrument Research part 3: Mapping the Spinal Motions after adjustment

Impulse adjusting instrument caused linear increase in both force and spinal motion response Adjusting instrument (Impulse vs Activator) resulted in the greatest acceleration and displacement responses #impulse #adjusting #instrument creates more #spinal #acceleration Click To Tweet Three-dimensional vertebral motions produced by mechanical force spinal manipulation. OBJECTIVE: The aim of this study was to quantify and compare the 3-dimensional intersegmental motion responses produced by 3 commonly used chiropractic adjusting instruments. METHODS: Six adolescent Merino sheep were examined at the Institute for Medical and Veterinary Science, Adelaide, Australia. In all animals, triaxial accelerometers were attached to intraosseous pins rigidly fixed to the L1 and L2 spinous processes under fluoroscopic guidance. Three handheld mechanical force chiropractic adjusting instruments (Chiropractic Adjusting Tool [CAT], Activator Adjusting Instrument IV [Activator IV], and the Impulse Adjusting Instrument [Impulse]) were used to randomly apply posteroanterior (PA) spinal...

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Instrument Adjusting Research part 2: Force Frequency

Posted by on Nov 29, 2016 in Blog, instrument adjusting, research | Comments Off on Instrument Adjusting Research part 2: Force Frequency

Validation of the force and frequency characteristics of the activator adjusting instrument This study uses an accelerometer to measure the force frequency which just means we can measure spinal motion based on the strength of the Activator Adjusting Instrument OBJECTIVE: To determine the dynamic force-time and force frequency characteristics of the Activator Adjusting Instrument and to validate its effectiveness as a mechanical impedance measurement device; in addition, to refine or optimize the force frequency characteristics of the Activator Adjusting Instrument to provide enhanced dynamic structural measurement reliability and accuracy. METHODS: An idealized test structure consisting of a rectangular steel beam with a static stiffness similar to that of the human thoracolumbar spine was used for validation of a method to determine the dynamic mechanical response of the spine. The Activator Adjusting Instrument equipped with a load cell and accelerometer...

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Adjusting Instrument Research part 1: Impulse and Activator Preview

Posted by on Nov 22, 2016 in adjustment, instrument adjusting, research | Comments Off on Adjusting Instrument Research part 1: Impulse and Activator Preview

Research time again and this time its about adjusting instrument activator and impulse IQ Let’s see if vertebral motion is restored with spinal manipulation via adjusting instruments. For the following 4 weeks I will be posting a couple abstracts of research performed on the Activator and Impulse Adjusting Instruments. All of these can be found on Pub Med. I also have a 3 ring binder full of fun and riveting full length research papers on the efficacy of spinal manipulation in the treatment of the disorders we claim/and treat each and everyday. Spoiler Alert — here are the four topics– Translation Hand Held Adjusting Instrument Comparison of mechanical force of manually assisted chiropractic adjusting instruments Validation of the force and frequency characteristics of the activator adjusting instrument: effectiveness as a mechanical impedance measurement tool Three-dimensional vertebral motions produced by...

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Are kids who receive chiropractic care healthier?

Posted by on Jun 28, 2015 in children, instrument adjusting | Comments Off on Are kids who receive chiropractic care healthier?

Chiropractic adjustments for children  see a more rapid recovery time from any trauma or illness  Chiropractic adjustments make the body work better.  find out why If you have young children or grandchildren, then you’ll want to read this article. Many patients new to chiropractic care don’t realize that infants, toddlers, pre-teens, and teens get chiropractic care.  They often ask, “Why would kids get chiropractic care?  Thy don’t have back pain.” The answer is simple.  Chiropractic is so much more than back and neck pain relief.  Chiropractic adjustments make the body work better.  They boost the immune system.  They reduce stress on the physical body.  They do all sorts of amazing and beneficial things to keep you healthy. There is no age limit to receiving the awesome health benefits of chiropractic care.  In our office we see patients from birth...

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