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New Classification Of Spinal Deformity Defines Range Of Normalcy

Date:
December 10, 2008
Source:
University of Cincinnati
Summary:
A neurosurgeon who has spent his career helping people with severe spine problems stand up straight has spearheaded the creation of a new spinal deformity classification system.
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FULL STORY

Severe scoliosis before surgery (left) and after.
Credit: Image courtesy of University of Cincinnati

A University of Cincinnati (UC) neurosurgeon who has spent his career helping people with severe spine problems stand up straight has spearheaded the creation of a new spinal deformity classification system. The system, published this fall in the journal Neurosurgery, defines deformity in relation to the healthy, normal curve of the spine.

“What we’ve done is define spinal deformity and its manifestations throughout the course of a lifetime, based on a systematic approach to the spine, from the head to the pelvis,” says Charles Kuntz IV, MD, an associate professor in UC’s neurosurgery department and director of the division of spine and peripheral nerve surgery at the UC Neuroscience Institute. “Defining deformity with this degree of precision allows us to provide optimal treatment.”

Kuntz, who practices at the Mayfield Clinic, and his co-authors defined spinal deformity by synthesizing published literature that describes normal neutral upright spinal alignment in asymptomatic juvenile, adolescent, adult and geriatric volunteers. The researchers used a total of 38 angles and displacements to define neutral upright spinal alignment, compiling their data over a period of five years.

The spine is a “dynamic organ that changes during the course of a lifetime,” Kuntz says, with normal curves increasing with age.

An estimated 1.5 percent of the population has some degree of spinal deformity, which can take many forms. Abnormal curvatures can occur from side to side, as in scoliosis; they can involve an abnormal forward curve of the spine, known as kyphosis, or hunchback; and they can involve an abnormal posterior curve of the lower spine, known as lordosis, or swayback.

Spinal deformity, depending on its severity, can cause pain, disability and a reduction in quality of life.   

Kuntz, whose spinal reconstructions can take as long as 10 to 15 hours over a period of two days, strives for optimal spinal alignment with the finest cosmetic symmetry, even in the most severely disabled patients.

“Some physicians may feel that the result doesn’t have to be perfect,” Kuntz says. “But I do. It’s a big deal when you have a patient who can’t stand up straight, who can’t look you in the eye, who’s embarrassed to go out. It’s a big deal when you help him or her become a person who’s not only attractive to others but also attractive to himself or herself.” 

Other co-authors of the spinal classification are Linda Levin, PhD, and David Pettigrew, PhD, of UC; Atiq Durrani, MD, formerly of UC; Christopher Shaffrey, MD, of the University of Virginia; Stephen Ondra, MD, of Northwestern University; and Praveen Mummaneni, MD, of the University of California at San Francisco.


Story Source:

The above story is based on materials provided by University of Cincinnati. Note: Materials may be edited for content and length.


Cite This Page:

University of Cincinnati. "New Classification Of Spinal Deformity Defines Range Of Normalcy." ScienceDaily. ScienceDaily, 10 December 2008. <www.sciencedaily.com/releases/2008/12/081209154953.htm>.
University of Cincinnati. (2008, December 10). New Classification Of Spinal Deformity Defines Range Of Normalcy. ScienceDaily. Retrieved April 27, 2015 from www.sciencedaily.com/releases/2008/12/081209154953.htm
University of Cincinnati. "New Classification Of Spinal Deformity Defines Range Of Normalcy." ScienceDaily. www.sciencedaily.com/releases/2008/12/081209154953.htm (accessed April 27, 2015).

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