Monday, April 29, 2013

Increased weight associated with increased low back pain

Body Mass Index as a Risk Factor for Developing Chronic
Low Back Pain: A Follow-up in the Nord-Trøndelag Health Study*
http://journals.lww.com/spinejournal/Abstract/2013/01150/Body_Mass_Index_as_a_Risk_Factor_for_Developing.6.aspx
Heuch, Ingrid MD, PhD
Spine: 15 January 2013 - Volume 38 - Issue 2 - p 133--139

Study Design. A population-based, prospective cohort study.

Objective. To determine whether overweight, obesity, or more generally
an elevated body
mass index (BMI) increase the probability of experiencing chronic low
back pain (LBP) after
an 11-year period, both among participants with and without LBP at baseline.

Summary of Background Data. Chronic LBP is a common disabling disorder
in modern society.
Cross-sectional studies suggest an association between an elevated BMI
and LBP, but it is not
clear whether this is a causal relationship.

Methods. Data were obtained from the community-based HUNT 2 (1995--1997)
and HUNT 3
(2006--2008) studies of an entire Norwegian county. Participants were
8733 men and 10,149
women, aged 30 to 69 years, who did not have chronic LBP at baseline,
and 2669 men and
3899 women with LBP at baseline. After 11 years, both groups indicated
whether they currently
had chronic LBP, defined as pain persisting for at least 3 months
continuously during the last year.

Results. A significant positive association was found between BMI and
risk of LBP among persons
without LBP at baseline. The odds ratio for BMI 30 or more versus BMI
less than 25 was 1.34
(95% confidence interval [CI], 1.08--1.67) for men and 1.22 (95% CI,
1.03--1.46) for women, in
analyses adjusted for age, education, work status, physical activity at
work and in leisure time,
smoking, blood pressure, and serum lipid levels. A significant positive
association was also established
between BMI and recurrence of LBP among women. LBP status at baseline
had negligible influence
on subsequent change in BMI.

Conclusion. High values of BMI may predispose to chronic LBP 11 years
later, both in individuals
with and without LBP. The association between BMI and LBP is not
explained by an effect of LBP
on later change in BMI.

Tuesday, April 23, 2013

Chiropractic and Medical Care combination treatment

Adding Chiropractic Manipulative Therapy to Standard Medical Care for
Patients With Acute Low Back Pain: Results of a Pragmatic Randomized
Comparative Effectiveness Study
Goertz, Christine M. DC, PhD
http://journals.lww.com/spinejournal/Abstract/2013/04150/Adding_Chiropractic_Manipulative_Therapy_to.2.aspx

Spine: 15 April 2013 - Volume 38 - Issue 8 - p 627--634

Abstract
Study Design. Randomized controlled trial.

Objective. To assess changes in pain levels and physical functioning in
response to standard medical care (SMC) versus SMC plus chiropractic
manipulative therapy (CMT) for the treatment of low back pain (LBP)
among 18 to 35-year-old active-duty military personnel.

Summary of Background Data. LBP is common, costly, and a significant
cause of long-term sick leave and work loss. Many different
interventions are available, but there exists no consensus on the best
approach. One intervention often used is manipulative therapy. Current
evidence from randomized controlled trials demonstrates that
manipulative therapy may be as effective as other conservative
treatments of LBP, but its appropriate role in the healthcare delivery
system has not been established.

Methods. Prospective, 2-arm randomized controlled trial pilot study
comparing SMC plus CMT with only SMC. The primary outcome measures were
changes in back-related pain on the numerical rating scale and physical
functioning at 4 weeks on the Roland-Morris Disability Questionnaire and
back pain functional scale (BPFS).

Results. Mean Roland-Morris Disability Questionnaire scores decreased in
both groups during the course of the study, but adjusted mean scores
were significantly better in the SMC plus CMT group than in the SMC
group at both week 2 (P < 0.001) and week 4 (P = 0.004). Mean numerical
rating scale pain scores were also significantly better in the group
that received CMT. Adjusted mean back pain functional scale scores were
significantly higher (improved) in the SMC plus CMT group than in the
SMC group at both week 2 (P < 0.001) and week 4 (P = 0.004).

Conclusion. The results of this trial suggest that CMT in conjunction
with SMC offers a significant advantage for decreasing pain and
improving physical functioning when compared with only standard care,
for men and women between 18 and 35 years of age with acute LBP.

Is my child overtraining?

For example, young athletes who spent more hours per week than their age playing one sport – such as a 12-year-old who plays tennis 13 or more hours a week – were 70 percent more likely to experience serious overuse injuries than other injuries.
Loyola University Medical Center sports medicine physician Dr. Neeru Jayanthi presented findings during an oral podium research session April 19 at the American Medical Society for Sports Medicine (AMSSM) meeting in San Diego. The study is titled “Risks of Specialized Training and Growth in Young Athletes: A Prospective Clinical Cohort Study.”
"We should be cautious about intense specialization in one sport before and during adolescence,” Jayanthi said. “Among the recommendations we can make, based on our findings, is that young athletes should not spend more hours per week in organized sports than their ages.”
Between 2010 and 20103, Jayanthi and colleagues at Loyola and Lurie Children’s Hospital of Chicago enrolled 1,206 athletes ages 8 to 18 between who had come in for sports physicals or treatment for injuries. Researchers are following each athlete for up to three years.

There were 859 total injuries, including 564 overuse injuries, in cases in which the clinical diagnosis was recorded. The overuse injuries included 139 serious injuries such as stress fractures in the back or limbs, elbow ligament injuries and osteochondral injuries (injuries to cartilage and underlying bone). Such serious injuries can force young athletes to the sidelines for one to six months or longer.
The study confirmed preliminary findings, reported earlier, that specializing in a single sport increases the risk of overall injury, even when controlling for an athlete’s age and hours per week of sports activity.

Among the study’s other findings:
• Young athletes were more likely to be injured if they spent more than twice as much time playing organized sports as they spent in unorganized free play -- for example, playing 11 hours of organized soccer each week, and only 5 hours of free play such as pick-up games.
• Athletes who suffered serious injuries spent an average of 21 hours per week in total physical activity (organized sports, gym and unorganized free play), including 13 hours in organized sports. By comparison, athletes who were not injured, participated in less activity – 17.6 hours per week in total physical activity, including only 9.4 hours in organized sports.
• Injured athletes scored 3.3 on researchers’ six-point sports-specialization scale. Uninjured athletes scored 2.7 on the specialization scale. (On the sports specialization scale, an athlete is given one point for each of the following: Trains more than 75 percent of the time in one sport; trains to improve skill or misses time with friends; has quit other sports to focus on one sport; considers one sport more important than other sports; regularly travels out of state; trains more than eight months a year or competes more than six months per year.
Jayanthi offers the following tips to reduce the risk of injuries in young adults:
• Do not spend more hours per week than your age playing sports. (Younger children are developmentally immature and may be less able to tolerate physical stress.)
• Do not spend more than twice as much time playing organized sports as you spend in gym and unorganized play.
• Do not specialize in one sport before late adolescence.
• Do not play sports competitively year round. Take a break from competition for one-to-three months each year (not necessarily consecutively).
• Take at least one day off per week from training in sports.

Jayanthi and colleagues at Loyola and Lurie Children’s Hospital are planning a follow-up study to determine whether counseling recommendations on proper sports training can reduce the risk of overuse injuries in young athletes. The study is called TRACK – Training, Risk Assessment and Counseling in Kids.
“We will be testing our hypothesis that many of these serious injuries are potentially preventable,” Jayanthi said.
The current study was funded by two research grants from the American Medical Society for Sports Medicine. Jayanthi is a member of an AMSSM committee that is writing guidelines on preventing and treating overuse injuries in young athletes.
Jayanthi is Medical Director of Primary Care Sports Medicine at Loyola. He is an associate professor in the Departments of Family Medicine and Orthopaedic Surgery & Rehabilitation at Loyola University Chicago Stritch School of Medicine.
Co-authors of the study Lara Dugas, PhD, of Loyola’s Department of Public Health Sciences and Cynthia LaBella, MD, and Brittany Patrick of Lurie Children’s hospital. Loyola medical students and research assistants who assisted in the study are Dan Fisher, Courtney Pinkham, Erin Feller and Peter Linn.
The study was originally supported by Stritch School of Medicine's Student Training in Approaches to Research (STAR) program.

Monday, July 16, 2012

Golfer's Elbow

There are several causes for this injury.  Obviously golf is one, but really any gripping maneuver/activity can cause golfer's elbow/medial epicondylitis.  Workouts, playing guitar and certain jobs and also simulate the activity.  Simply stretching the anterior forearm after gripping activity can help.  If you have played a round of golf, follow it with stretching of the anterior arm then ice the forearm for 15 minutes afterward.  This will stretch out the "over tight" muscle and the ice will help decrease any acute inflammation post exercise.  Often working on eccentric exercise for the forearm can help as a long term solution to strengthen the area and decrease reoccurance.  This is something we see on a regular basis, so if you are struggling with golfer's elbow and you have tried these therapies, let us know.

Christian

Tuesday, February 28, 2012

Post Exercise Stretching

This is something that seems to have come up quite a bit in the past several weeks.  Many of our patients are hitting full stride in running season and are starting to have some lower extremity aches and pains.  You can significantly reduce post exercise soreness by simply stretching and icing your most sore areas after your workout.  About 5 minutes of stretching and 15 minutes of icing will go a long way to helping you achieve your workout goals and stay pain free!

Stay healthy!

Christian

Tuesday, December 13, 2011

Shoulder Impingement

I spent some time with a patient this week who was suffering from shoulder impingement.  They were trying to start a workout program to strengthen the shoulder.  They were performing upright rows in sets of 3 at 12 reps per set.  I had to add some additional information to make this the correct exercise for their condition.  A better example would be to perform eccentric (negative) sets of 4 with reps of 6-8 per set.  This allows the patient to train more for strength/endurance without an increase in muscle size (hypertrophy).  In this particular case, an increase in the size of the supraspinatus would only increase the effects of impingement.  It is often a good idea to remind your trainer of injuries that you may have.  They can often adapt your program to fit your needs.  Stay healthy!

Christian

Wednesday, July 13, 2011

Tendinopathies

There is new research that points to using eccentric exercise as a rehabilitative treatment for a variety of overuse conditions relating to tendons (think tennis elbow and Achille's tendinitis).  Eccentric exercise would generally be considered the "negative" or "lowering" portion of an exercise.  It is very important to remove as much weight or tension during the concentric phase of exercise and add the tension back during the eccentric portion.  If you do this incorrectly the problem will likely increase.  It really takes some one-on-one instruction to be bio-mechanically efficient and correct.  If you have a tendinopathy, ask a professional about eccentric exercise and get back in action, faster.

Christian