Background. Multiple dimensions across the biopsychosocial spectrum are
relevant in the management of nonspecific chronic low back pain (NSCLBP). Cognitive
functional therapy is a behaviorally targeted intervention that combines normalization
of movement and abolition of pain behaviors with cognitive reconceptualization
of the NSCLBP problem while targeting psychosocial and lifestyle barriers to
recovery.
Objective. The purpose of this study was to examine the effectiveness of cognitive
functional therapy for people with disabling NSCLBP who were awaiting an
aDesign. A multiple case-cohort study (n 26) consisting of 3 phases (A1–B–A2)
was conducted.ppointment with a specialist medical consultant.
Methods. Measurement phase A1 was a baseline phase during which measurements
of pain and functional disability were collected on 3 occasions over 3 months
for all participants. During phase B, participants entered a cognitive functional
therapy intervention program involving approximately 8 treatments over an average
of 12 weeks. Finally, phase A2 was a 12-month, no-treatment follow-up period.
Outcomes were analyzed using repeated-measures analysis of variance or Friedman
test (with post hoc Bonferroni correction) across 7 time intervals, depending on
normality of data distribution.
Results. Statistically significant reductions in both functional disability and pain
were observed immediately postintervention and were maintained over the 12-month
follow-up period. These reductions reached clinical significance for both disability
and pain. Secondary psychosocial outcomes, including depression, anxiety, back
beliefs, fear of physical activity, catastrophizing, and self-efficacy, were significantly
improved after the intervention.
Limitations. The study was not a randomized controlled trial. Although primary
oConclusions. These promising results suggest that cognitive functional therapy
should be compared with other conservative interventions for the management of
disabling NSCLBP in secondary care settings in large randomized clinical trials.
Funding
Development of a structure identification methodology for nonlinear dynamic systems