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Featured researches published by Laura E. Simons.


Neuroscience & Biobehavioral Reviews | 2014

Psychological processing in chronic pain: a neural systems approach.

Laura E. Simons; Igor Elman; David Borsook

Our understanding of chronic pain involves complex brain circuits that include sensory, emotional, cognitive and interoceptive processing. The feed-forward interactions between physical (e.g., trauma) and emotional pain and the consequences of altered psychological status on the expression of pain have made the evaluation and treatment of chronic pain a challenge in the clinic. By understanding the neural circuits involved in psychological processes, a mechanistic approach to the implementation of psychology-based treatments may be better understood. In this review we evaluate some of the principle processes that may be altered as a consequence of chronic pain in the context of localized and integrated neural networks. These changes are ongoing, vary in their magnitude, and their hierarchical manifestations, and may be temporally and sequentially altered by treatments, and all contribute to an overall pain phenotype. Furthermore, we link altered psychological processes to specific evidence-based treatments to put forth a model of pain neuroscience psychology.


Pain | 2008

Parental response to children's pain: The moderating impact of children's emotional distress on symptoms and disability

Robyn Lewis Claar; Laura E. Simons; Deirdre E. Logan

&NA; Parental responses play a central role in the development and maintenance of children’s pain behavior. Previous studies examining the impact of parental responses on children’s pain have focused mainly on protective or solicitous responses. This study examined the impact of parental responses, including protectiveness, minimization of pain, and encouraging and monitoring responses, on children’s functional disability and somatic symptoms. Participants included 327 patients with chronic pain, ages 8–17, who completed measures of pain, disability, somatic symptoms, depression, and anxiety. Patients’ parents completed a measure assessing parental responses to their children’s pain. Results show that for children with higher levels of emotional distress, maladaptive parental responses to pain (e.g., criticism, discounting of pain, increased attention to pain, and granting of special privileges) were associated with increased disability and somatic symptoms. Results of this study demonstrate the important ways in which parents can influence how their children cope with and manage chronic pain. Children whose parents are overly protective or critical of their pain may experience more impairment or somatic symptoms, particularly those children who are already at risk for difficulties due to higher levels of emotional distress.


The Clinical Journal of Pain | 2012

A day-hospital approach to treatment of pediatric complex regional pain syndrome: initial functional outcomes.

Deirdre E. Logan; Elizabeth Carpino; Gloria Chiang; Marianne Condon; Emily Firn; Veronica Gaughan; M. Hogan; David S. Leslie; Katie Olson; Susan Sager; Navil F. Sethna; Laura E. Simons; David Zurakowski; Charles B. Berde

Objectives:To examine clinical outcomes of an interdisciplinary day-hospital treatment program (comprised of physical, occupational, and cognitive-behavioral therapies with medical and nursing services) for pediatric complex regional pain syndrome (CRPS). Methods:The study is a longitudinal case series of consecutive patients treated in a day-hospital pediatric pain rehabilitation program. Participants were 56 children and adolescents with ages 8 to 18 years (median=14 y) with CRPS spectrum conditions who failed to progress sufficiently with a previous outpatient and/or inpatient treatments. Patients participated in daily physical therapy, occupational therapy, and psychological treatment and received nursing and medical care as necessary. The model places equal emphasis on physical and cognitive-behavioral approaches to pain management. Median duration of stay was 3 weeks. Outcome measures included assessments of physical, occupational, and psychological functioning at program admission, discharge, and at posttreatment follow-up at a median of 10 months after discharge. Scores at discharge and follow-up were compared with measures on admission by Wilcoxon tests, paired t tests, or analysis of variance as appropriate, with corrections for multiple comparisons. Results:Outcomes demonstrate clinically and statistically significant improvements from admission to discharge in pain intensity (P<0.001), functional disability (P<0.001), subjective report of limb function (P<0.001), timed running (P<0.001), occupational performance (P<0.001), medication use (P<0.01), use of assistive devices (P<0.001), and emotional functioning (anxiety, P<0.001; depression, P<0.01). Functional gains were maintained or further improved at follow-up. Discussion:A day-hospital interdisciplinary rehabilitation approach seems effective in reducing disability and improving physical and emotional functioning and occupational performance among children and adolescents with CRPSs that have failed to improve with outpatient treatment.


Pain | 2012

Too sick for school? Parent influences on school functioning among children with chronic pain

Deirdre E. Logan; Laura E. Simons; Elizabeth Carpino

Summary Parental protective responses to pain mediated the association between parent pain catastrophizing and child school functioning as assessed by school attendance and subjective report. Promoting adaptive parental responses to pain may enhance success at school. Abstract Parental responses to children with chronic pain have been shown to influence the extent of the child’s functional disability, but these associations have not been well studied in relation to children’s pain‐related school functioning. The current study tests the hypothesis that parental pain catastrophizing and parental protective responses to child pain influence the extent of school impairment in children with chronic pain. A mediational model was tested to determine whether parental protective behaviors serve a mediating role between parental pain catastrophizing and child school impairment. Study participants were a clinical sample of 350 children ages 8–17 years with chronic pain and their parents. Measures of pain characteristics, demographic characteristics, child depressive symptoms, school attendance rates, overall school functioning, parental pain catastrophizing, and parental protective responses to pain were collected. Results show that, controlling for the known influences of pain intensity and child depressive symptoms, parental pain catastrophizing and parental protective responses to child pain each independently predict child school attendance rates and reports of overall school impairment. Parental protectiveness was found to mediate the association between parental cognitions (i.e., parent pain catastrophizing) and child school functioning outcomes. These findings underscore the importance of intervening with parents to foster parental responses to child pain that help children engage and succeed in the school environment despite pain.


The Journal of Pain | 2011

The Fear of Pain Questionnaire (FOPQ): Assessment of Pain-Related Fear Among Children and Adolescents With Chronic Pain

Laura E. Simons; Christine B. Sieberg; Elizabeth Carpino; Deirdre E. Logan; Charles B. Berde

UNLABELLED An important construct in understanding pain-related disability is pain-related fear. Heightened pain-related fear may result in behavioral avoidance leading to disuse, disability, and depression; whereas confrontation of avoided activities may result in a reduction of fear over time and reengagement with activities of daily living. Although there are several measures to assess pain-related fear among adults with chronic pain, none exist for children and adolescents. The aim of the current study was to develop a new tool to assess avoidance and fear of pain with pediatric chronic pain patients: the Fear of Pain Questionnaire, child report (FOPQ-C), and Fear of Pain Questionnaire, parent proxy report (FOPQ-P). After initial pilot testing, the FOPQ-C and FOPQ-P were administered to 299 youth with chronic pain and their parents at an initial multidisciplinary pain treatment evaluation. The FOPQ demonstrated very strong internal consistency of .92 for the child and parent versions. One-month stability estimates were acceptable and suggested responsivity to change. For construct validity, the FOPQ correlated with generalized anxiety, pain catastrophizing, and somatization. Evidence of criterion-related validity was found with significant associations for the FOPQ with pain, healthcare utilization, and functional disability. These results support the FOPQ as a psychometrically sound measure. PERSPECTIVE Pain-related fear plays an important role in relation to emotional distress and pain-related disability among children and adolescents with chronic pain. Identification of patients with high levels of fear avoidance of pain with the FOPQ will inform how to proceed with psychological and physical therapy interventions for chronic pain.


Human Brain Mapping | 2014

The human amygdala and pain: Evidence from neuroimaging

Laura E. Simons; Eric A. Moulton; Clas Linnman; Elizabeth Carpino; Lino Becerra; David Borsook

The amygdala, a small deep brain structure involved in behavioral processing through interactions with other brain regions, has garnered increased attention in recent years in relation to pain processing. As pain is a multidimensional experience that encompasses physical sensation, affect, and cognition, the amygdala is well suited to play a part in this process. Multiple neuroimaging studies of pain in humans have reported activation in the amygdala. Here, we summarize these studies by performing a coordinate‐based meta‐analysis within experimentally induced and clinical pain studies using an activation likelihood estimate analysis. The results are presented in relation to locations of peak activation within and outside of amygdala subregions. The majority of studies identified coordinates consistent with human amygdala cytoarchitecture indicating reproducibility in neuroanatomical labeling across labs, analysis methods, and imaging modalities. Differences were noted between healthy and clinical pain studies: in clinical pain studies, peak activation was located in the laterobasal region, suggestive of the cognitive‐affective overlay present among individuals suffering from chronic pain; while the less understood superficial region of the amygdala was prominent among experimental pain studies. Taken together, these findings suggest several important directions for further research exploring the amygdalas role in pain processing. Hum Brain Mapp 35:527–538, 2014.


The Journal of Pain | 2012

The Fear Avoidance model of chronic pain: examination for pediatric application.

Laura E. Simons; Karen J. Kaczynski

UNLABELLED The current study examined the Fear Avoidance (FA) model of chronic pain in pediatric chronic pain patients. Multiple structural equation models were tested in the current study with pairwise parameter comparisons made between younger children (8-12 years) and adolescents (13-17 years). Within a sample of 350 children and adolescents, we examined functional disability and depressive symptoms in separate models with the following predictor variables-pain, pain catastrophizing, fear of pain, and avoidance of activities-after controlling for duration of pain. For a subset of patients (n = 151), we also tested a brief prospective outcome model with baseline predictor variables and functional disability at 1-month follow-up. The FA models predicting functional disability concurrently and prospectively were an excellent fit to the data. The theorized FA model for depression was a poor fit. When the model was modified to include direct pathways from the cognitive processes of pain catastrophizing and fear of pain to depressive symptoms, the model fit was significantly improved. In the examination of developmental differences between younger children and adolescent patients, duration of pain contributed to the model for younger children, whereas pain-related fears were more influential for adolescent patients. PERSPECTIVE The FA model of chronic pain appears to be applicable for pediatric patients with some modification to account for developmental differences across childhood. We discuss the developmental, theoretical, and clinical implications of these results.


Journal of Pediatric Psychology | 2011

Do Parent Protective Responses Mediate the Relation Between Parent Distress and Child Functional Disability Among Children With Chronic Pain

Christine B. Sieberg; Sara A. Williams; Laura E. Simons

OBJECTIVES To examine whether protective parent responses mediate the relation between parent distress and child functioning. METHODS At a pain clinic evaluation, 157 families participated. Parents completed measures of global distress (BSI-18), distress in the context of their childs pain (BAP-PIQ), and protective responses to their childs pain. Children completed measures of functional disability and pain. RESULTS BAP-PIQ subscales were significantly associated with child functional disability, whereas BSI subscales were unrelated. Protective parent responses partially mediated the relation between parent distress and child functional disability for depression, anxiety, and catastrophizing. However, parent protective behavior fully mediated the relationship between parent helplessness and child functional disability, indicating that feelings of parent helplessness did not uniquely contribute to child functional disability. Discussion Results suggest that when treating youth with chronic pain, parental distress in the context of childrens pain needs to be addressed.


The Clinical Journal of Pain | 2010

Engagement in multidisciplinary interventions for pediatric chronic pain: parental expectations, barriers, and child outcomes.

Laura E. Simons; Deirdre E. Logan; Laura Chastain; Madelin Cerullo

ObjectivesTo examine the adherence to the recommendations of pain treatment among children and adolescents evaluated for a variety of chronic and recurrent pain conditions. MethodsSeveral measures during initial evaluation and after 3 months were collected to assess satisfaction with initial evaluation, adherence to multidisciplinary recommendations, pain ratings, somatic symptoms, functional limitations, and school attendance. ResultsOf the 120 patients who initially enrolled in the study, 70 parents and 57 children participated in 3-month follow-up interviews and reported significantly fewer doctor visits, decreased somatic symptoms, fewer functional limitations, and decreased pain compared with their initial evaluation. Adherence to multidisciplinary recommendations ranged from 46.7% to 100% with the highest level of overall adherence to physical therapy. Factors associated with adherence varied across type of recommendation. For medical recommendations, higher parent-reported patient satisfaction and expectations that medical tests would be beneficial were associated with engagement in medical treatment, whereas parent reports of negative attitude-type barriers and experience with surgery were associated with less frequent engagement in recommended treatment. With regard to physical therapy recommendations, only earlier experience with exercise was associated with better adherence. For psychologic recommendations, familiarity with hypnosis and biofeedback in addition to positive expectations regarding psychologic treatment and biofeedback were all associated with subsequent engagement in psychologic treatment. Lastly, we identified modest associations between functional improvements and adherence to specific recommendations. DiscussionResults of this study support the importance of examining adherence to multidisciplinary interventions among children and adolescents with chronic pain.


The Journal of Pain | 2013

Pain Prevalence and Trajectories Following Pediatric Spinal Fusion Surgery

Christine B. Sieberg; Laura E. Simons; Mark R. Edelstein; Maria R. DeAngelis; Melissa Pielech; Navil F. Sethna; M. Timothy Hresko

UNLABELLED Factors contributing to pain following surgery are poorly understood, with previous research largely focused on adults. With approximately 6 million children undergoing surgery each year, there is a need to study pediatric persistent postsurgical pain. The present study includes patients with adolescent idiopathic scoliosis undergoing spinal fusion surgery enrolled in a prospective, multicentered registry examining postsurgical outcomes. The Scoliosis Research Society Questionnaire-Version 30, which includes pain, activity, mental health, and self-image subscales, was administered to 190 patients prior to surgery and at 1 and 2 years postsurgery. A subset (n = 77) completed 5-year postsurgery data. Pain prevalence at each time point and longitudinal trajectories of pain outcomes derived from SAS PROC TRAJ were examined using analyses of variance and post hoc pairwise analyses across groups. Thirty-five percent of patients reported pain in the moderate to severe range presurgery. One year postoperation, 11% reported pain in this range, whereas 15% reported pain at 2 years postsurgery. At 5 years postsurgery, 15% of patients reported pain in the moderate to severe range. Among the 5 empirically derived pain trajectories, there were significant differences on self-image, mental health, and age. Identifying predictors of poor long-term outcomes in children with postsurgical pain may prevent the development of chronic pain into adulthood. PERSPECTIVE This investigation explores the prevalence of pediatric pain following surgery, up to 5 years after spinal fusion surgery. Five pain trajectories were identified and were distinguishable on presurgical characteristics of age, mental health, and self-image. This is the largest study to examine longitudinal pediatric pain trajectories after surgery.

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Deirdre E. Logan

Boston Children's Hospital

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David Borsook

Boston Children's Hospital

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Alyssa Lebel

Boston Children's Hospital

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Lino Becerra

Boston Children's Hospital

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Charles B. Berde

Boston Children's Hospital

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Melissa Pielech

Boston Children's Hospital

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