(119) Nursing Issues
(121) Psychosocial Research The 2014 Psychosocial Research SIG meeting will feature three components. First, a brief business meeting will update members on major SIG activities and hold an election for the SIG cochair for the 2014–2015 term. Second, the 5th Annual SIG Young Investigator Poster award will be presented, and the winner will present his or her research in a platform session. Finally, experts in the field of psychosocial pain research will give brief presentations and participate in a panel discussion, “Threatening Our Darlings: A Critical Examination of Fundamental Assumptions in Psychosocial Research on Pain.” Expert presentations and discussion will focus on fundamental assumptions in the field’s approach to theory, methodology, intervention, and assessment that often are not challenged, as well as alternatives that may be considered. Panelists will include Drs. Lance McCracken, Beverly Thorn, Mark Jensen, Michael Sullivan, and Robert Coghill. We look forward to you joining us for what should be an engaging and interactive SIG meeting. (122) Pain in Sickle Cell Disease (SCD) The Pain in SCD SIG seeks to foster the development of a multidisciplinary community that brings together a diverse group of pain researchers, including basic scientists, clinicians, and other health professionals, to increase the knowledge of pain in SCD. (123) Measurement of Pain and Its Impact Charles Argoff and Nalini Sehgal are invited to discuss the topic of the "Role of Symptoms and Signs Assessment in Diagnosis of Neuropathic Pain." (124) Pain Rehabilitation (125) Palliative Care (126) Ethics The Ethics SIG will host a panel presentation discussing various ethical dilemmas. Dr. Chou will present ethical dilemmas related to conflict of interest, reporting bias, or off label use; Dr. Stacey will discuss a medical case; and Dr. Scheman will present a dilemma related to psychology and opioid prescription. This session promises a lively discussion with ample audience participation. |
Health Care's Most Important Reform — The Provider Increasingly, surveys show patients are dissatisfied and providers are frustrated. The provider-patient relationship is in peril, and yet, though patients distrust insurance companies or pharmaceutical corporations or politicians to make decisions for them, they trust their providers. Physicians are the de facto face of reform and the primary drivers of reform’s success or failure. |
Sensory Mechanism for Heat Inhibition of Cold Calcitonin gene-related peptide (CGRP) is a classic molecular marker of peptidergic primary somatosensory neurons. Despite years of research, it is unknown if these neurons are required to sense pain or other sensory stimuli. We found that genetic ablation of CGRP α-expressing sensory neurons reduced sensitivity to noxious heat, capsaicin, and itch (histamine and chloroquine) and impaired thermoregulation but did not impair mechanosensation or ß-alanine itch—stimuli associated with nonpeptidergic sensory neurons. Unexpectedly, ablation enhanced behavioral responses to cold stimuli and cold mimetics without altering peripheral nerve responses to cooling. Mechanistically, ablation reduced tonic and evoked activity in postsynaptic spinal neurons associated with TRPV1/heat while profoundly increasing tonic and evoked activity in spinal neurons associated with TRPM8/cold. Our data reveal that CGRP α sensory neurons encode heat and itch and tonically cross-inhibit cold-responsive spinal neurons. Disruption of this crosstalk unmasks cold hypersensitivity, with mechanistic implications for neuropathic pain, side effects of TRPV1 antagonists, and temperature perception. |
(200) Frontiers in Basic Pain: Rita Allen Foundation Scholars in Pain
(202) From Brain to Spine and Beyond: Tracking Low Back Pain from the Nervous System to Peripheral Tissues Persistent back pain affects 15% of the adult population and is the leading cause of disability in individuals 45 years and younger. Current diagnostic and therapeutic approaches to chronic back pain are limited by our narrow understanding of the underlying biological mechanisms and by its inherent complexity. Dr. Stone will present data from preclinical studies investigating the relationship between degenerating intervertebral discs and the development of behavioral signs of low back pain (LBP) and the therapeutic effects of increased voluntary activity will be presented. Dr. Seminowicz will discuss brain imaging studies in people suffering from LBP and related disorders. Dr. Langevin will present the result of ultrasound studies of paravertebral connective tissue in human chronic low back pain. |
(203) Pediatric Chronic Pain in the Laboratory: Conditioned Pain Modulation and Neuroimaging in Clinical and High-Risk Samples of Youth This symposium will describe findings from studies using conditioned pain modulation (CPM) tasks and neuroimaging approaches with youth with chronic pain or at increased risk for chronic pain. Presenters will discuss ways in which CPM and neuroimaging data collected in childhood and adolescence may contribute to our knowledge on the development of chronic pain and correlates of pain treatment response, and will address methodological considerations. (204) Understanding and Treating Persistent Pain using Virtual Technologies Recent advances in virtual technologies (VTs) have facilitated new approaches to understanding and treating pain. Though virtual reality environments successfully have been utilized for acute pain intervention, researchers increasingly are using these technologies to address issues in chronic pain management. The current session will present on recent uses of VTs a) as an immersive adaptive environment for treatment of chronic pain, b) as an extension of graded exposure therapy for chronic pain disability that incorporates an interactive gaming interface, and c) as a tool for understanding and informing clinicians’ treatment decisions. (205) Forging Provider-Patient Partnerships to Help Patients Navigate the Maze of Pain The American Chronic Pain Association promotes a balanced approach to pain management with the goal of improving quality of life, increasing function, and reducing the sense of suffering. Key elements in this approach are optimizing communication between the consumer and the healthcare provider and empowering the patient to become engaged in self-management activities.
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(300) Optogenetics in Pain This symposium will provide a coordinated introduction to the use of optogenetics to understand the neural control of nociception and pain. Optogenetics includes light-activated channels, pumps, and receptors (e.g., G protein-coupled receptors) to modulate neuronal activity in a cell-type specific manner. It also includes genetically encoded probes that can be used to monitor neuronal activity (e.g., GCaMP). The purpose of this symposium is to first provide an introduction to optogenetics for the novice and discuss the future use of this technique as a basic science and clinical tool. Next, three presentations will highlight research utilizing optogenetic approaches to interrogate the contribution of peripheral nociceptors and the brain in the modulation of nociception and pain. (301) Does Sex Matter? Sex X Gene Interactions in Human Pain and Analgesia The future of personalized pain medicine will be based on individual difference factors contributing to variability in pain and analgesic responses, such as sex and genetic polymorphisms. Moreover, it is increasingly appreciated that these factors interact with each other to impact pain and analgesia. Sex differences in pain have been extensively documented, and genetic influences on pain can vary considerably based on the sex of the individual; however, the particular interactions between sex and genes regarding pain still are not fully uncovered. This session will provide current research insights on a wide spectrum of fundamental differences in the genetic contributions to variability in pain and analgesic responses within each sex and mechanisms underlying these differences. A particular emphasis will be placed on the implications of the findings for clinical practice. (302) Cognitive and Emotional Processing for Chronic Pain: Innovative Treatment Approaches |
(303) Bench to Bedside: Linking Genetics, Neurophysiology, and Psychosocial Factors in Pediatric Chronic Pain The mechanisms of developing chronic pain are starkly different in neonates, children, and adults. Neuropathic pain rarely develops in neonates, even after large-scale nerve damage, in sharp contrast to adults (Costigan et al., 2009). Inflammation in the young, however, is thought to pathologically sculpt the developing nervous system in ways that can increase gain in these systems throughout life (Beggs et al., 2012). The focus of this symposium is to discuss the genetics, neurophysiology, and psychological factors in pediatric chronic pain. (304) NIH Pain Consortium—Research Standards for Chronic Low Back Pain This will be a presentation of the research standards for chronic low back pain that were developed by a Research Task Force convened by the National Institutes of Health (NIH) Pain Consortium. The heart of the research standards are a definition of chronic low back pain and a minimum dataset that should be included in all prospective research studies related to chronic low back pain. The presentation will include the process and methods used to arrive at the research standards as well as the research standards themselves. (305) Neural Basis of Nonpharmacological Pain Treatments![]() Catherine Bushnell, PhD (Moderator); Vitaly Napadow, PhD; Fadel Zeidan, PhD Complementary pain treatments, such as acupuncture, meditation, and yoga, likely reduce pain through endogenous modulatory systems in the brain. |
(127) Pain in Infants, Children, and Adolescents The APS Pain in Infants, Children, and Adolescents SIG will hold a Pediatric Pain Research Blitz at its meeting at the 2014 Annual Scientific Meeting. This session will consist of short, 10-minute presentations on new research efforts. We also will use the meeting to announce the 2014 recipient of the Pediatric Young Investigator Research Award. (128) Basic Science (129) Geriatric Pain |
(131) Genetics and Pain The 2014 Genetics and Pain SIG meeting will follow a highly interactive format that welcomes input and engaging discussion from all attendees. The meeting will begin with an award given to recognize the outstanding work of a junior investigator/trainee, selected from poster abstracts pertaining to genetics and pain. The award recipient will have the opportunity to present their poster and discuss the implications of their findings with the audience. Next, one of our own members, Dr. Roy Levitt, will highlight novel genetic mechanisms that contribute to susceptibility to persistent pain. Following the presentations, time is allotted for overall discussion regarding the growth and direction of the SIG, including ways to build the membership and expand activities. (132) Pain and Disparities This meeting, moderated by Lara Dhingra, PhD, and Burel Goodin, PhD, will feature three presentations from nationally known speakers that expand traditional perspectives on pain disparities and propose key priorities for pain research and policy. Dr. Roger Fillingim will examine original data from a study that aims to clarify the roles of biological, sociocultural, and psychological factors that contribute to ethnic differences in pain. Dr. Carmen Green will discuss health policy and relevant research on disparities in pain care due to race and ethnicity, and will review how new initiatives within the Affordable Care Act will address pain care disparities. Dr. Robert Twillman will describe the impact of new state policies on access to pain care, particularly for populations with healthcare disparities, and will review original data from a survey of individuals with chronic pain who were denied prescriptions at pharmacies. (133) Complementary and Alternative Medicine (134) Clinical Trials |
Beyond Inflammation—Exploring Mechanisms of Persistent Pain in Arthritis Rheumatoid arthritis (RA) is an autoimmune disease associated with debilitating joint pain and progressive cartilage and bone loss. Although inflammation is assumed to be the driving force for joint pain occurring in RA, recent data show that pain continues to be a problem although the disease is medically controlled or in remission. This raises the possibility that arthritis-induced pain is only partly dependent on the inflammatory status in the joint. Using disease-relevant models of RA have revealed that antibody-driven joint inflammation has long-term impacts on the sensory nervous system. This talk will describe changes in the neurochemical profile of nociceptive neurons occurring in the post-inflammatory phase of experimental arthritis and highlight potential peripheral and central mechanisms that drive persistent pain when it occurs as a consequence of joint inflammation. |
Illuminating the Path to Multidisciplinary Pain Management |
(400) Innovative Delivery of Pain Self-Management Programs Self-management programs that target psychosocial risk factors have proven effective for reducing pain and disability in adults and youth with chronic pain. However, studies indicate that many adults, adolescents, and children with pain have inadequate access to evidence-based pain treatment due to financial, geographic, or mobility constraints that typically render clinic-based programs impractical or inaccessible. This symposium will describe innovative delivery models that broaden the availability of effective pain management and behavior change strategies. The research programs represented in this session will focus on remote (telephone and Web-based) pain self-management programs; implementation through nontraditional providers, such as physical therapists; and the translation of these models into clinical practice. (401) Emerging Themes in G Protein-Coupled Receptor Signaling This session will describe emerging themes in research examining the function of G protein-coupled receptors in the modulation of pain circuits. Significant advances in our understanding of how these receptors function provide a more complex picture of their role in signal transduction and suggest new avenues for the development of drugs with increased selectivity and reduced side effect profile. (402) The Role of Mitochondria in Chronic Pain A wide range of disorders have underlying pathophysiological mechanisms resulting in mitochondrial dysfunction. The mechanisms of mitochondrial dysfunction in chronic pain are largely unclear. This session will explore the recent studies about mitochondrial mechanisms in the inflammatory, nerve injury, or HIV-related neuropathic pain and morphine tolerance. |
(403) APS Clinical Centers of Excellence: Promoting the Highest Standards of Evidence-Based Interdisciplinary Pain Care This symposium will highlight one of APS’s most important initiatives, the Clinical Centers of Excellence Program. The symposium will provide an overview of the program and showcase presentations from three recent honorees. Presenters will describe innovations in providing evidence-based, interdisciplinary clinical care and the integration of science, education, and advocacy in both university and community settings. (404) Mechanisms of Change in Psychosocial Interventions for Chronic Pain Though psychosocial interventions have good evidence of effect, the mechanisms by which these effects occur remains unclear. This symposium will present the results of several recent studies designed to enhance clarity in the identification of these mechanisms. (405) Neural and Immune Mechanisms Mediating Pain in Sickle Cell Disease The acute and chronic pain that devastates the lives of patients with sickle cell disease has only recently been appreciated by the pain research community. This symposium will focus on a) recent developments in our understanding of the peripheral and central neural mechanisms underlying sickle cell pain, b) the contribution of immune cells to the pain, and c) developing strategies that treat the pain without an inadvertent effect on the systemic disease. The goal is to identify targets for therapeutics that will treat the pain and result in improved disease outcome. |
(500) National and International Pain Registries: Analysis and Use of Practice-Based Evidence (501) Pain Control by Novel Lipid Mediators: Preclinical and Clinical Studies on Pro-and Anti-Inflammatory Mediators Recent progress demonstrates that lipid mediators have both pro- and antinociceptive roles. This symposium will review evidence that a) pro-inflammatory lipid mediators such as ceramide and sphingosine 1-phosphate (SIP) promote pain and b) anti-inflammatory lipid mediators such as resolvins and protectins potently inhibit inflammatory and neuropathic pain in animal models. We also will present clinical evidence that a dietary intervention increasing n-3 and reducing n-6 fatty acids can effectively reduce chronic headache. |
(600) Function and Dysfunction of Potassium Channels in Nociceptors: Implications in the Development and Treatment of Neuropathic Pain We will discuss studies of various voltage-gated potassium channels (Kv1.2, Kv1.4, Kv3.4, K4.2, and Kv7.2) and large conductance calcium-activated potassium channels expressed in nociceptors. These studies have investigated various injury models (peripheral nerve injury, spinal cord injury, etc.) to demonstrate that hyperexcitable pain states can result from potassium channel dysregulation involving specific posttranscriptional, posttranslational, and epigenetic mechanisms. (601) Biopsychosocial Mechanisms and Treatment of Pain in Older Adults This symposium will focus on integrating mechanism-based approaches in the characterization and treatment of pain in older adults to guide clinical pain interventions. Efforts to translate the current science of pain and aging to improve assessment and management of pain in older populations will be considered. |
(W700) NIH Workshop on Successful Grant Writing and Funding Opportunities in Pain Research This workshop will guide new and experienced investigators through the National Institutes of Health (NIH) grant application process and offer tips for successful grant writing and guidance on NIH funding opportunities for pain research. It will include an overview of NIH funding mechanisms for early and midstage career development and an update on review processes at NIH. (W701) Herbal Marijuana in Clinical Practice: Optimizing Policies and Outcomes Herbal marijuana is now legally available in numerous states for clinical use by patients with pain, nausea, cachexia, and other symptoms, and some states have made cannabis available for recreational and other elective purposes. This session will prepare clinicians to counsel patients on the potential benefits and risks of marijuana use, consider different drug delivery systems, weigh the relative benefits of currently available U.S. Food and Drug Administration–approved cannabinoid medications and emerging products, and monitor and guide patients who choose to use marijuana for symptom management. It will also explore about the range of federal and state policies that govern marijuana use and will consider how to improve policies to better serve patients and the public health. |
(W702) Square Pegs in Round Holes? Do Clinical Guidelines Fit Our Patients’ Needs? Multiple pain management practice guidelines in the peer-reviewed literature include those for interventional modalities, chronic opioid therapy, neuropathic pain, chronic low back pain, migraine headache, trigeminal neuralgia, persistent pain in older people, complex regional pain syndrome, and transcutaneous electrical nerve stimulation. Even when best evidence and sound methodology are utilized to create a guideline, they fall short of providing true clinical guidance. Each of the faculty will present logical and methodical approaches to addressing the limits of current treatment guidelines to improve patient outcomes as well as recommendations for improving the clinical relevance of future pain management treatment guidelines. |
In recent years, bioinformatic approaches have gained momentum in the field of pain. By focusing on large-scale analysis of genes, gene expression, and overall disease state, bioinformatic approaches carry the promise of identifying new targets in our understanding of pain and in revealing the root causes of complex multigene diseases. The speakers, with their diverse background in pain and different bioinformatic approaches will discuss the early successes of using “big data” to study pain and the future of bioinformatics in pain. |
(105) Frederick W. L. Kerr Basic Science Research Lecture |
(106) Wilbert E. Fordyce Clinical Lecture Wilbert "Bill" E. Fordyce is perhaps best known for his pioneering work in the application of the operant model to chronic pain and the development of effective pain treatment strategies based on this model. These contributions alone have had a monumental impact on the field of pain assessment, treatment, and research, and laid the groundwork for a whole generation of clinicians and researchers who continue to create innovative and effective pain interventions. However, those of us who were lucky enough to work directly with Dr. Fordyce also knew him as a master clinician who was able to quickly establish rapport with patients and elicit significant change in how they view and respond to pain. Dr. Jensen will discuss some of the ways that Dr. Fordyce continues to inspire many of the world’s experts in the field of pain research and treatment. He will also review a number of specific clinical strategies Dr. Fordyce applied regularly and effectively with patients, including his use of metaphor, and share some of the colorful ways he communicated key findings from his evaluations to colleagues. The talk will end with a discussion of research that has continued in Dr. Fordyce’s tradition—research that seeks to identify and understand clinical strategies that will inspire individuals with chronic pain to live full and meaningful lives. |
(107) Global Year Against Pain Lecture |
(800) Measuring Inappropriate Use of Analgesic Medications in Clinical Trials |
(803) There Is an App for That: Using Mobile Technology to Improve Chronic Pain |
(900) Circulating MicroRNA Signatures of Chronic Pain (902) Applying Innovative Trial Design to Address the Challenges of Novel Analgesic Drug Development Developing new analgesic drugs to treat acute and chronic pain in adults and children is a challenging, costly, and lengthy process. The use of innovative adaptive trial design to improve decision making and efficiency in exploratory clinical research offers substantial hope that effective analgesics can be delivered to patients more efficiently and quickly that traditional fixed designs. |