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Pain Population (pain + population)
Selected AbstractsImmediate Benefits of a Brief 10-Minute Exercise Protocol in a Chronic Pain Population: A Pilot StudyPAIN MEDICINE, Issue 4 2010Amy Burleson Sullivan PsyD Abstract Objective., Determining the acute effects of a brief, 10-minute exercise protocol on pain, mood, and perceived exertion. Patients., Twenty-eight subjects who were admitted to the Cleveland Clinic Chronic Pain Rehabilitation Program (CPRP), and who were capable of completing an experimenter-designed and controlled treadmill protocol were included in this pilot study. Methods., A within-group repeated measure analysis was used to compare 28 subjects admitted to the Cleveland Clinic CPRP. Measures of heart rate were obtained using the Nellcor Oximax, pulse oximeter; measures of mood and pain were obtained using a 0,10 Likert scale, and perceived exertion measured with a visual analog scale. Each measure was taken pre- and post-10-minute exercise protocol. Results., The brief exercise protocol was associated with self-report of immediate antidepressant and anxiolytic effects. Additionally, after the 3-week CPRP, self-reports in perceived exertion decreased. Brief exercise was not found to have an acute analgesic effect. Conclusion., This preliminary research revealed a temporal association of improvement in self-rated anxiety and depression, following a brief exercise protocol, and over the course of 3 weeks leads to decreased perceived exertion. Therefore suggesting that brief exercise is a safe, nonpharmacologic strategy for immediately improving mood, and has further implications for mortality risk. [source] Medication Quantification Scale Version III: Internal Validation of Detriment Weights Using a Chronic Pain PopulationPAIN PRACTICE, Issue 1 2008Michael Gallizzi MS ,,Abstract Introduction: We report an internal validation of the Medication Quantification Scale (MQS III) using a chronic pain population. The MQS was designed as a methodology of quantifying different drug regimens in 1992, updated in 1998 (MQS II), and again updated in 2003 (MQS III) using "detriment" weights determined by surveying physician members of the American Pain Society. The MQS has been used as a unitary clinical and research outcome. Methods: A retrospective chart review was collected from 400 patients in an interdisciplinary outpatient chronic pain clinic. A linear regression equation was developed using the patients' composite MQS III score, and those values were used in a Pearson correlation analysis. Results: The correlation between the subjects' computed regression detriment weights and the corresponding MQS III detriment weights yielded a significant result (r = 0.962, P < 0.01; two-tailed). Discussion: Our chronic pain sample-derived detriment weights did differ in some drug classes from that of the physician consensus, most notably the selective serotonin reuptake inhibitor, Opioid Schedule II, and NSAID class detriment. It is necessary to periodically resurvey large groups of physicians in order to control and modify the detriment weights of our categories in light of new information about detrimental effects (eg, COX-2 inhibitors), or to accommodate medical or political changes in prescribing habits (eg, more liberal opioid prescribing in the later years). This work suggests it may also be important to assess patients' perspective on detriment, as well as statistical and empiric use patterns.,, [source] A Review of Sympathetically Maintained Pain Syndromes in the Cancer Pain Population:PAIN PRACTICE, Issue 4 2001The spectrum of ambiguous entities of RSD, other pain states related to the sympathetic nervous system Abstract: Accepted wisdom contends that sympathetically maintained pain is rare in cancer pain syndromes. But this may be more of an artifact of how we diagnose this condition than a reflection of its true prevalence. One area in which one might suspect this to be true is in postsurgical states. While there are case reports of sympathetically maintained pain occurring after radical neck dissection, orbital and maxillary exenteration, it has not been reported in the more common areas of postsurgical pain. For instance, although one should suspect that the nerve damage that accompanies post-thoracotomy and postmastectomy pain syndromes would bring into being a certain incidence of sympathetically maintained pain, it is difficult to find collaborative reports. This may have more to do with the difficulty inherent in diagnosing sympathetically maintained pain than its actual contribution to these persistent cancer pain syndromes. The reason that it is more commonly reported in limb amputation is less comprehensible since blocking the sympathetic fibers that travel to an extremity is easier than those going to the thoracic cavity. In addition to surgically induced sympathetically maintained pain, medical patients with lymphoma and leukemia may have an element of sympathetically maintained pain when they develop postherpetic neuralgia. While the contribution of sympathetically maintained pain in these cases is not totally ignored, its involvement, as in the surgical patients mentioned above, is worthy of another analysis. This paper will discuss the topics introduced above and suggest diagnostic and therapeutic options available for this condition. [source] Medication Quantification Scale Version III: Internal Validation of Detriment Weights Using a Chronic Pain PopulationPAIN PRACTICE, Issue 1 2008Michael Gallizzi MS ,,Abstract Introduction: We report an internal validation of the Medication Quantification Scale (MQS III) using a chronic pain population. The MQS was designed as a methodology of quantifying different drug regimens in 1992, updated in 1998 (MQS II), and again updated in 2003 (MQS III) using "detriment" weights determined by surveying physician members of the American Pain Society. The MQS has been used as a unitary clinical and research outcome. Methods: A retrospective chart review was collected from 400 patients in an interdisciplinary outpatient chronic pain clinic. A linear regression equation was developed using the patients' composite MQS III score, and those values were used in a Pearson correlation analysis. Results: The correlation between the subjects' computed regression detriment weights and the corresponding MQS III detriment weights yielded a significant result (r = 0.962, P < 0.01; two-tailed). Discussion: Our chronic pain sample-derived detriment weights did differ in some drug classes from that of the physician consensus, most notably the selective serotonin reuptake inhibitor, Opioid Schedule II, and NSAID class detriment. It is necessary to periodically resurvey large groups of physicians in order to control and modify the detriment weights of our categories in light of new information about detrimental effects (eg, COX-2 inhibitors), or to accommodate medical or political changes in prescribing habits (eg, more liberal opioid prescribing in the later years). This work suggests it may also be important to assess patients' perspective on detriment, as well as statistical and empiric use patterns.,, [source] A Pain Severity,Hypothalamic,Pituitary,Adrenocortical Axis Interaction: The Effects on Pain Pathways,JOURNAL OF APPLIED BIOBEHAVIORAL RESEARCH, Issue 1 2007John P. Garofalo Recent efforts have identified psychosocial and biological factors influencing the pathogenesis of chronic pain. The present study attempted to identify whether these two variables interact and, in turn, represent an underlying mechanism in the transition from acute to chronic pain. Salivary cortisol samples were collected upon waking up and 20 minutes later daily for 2 weeks from acute pain patients. Analyses revealed a direct relationship between pain severity and hypothalamic,pituitary,adrenocortical activity for temporomandibular disorder, and a negative relationship between these variables for low back pain populations. These results highlight the possible interaction between neuroendocrine and psychological factors to increase the risk for chronic pain. [source] | ||||||||||