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15 results on '"Pazzaglia, Costanza"'

1. Laser evoked potential amplitude and laser-pain rating reduction during high-frequency non-noxious somatosensory stimulation.

Author

Valeriani M, Pazzaglia C, Rizzo V, Quartarone A, and Vollono C

Subjects
Adult, Female, Healthy Volunteers, Humans, Lasers, Male, Middle Aged, Pain Measurement, Physical Stimulation, Evoked Potentials, Somatosensory physiology, Laser-Evoked Potentials physiology, Pain physiopathology, Radial Nerve physiopathology
Abstract

Objective: To investigate the mechanism subtending the analgesic effect of high frequency non-painful somatosensory stimulation., Methods: Laser evoked potentials (LEPs) and laser-pain rating were obtained from healthy subjects to stimulation of different parts of the body. LEPs were recorded at baseline and during non-painful electrical stimulation of the superficial branch of the right radial nerve (RRES)., Results: RRES reduced N2/P2 LEP amplitude to right radial (F (8,10)  = 82.4, p < 0.001), left radial (F (8,10)  = 22.2, p < 0.001), and right ulnar (F (8,10)  = 7.2, p = 0.008) stimulation, while the N2/P2 amplitude to left ulnar territory stimulation remained unchanged (F (8,10)  = 3.6, p = 0.07). The laser-pain rating was reduced by RRES to bilateral radial territory stimulation (p < 0.05). In a control experiment, laser-pain rating and LEPs to left foot stimulation were not modified by RRES (p > 0.05)., Conclusions: Our study confirms that the non-nociceptive afferents dampen the nociceptive input. The spatial pattern of this interaction suggests that, when conditioning higher frequency non-painful stimulation is used, the inhibition takes place at the spinal cord., Significance: Our experimental design reproduces what happens when non-painful somatosensory stimuli are used to reduce pain, such as rubbing a wound or during transcutaneous electrical nerve stimulation. Therefore, in these situations the analgesia is likely to occur at the spinal cord level., (Copyright © 2018 International Federation of Clinical Neurophysiology. Published by Elsevier B.V. All rights reserved.)

Published
2018
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2. Expectation to feel more pain disrupts the habituation of laser-pain rating and laser-evoked potential amplitudes.

Author

Pazzaglia C, Testani E, Giordano R, Padua L, and Valeriani M

Subjects
Adult, Brain physiopathology, Electroencephalography, Female, Hand physiopathology, Humans, Lasers, Learning physiology, Male, Neuropsychological Tests, Nocebo Effect, Persuasive Communication, Psychophysics, Skin Cream, Young Adult, Anticipation, Psychological physiology, Habituation, Psychophysiologic physiology, Laser-Evoked Potentials physiology, Pain physiopathology, Pain psychology, Pain Perception physiology
Abstract

Increased pain perception due to the expectation to feel more pain is called nocebo effect. The present study aimed at investigating whether: (1) the mere expectation to feel more pain after the administration of an inert drug can affect the laser-pain rating and the laser-evoked potential (LEP) amplitude, and (2) the learning potentiates the nocebo effect. Eighteen healthy volunteers were told that an inert cream, applied on the right hand, would increase the laser pain and LEP amplitude to right hand stimulation. They were randomly assigned to either "verbal session" or "conditioning session". In the "verbal session", LEPs to both right and left hand stimulation were recorded at the same intensity before (baseline) and after cream application. In the "conditioning session", after an initial cream application the laser stimulus intensity was increased surreptitiously to make the subjects believe that the treatment really increased the pain sensation. Then, the cream was reapplied, and LEPs were recorded at the same stimulus intensity as at the baseline. It was found that the verbal suggestion to feel more pain disrupted the physiological habituation of the laser-pain rating and LEP amplitude to treated (right) hand stimulation. Unlike previously demonstrated for the placebo effect, the learning did not potentiate the nocebo effect., (Copyright © 2016 IBRO. Published by Elsevier Ltd. All rights reserved.)

Published
2016
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3. Brain-evoked potentials as a tool for diagnosing neuropathic pain.

Author

Pazzaglia C and Valeriani M

Subjects
Afferent Pathways pathology, Afferent Pathways physiopathology, Brain pathology, Expert Testimony, Humans, Pain classification, Pain epidemiology, Pain physiopathology, Physical Stimulation adverse effects, Brain physiopathology, Evoked Potentials, Somatosensory physiology, Pain diagnosis
Abstract

Neuropathic pain is a complex subject, not completely understood yet, and it is quite common in clinical practice, even outside of a neurological context. Neuropathic pain, often being a chronic process, alters and profoundly affects the quality of life. Therefore, the management of neuropathic pain involves a multidimensional approach, as physicians have to take care not only of the objective aspects of the problem, but also of the subjective experiences of pain. This explains why the attainment of a diagnosis becomes so important, as it allows clinicians to treat the patients with the best therapeutic approach. Several studies report the use of brain-evoked potentials for studying patients suffering from neuropathic pain. In particular, laser- and contact heat-evoked potentials have proved useful for the diagnosis of clinical conditions characterized by neuropathic pain. However, although these tools are reliable and safe instruments to assess function of the nociceptive system, their use is still largely confined to research purposes.

Published
2009
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4. Role of Sport Activity on Quality of Life in Charcot-Marie-Tooth 1A Patients.

Author

Pazzaglia, Costanza, Padua, Luca, Stancanelli, Claudia, Fusco, Augusto, Loreti, Claudia, Castelli, Letizia, Imbimbo, Isabella, Giovannini, Silvia, Coraci, Daniele, Vita, Gian Luca, and Vita, Giuseppe

Subjects
*QUALITY of life, *TEAM sports, *PRACTICE (Sports), *NEURALGIA, *SPORTS, *PAIN
Abstract

The present study aims to investigate the benefits induced by physical activity/practiced sport in Charcot-Marie-Tooth 1A (CMT1A). Patients were divided into sport and no-sport groups according to their sports performance habit. Thirty-one patients were enrolled, of which 14 practiced sports and 17 did not. Clinical assessments were administered to evaluate disability, self-esteem, depression, quality of life, and pain. Statistical analysis revealed significant differences in terms of gender in the no-sport group compared to the sport group (p = 0.04). Regarding the quality of life, physical function (p = 0.001), general health (p = 0.03), social function (p = 0.04), and mental health (p = 0.006) showed better patterns in the sport group than no-sport group. Moreover, neuropathic pain was reduced in the sport group according to the Neuropathic Pain Symptom Inventory (p = 0.001) and ID-PAIN (p = 0.03). The other administered questionnaires showed no significant differences. Our study confirms that CMT1A patients, who practice sports, with a similar severity of disability, may have a better physical quality of life while suffering less neuropathic pain than their peers who do not practice sports. Results recommend the prescription of sport in CMT1A patients. [ABSTRACT FROM AUTHOR]

Published
2022
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5. Validation of the Italian version of the Neuropathic Pain Symptom Inventory in peripheral nervous system diseases

Author

Padua, Luca, Briani, Chiara, Jann, Stefano, Nobile-Orazio, Eduardo, Pazzaglia, Costanza, Morini, Alberto, Mondelli, Mauro, Ciaramitaro, Palma, Cavaletti, Guido, Cocito, Dario, Fazio, Raffaella, Santoro, Lucio, Galeotti, Francesca, Carpo, Marinella, Plasmati, Rosaria, Benedetti, Luana, Schenone, Angelo, Marchettini, Paolo, and Cruccu, Giorgio

Published
2009
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6. What Is the Role of the Placebo Effect for Pain Relief in Neurorehabilitation? Clinical Implications From the Italian Consensus Conference on Pain in Neurorehabilitation

Author

Castelnuovo, Gianluca, Giusti, Emanuele Maria, Manzoni, Gian Mauro, Saviola, Donatella, Gabrielli, Samantha, Lacerenza, Marco, Pietrabissa, Giada, Cattivelli, Roberto, Maria Spatola, Chiara Anna, Rossi, Alessandro, Varallo, Giorgia, Novelli, Margherita, Villa, Valentina, Luzzati, Francesca, Cottini, Andrea, Lai, Carlo, Volpato, Eleonora, Cavalera, Cesare, Pagnini, Francesco, Tesio, Valentina, Castelli, Lorys, Tavola, Mario, Torta, Riccardo, Arreghini, Marco, Zanini, Loredana, Brunani, Amelia, Seitanidis, Ionathan, Ventura, Giuseppe, Capodaglio, Paolo, D'Aniello, Guido Edoardo, Scarpina, Federica, Brioschi, Andrea, Bigoni, Matteo, Priano, Lorenzo, Mauro, Alessandro, Riva, Giuseppe, Di Lernia, Daniele, Repetto, Claudia, Regalia, Camillo, Molinari, Enrico, Notaro, Paolo, Paolucci, Stefano, Sandrini, Giorgio, Simpson, Susan, Wiederhold, Brenda Kay, Gaudio, Santino, Jackson, Jeffrey B., Tamburin, Stefano, Benedetti, Fabrizio, Agostini, Michela, Alfonsi, Enrico, Aloisi, Anna Maria, Alvisi, Elena, Aprile, Irene, Armando, Michela, Avenali, Micol, Azicnuda, Eva, Barale, Francesco, Bartolo, Michelangelo, Bergamaschi, Roberto, Berlangieri, Mariangela, Berlincioni, Vanna, Berliocchi, Laura, Berra, Eliana, Berto, Giulia, Bonadiman, Silvia, Bonazza, Sara, Bressi, Federica, Brugnera, Annalisa, Brunelli, Stefano, Buzzi, Maria Gabriella, Cacciatori, Carlo, Calvo, Andrea, Cantarella, Cristina, Caraceni, Augusto, Carone, Roberto, Carraro, Elena, Casale, Roberto, Castellazzi, Paola, Castino, Adele, Cerbo, Rosanna, Chiò, Adriano, Ciotti, Cristina, Cisari, Carlo, Coraci, Daniele, Dalla Toffola, Elena, Defazio, Giovanni, De Icco, Roberto, Del Carro, Ubaldo, Dell'Isola, Andrea, De Tanti, Antonio, D'Ippolito, Mariagrazia, Fazzi, Elisa, Ferrari, Adriano, Ferrari, Sergio, Ferraro, Francesco, Formaglio, Fabio, Formisano, Rita, Franzoni, Simone, Gajofatto, Francesca, Gandolfi, Marialuisa, Gardella, Barbara, Geppetti, Pierangelo, Giammò, Alessandro, Gimigliano, Raffaele, Greco, Elena, Ieraci, Valentina, Invernizzi, Marco, Jacopetti, Marco, La Cesa, Silvia, Lobba, Davide, Magrinelli, Francesca, Mandrini, Silvia, Manera, Umberto, Marchettini, Paolo, Marchioni, Enrico, Mariotto, Sara, Martinuzzi, Andrea, Masciullo, Marella, Mezzarobba, Susanna, Miotti, Danilo, Modenese, Angela, Molinari, Marco, Monaco, Salvatore, Morone, Giovanni, Nappi, Rossella, Negrini, Stefano, Pace, BIAGIO ANDREA, Padua, Luca, Pagliano, Emanuela, Palmerini, Valerio, Pazzaglia, Costanza, Pecchioli, Cristiano, Picelli, Alessandro, Porro, CARLO ADOLFO, Porru, Daniele, Romano, Marcello, Roncari, Laura, Rosa, Riccardo, Saccavini, Marsilio, Sacerdote, Paola, Schenone, Angelo, Schweiger, Vittorio, Scivoletto, Giorgio, Smania, Nicola, Solaro, Claudio, Spallone, Vincenza, Springhetti, Isabella, Tassorelli, Cristina, Tinazzi, Michele, Togni, Rossella, Torre, Monica, Traballesi, Marco, Tramontano, Marco, Truini, Andrea, Tugnoli, Valeria, Turolla, Andrea, Vallies, Gabriella, Verzini, Elisabetta, Vottero, Mario, Zerbinati, Paolo, Castelnuovo, Gianluca, Giusti, Emanuele Maria, Manzoni, Gian Mauro, Saviola, Donatella, Gabrielli, Samantha, Lacerenza, Marco, Pietrabissa, Giada, Cattivelli, Roberto, Maria Spatola, Chiara Anna, Rossi, Alessandro, Varallo, Giorgia, Novelli, Margherita, Villa, Valentina, Luzzati, Francesca, Cottini, Andrea, Lai, Carlo, Volpato, Eleonora, Cavalera, Cesare, Pagnini, Francesco, Tesio, Valentina, Castelli, Lory, Tavola, Mario, Torta, Riccardo, Arreghini, Marco, Zanini, Loredana, Brunani, Amelia, Seitanidis, Ionathan, Ventura, Giuseppe, Capodaglio, Paolo, D'Aniello, Guido Edoardo, Scarpina, Federica, Brioschi, Andrea, Bigoni, Matteo, Priano, Lorenzo, Mauro, Alessandro, Riva, Giuseppe, Di Lernia, Daniele, Repetto, Claudia, Regalia, Camillo, Molinari, Enrico, Notaro, Paolo, Paolucci, Stefano, Sandrini, Giorgio, Simpson, Susan, Wiederhold, Brenda Kay, Gaudio, Santino, Jackson, Jeffrey B., Tamburin, Stefano, Benedetti, Fabrizio, Agostini, Michela, Alfonsi, Enrico, Aloisi, Anna Maria, Alvisi, Elena, Aprile, Irene, Armando, Michela, Avenali, Micol, Azicnuda, Eva, Barale, Francesco, Bartolo, Michelangelo, Bergamaschi, Roberto, Berlangieri, Mariangela, Berlincioni, Vanna, Berliocchi, Laura, Berra, Eliana, Berto, Giulia, Bonadiman, Silvia, Bonazza, Sara, Bressi, Federica, Brugnera, Annalisa, Brunelli, Stefano, Buzzi, Maria Gabriella, Cacciatori, Carlo, Calvo, Andrea, Cantarella, Cristina, Caraceni, Augusto, Carone, Roberto, Carraro, Elena, Casale, Roberto, Castellazzi, Paola, Castino, Adele, Cerbo, Rosanna, Chiò, Adriano, Ciotti, Cristina, Cisari, Carlo, Coraci, Daniele, Dalla Toffola, Elena, Defazio, Giovanni, De Icco, Roberto, Del Carro, Ubaldo, Dell'Isola, Andrea, De Tanti, Antonio, D'Ippolito, Mariagrazia, Fazzi, Elisa, Ferrari, Adriano, Ferrari, Sergio, Ferraro, Francesco, Formaglio, Fabio, Formisano, Rita, Franzoni, Simone, Gajofatto, Francesca, Gandolfi, Marialuisa, Gardella, Barbara, Geppetti, Pierangelo, Giammò, Alessandro, Gimigliano, Raffaele, Greco, Elena, Ieraci, Valentina, Invernizzi, Marco, Jacopetti, Marco, La Cesa, Silvia, Lobba, Davide, Magrinelli, Francesca, Mandrini, Silvia, Manera, Umberto, Marchettini, Paolo, Marchioni, Enrico, Mariotto, Sara, Martinuzzi, Andrea, Masciullo, Marella, Mezzarobba, Susanna, Miotti, Danilo, Modenese, Angela, Molinari, Marco, Monaco, Salvatore, Morone, Giovanni, Nappi, Rossella, Negrini, Stefano, Pace, Andrea, Padua, Luca, Pagliano, Emanuela, Palmerini, Valerio, Pazzaglia, Costanza, Pecchioli, Cristiano, Picelli, Alessandro, Porro, Carlo Adolfo, Porru, Daniele, Romano, Marcello, Roncari, Laura, Rosa, Riccardo, Saccavini, Marsilio, Sacerdote, Paola, Schenone, Angelo, Schweiger, Vittorio, Scivoletto, Giorgio, Smania, Nicola, Solaro, Claudio, Spallone, Vincenza, Springhetti, Isabella, Tassorelli, Cristina, Tinazzi, Michele, Togni, Rossella, Torre, Monica, Traballesi, Marco, Tramontano, Marco, Truini, Andrea, Tugnoli, Valeria, Turolla, Andrea, Vallies, Gabriella, Verzini, Elisabetta, Vottero, Mario, Zerbinati, Paolo, and Italian Consensus Conference on Pain in Neurorehabilitation

Subjects
medicine.medical_specialty, Clinical psychology, Consensus conference, Health psychology, Neurorehabilitation, Pain, Placebo, Placebo effect, Neurologi, consensus conference, Analgesic, Neurology, Neurology (clinical), Context (language use), Review, Settore M-PSI/08 - PSICOLOGIA CLINICA, helath psychology, lcsh:RC346-429, 03 medical and health sciences, 0302 clinical medicine, health psychology, Fibromyalgia, medicine, pain, 030212 general & internal medicine, lcsh:Neurology. Diseases of the nervous system, neurorehabilitation, Postherpetic neuralgia, business.industry, medicine.disease, Complex regional pain syndrome, Neuropathic pain, placebo, Physical therapy, placebo effect, clinical psychology, business, 030217 neurology & neurosurgery, Neuroscience
Abstract

Background: It is increasingly acknowledged that the outcomes of medical treatments are influenced by the context of the clinical encounter through the mechanisms of the placebo effect. The phenomenon of placebo analgesia might be exploited to maximize the efficacy of neurorehabilitation treatments. Since its intensity varies across neurological disorders, the Italian Consensus Conference on Pain in Neurorehabilitation (ICCP) summarized the studies on this field to provide guidance on its use. Methods: A review of the existing reviews and meta-analyses was performed to assess the magnitude of the placebo effect in disorders that may undergo neurorehabilitation treatment. The search was performed on Pubmed using placebo, pain, and the names of neurological disorders as keywords. Methodological quality was assessed using a pre-existing checklist. Data about the magnitude of the placebo effect were extracted from the included reviews and were commented in a narrative form. Results: 11 articles were included in this review. Placebo treatments showed weak effects in central neuropathic pain (pain reduction from 0.44 to 0.66 on a 0-10 scale) and moderate effects in postherpetic neuralgia (1.16), in diabetic peripheral neuropathy (1.45), and in pain associated to HIV (1.82). Moderate effects were also found on pain due to fibromyalgia and migraine; only weak short-term effects were found in complex regional pain syndrome. Confounding variables might have influenced these results. Clinical implications: These estimates should be interpreted with caution, but underscore that the placebo effect can be exploited in neurorehabilitation programs. It is not necessary to conceal its use from the patient. Knowledge of placebo mechanisms can be used to shape the doctor-patient relationship, to reduce the use of analgesic drugs and to train the patient to become an active agent of the therapy. Background: It is increasingly acknowledged that the outcomes of medical treatments are influenced by the context of the clinical encounter through the mechanisms of the placebo effect. The phenomenon of placebo analgesia might be exploited to maximize the efficacy of neurorehabilitation treatments. Since its intensity varies across neurological disorders, the Italian Consensus Conference on Pain in Neurorehabilitation (ICCP) summarized the studies on this field to provide guidance on its use. Methods: A review of the existing reviews and meta-analyses was performed to assess the magnitude of the placebo effect in disorders that may undergo neurorehabilitation treatment. The search was performed on Pubmed using placebo, pain, and the names of neurological disorders as keywords. Methodological quality was assessed using a pre-existing checklist. Data about the magnitude of the placebo effect were extracted from the included reviews and were commented in a narrative form. Results: 11 articles were included in this review. Placebo treatments showed weak effects in central neuropathic pain (pain reduction from 0.44 to 0.66 on a 0-10 scale) and moderate effects in postherpetic neuralgia (1.16), in diabetic peripheral neuropathy (1.45), and in pain associated to HIV (1.82). Moderate effects were also found on pain due to fibromyalgia and migraine; only weak short-term effects were found in complex regional pain syndrome. Confounding variables might have influenced these results. Clinical implications: These estimates should be interpreted with caution, but underscore that the placebo effect can be exploited in neurorehabilitation programs. It is not necessary to conceal its use from the patient. Knowledge of placebo mechanisms can be used to shape the doctor-patient relationship, to reduce the use of analgesic drugs and to train the patient to become an active agent of the therapy.

Published
2018

7. Circulating long non-coding RNA signature in knee osteoarthritis patients with postoperative pain one-year after total knee replacement.

Author

Giordano, Rocco, Petersen, Kristian Kjær, Santoro, Massimo, Pazzaglia, Costanza, Simonsen, Ole, Valeriani, Massimiliano, and Arendt-Nielsen, Lars

Abstract

The incidence of chronic postoperative pain after total knee replacement (TKR) is approx. 20%, and hence preoperative risk factors are important to identify. Recent studies have indicated that preoperative inflammatory markers might hold prognostic information for the development of chronic postoperative pain. Long non-coding RNA (lncRNA) regulates the expression of genes related to e.g. inflammatory processes. The current study aimed to investigate the preoperative lncRNA signature as possible preoperative predictive markers for chronic postoperative pain following TKR. Serum samples, collected preoperatively from 20 knee osteoarthritis (KOA) patients, were analyzed for 84 validated circulatory lncRNA. Pain intensity was assessed using a visual analog scale (VAS) before and one-year after TKR. Differences for the lncRNA expression were analyzed between patients with chronic postoperative pain (VAS≥3) and those with a normal postoperative recovery (VAS<3). LncRNA Myeloid Zinc Finger 1 Antisense RNA 1 (MZF1-AS1) (fold change −3.99; p-value: 0.038) (shown to be involved neuropathic pain) Metastasis associated lung adenocarcinoma transcript 1 (MALAT1) (fold change −3.39; p-value: 0.044) (shown to be involved neuropathic pain); Patched 1 pseudogene (LOC100287846) (fold change −6.99; p-value: 0.029) (unknown in pain) were down-regulated preoperatively in the group with chronic postoperative pain compared to the group normal postoperative pain recovery. These findings suggest, that TKR patients with chronic postoperative pain present preoperative downregulations of three specific lncRNA detectable at the systemic level. The presented study might give new insights into the complexity of chronic postoperative pain development and show how non-coding RNA plays a role in the underlying molecular mechanisms of pain. [ABSTRACT FROM AUTHOR]

Published
2021
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8. Psychological treatments and psychotherapies in the neurorehabilitation of pain: Evidences and recommendations from the italian consensus conference on pain in neurorehabilitation

Author

Castelnuovo, Gianluca, Giusti, Emanuele M., Manzoni, Gian Mauro, Saviola, Donatella, Gatti, Arianna, Gabrielli, Samantha, Lacerenza, Marco, Pietrabissa, Giada, Cattivelli, Roberto, Spatola, Chiara A. M., Corti, Stefania, Novelli, Margherita, Villa, Valentina, Cottini, Andrea, Lai, Carlo, Pagnini, Francesco, Castelli, Lorys, Tavola, Mario, Torta, Riccardo, Arreghini, Marco, Zanini, Loredana, Brunani, Amelia, Capodaglio, Paolo, D'aniello, Guido E., Scarpina, Federica, Brioschi, Andrea, Priano, Lorenzo, Mauro, Alessandro, Riva, Giuseppe, Repetto, Claudia, Regalia, Camillo, Molinari, Enrico, Notaro, Paolo, Paolucci, Stefano, Sandrini, Giorgio, Simpson, Susan G., Wiederhold, Brenda, Tamburin, Stefano, Agostini, Michela, Alfonsi, Enrico, Aloisi, Anna Maria, Alvisi, Elena, Aprile, Irene, Armando, Michela, Avenali, Micol, Azicnuda, Eva, Barale, Francesco, Bartolo, Michelangelo, Bergamaschi, Roberto, Berlangieri, Mariangela, Berlincioni, Vanna, Berliocchi, Laura, Berra, Eliana, Berto, Giulia, Bonadiman, Silvia, Bonazza, Sara, Bressi, Federica, Brugnera, Annalisa, Brunelli, Stefano, Buzzi, Maria Gabriella, Cacciatori, Carlo, Calvo, Andrea, Cantarella, Cristina, Caraceni, Augusto, Carone, Roberto, Carraro, Elena, Casale, Roberto, Castellazzi, Paola, Castino, Adele, Cerbo, Rosanna, Chiã², Adriano, Ciotti, Cristina, Cisari, Carlo, Coraci, Daniele, Toffola, Elena Dalla, Defazio, Giovanni, De Icco, Roberto, Del Carro, Ubaldo, Dell'isola, Andrea, De Tanti, Antonio, D'ippolito, Mariagrazia, Fazzi, Elisa, Ferrari, Adriano, Ferrari, Sergio, Ferraro, Francesco, Formaglio, Fabio, Formisano, Rita, Franzoni, Simone, Gajofatto, Francesca, Gandolfi, Marialuisa, Gardella, Barbara, Geppetti, Pierangelo, Giammã², Alessandro, Gimigliano, Raffaele, Greco, Elena, Ieraci, Valentina, Invernizzi, Marco, Jacopetti, Marco, La Cesa, Silvia, Lobba, Davide, Magrinelli, Francesca, Mandrini, Silvia, Manera, Umberto, Marchettini, Paolo, Marchioni, Enrico, Mariotto, Sara, Martinuzzi, Andrea, Masciullo, Marella, Mezzarobba, Susanna, Miotti, Danilo, Modenese, Angela, Molinari, Marco, Monaco, Salvatore, Morone, Giovanni, Nappi, Rossella, Negrini, Stefano, Pace, Andrea, Padua, Luca, Pagliano, Emanuela, Palmerini, Valerio, Pazzaglia, Costanza, Pecchioli, Cristiano, Picelli, Alessandro, Porro, Carlo Adolfo, Porru, Daniele, Romano, Marcello, Roncari, Laura, Rosa, Riccardo, Saccavini, Marsilio, Sacerdote, Paola, Schenone, Angelo, Schweiger, Vittorio, Scivoletto, Giorgio, Smania, Nicola, Solaro, Claudio, Spallone, Vincenza, Springhetti, Isabella, Tassorelli, Cristina, Tinazzi, Michele, Togni, Rossella, Torre, Monica, Traballesi, Marco, Tramontano, Marco, Truini, Andrea, Tugnoli, Valeria, Turolla, Andrea, Vallies, Gabriella, Verzini, Elisabetta, Vottero, Mario, Zerbinati, Paolo, Castelnuovo, Gianluca, Giusti, Emanuele M., Manzoni, Gian Mauro, Saviola, Donatella, Gatti, Arianna, Gabrielli, Samantha, Lacerenza, Marco, Pietrabissa, Giada, Cattivelli, Roberto, Spatola, Chiara A. M., Corti, Stefania, Novelli, Margherita, Villa, Valentina, Cottini, Andrea, Lai, Carlo, Pagnini, Francesco, Castelli, Lory, Tavola, Mario, Torta, Riccardo, Arreghini, Marco, Zanini, Loredana, Brunani, Amelia, Capodaglio, Paolo, D'Aniello, Guido E., Scarpina, Federica, Brioschi, Andrea, Priano, Lorenzo, Mauro, Alessandro, Riva, Giuseppe, Repetto, Claudia, Regalia, Camillo, Molinari, Enrico, Notaro, Paolo, Paolucci, Stefano, Sandrini, Giorgio, Simpson, Susan G., Wiederhold, Brenda, Tamburin, Stefano, Agostini, Michela, Alfonsi, Enrico, Aloisi, Anna Maria, Alvisi, Elena, Aprile, Irene, Armando, Michela, Avenali, Micol, Azicnuda, Eva, Barale, Francesco, Bartolo, Michelangelo, Bergamaschi, Roberto, Berlangieri, Mariangela, Berlincioni, Vanna, Berliocchi, Laura, Berra, Eliana, Berto, Giulia, Bonadiman, Silvia, Bonazza, Sara, Bressi, Federica, Brugnera, Annalisa, Brunelli, Stefano, Buzzi, Maria Gabriella, Cacciatori, Carlo, Calvo, Andrea, Cantarella, Cristina, Caraceni, Augusto, Carone, Roberto, Carraro, Elena, Casale, Roberto, Castellazzi, Paola, Castino, Adele, Cerbo, Rosanna, Chiã², Adriano, Ciotti, Cristina, Cisari, Carlo, Coraci, Daniele, Toffola, Elena Dalla, Defazio, Giovanni, De Icco, Roberto, Del Carro, Ubaldo, Dell'Isola, Andrea, De Tanti, Antonio, D'Ippolito, Mariagrazia, Fazzi, Elisa, Ferrari, Adriano, Ferrari, Sergio, Ferraro, Francesco, Formaglio, Fabio, Formisano, Rita, Franzoni, Simone, Gajofatto, Francesca, Gandolfi, Marialuisa, Gardella, Barbara, Geppetti, Pierangelo, Giammã², Alessandro, Gimigliano, Raffaele, Greco, Elena, Ieraci, Valentina, Invernizzi, Marco, Jacopetti, Marco, La Cesa, Silvia, Lobba, Davide, Magrinelli, Francesca, Mandrini, Silvia, Manera, Umberto, Marchettini, Paolo, Marchioni, Enrico, Mariotto, Sara, Martinuzzi, Andrea, Masciullo, Marella, Mezzarobba, Susanna, Miotti, Danilo, Modenese, Angela, Molinari, Marco, Monaco, Salvatore, Morone, Giovanni, Nappi, Rossella, Negrini, Stefano, Pace, Andrea, Padua, Luca, Pagliano, Emanuela, Palmerini, Valerio, Pazzaglia, Costanza, Pecchioli, Cristiano, Picelli, Alessandro, Porro, Carlo Adolfo, Porru, Daniele, Romano, Marcello, Roncari, Laura, Rosa, Riccardo, Saccavini, Marsilio, Sacerdote, Paola, Schenone, Angelo, Schweiger, Vittorio, Scivoletto, Giorgio, Smania, Nicola, Solaro, Claudio, Spallone, Vincenza, Springhetti, Isabella, Tassorelli, Cristina, Tinazzi, Michele, Togni, Rossella, Torre, Monica, Traballesi, Marco, Tramontano, Marco, Truini, Andrea, Tugnoli, Valeria, Turolla, Andrea, Vallies, Gabriella, Verzini, Elisabetta, Vottero, Mario, Zerbinati, Paolo, Giusti, Emanuele M, Simpson, Susan G, and Italian Consensus Conference on Pain in Neurorehabilitation

Subjects
medicine.medical_specialty, neurological rehabilitation, medicine.medical_treatment, lcsh:BF1-990, Clinical psychology, Pain, Chronic pain, Settore M-PSI/08 - PSICOLOGIA CLINICA, Review, Biofeedback, Neurological rehabilitation, Acceptance and commitment therapy, 03 medical and health sciences, 0302 clinical medicine, Physical medicine and rehabilitation, chronic pain, clinical psychology, health psychology, pain, psychological treatments, psychotherapy, psychology (all), Fibromyalgia, medicine, Psychology, 030212 general & internal medicine, Psychological treatment, General Psychology, Neurorehabilitation, business.industry, Evidence-based medicine, medicine.disease, Health psychology, Psychological treatments, Psychotherapy, Psychology (all), Settore MED/34 - Medicina Fisica e Riabilitativa, lcsh:Psychology, Complex regional pain syndrome, Physical therapy, business, 030217 neurology & neurosurgery
Abstract

Background: It is increasingly recognized that treating pain is crucial for effective care within neurological rehabilitation in the setting of the neurological rehabilitation. The Italian Consensus Conference on Pain in Neurorehabilitation was constituted with the purpose identifying best practices for us in this context. Along with drug therapies and physical interventions, psychological treatments have been proven to be some of the most valuable tools that can be used within a multidisciplinary approach for fostering a reduction in pain intensity. However, there is a need to elucidate what forms of psychotherapy could be effectively matched with the specific pathologies that are typically addressed by neurorehabilitation teams. Objectives: To extensively assess the available evidence which supports the use of psychological therapies for pain reduction in neurological diseases. Methods: A systematic review of the studies evaluating the effect of psychotherapies on pain intensity in neurological disorders was performed through an electronic search using PUBMED, EMBASE, and the Cochrane Database of Systematic Reviews. Based on the level of evidence of the included studies, recommendations were outlined separately for the different conditions. Results: The literature search yielded 2352 results and the final database included 400 articles. The overall strength of the recommendations was medium/low. The different forms of psychological interventions, including Cognitive-Behavioral Therapy, cognitive or behavioral techniques, Mindfulness, hypnosis, Acceptance and Commitment Therapy (ACT), Brief Interpersonal Therapy, virtual reality interventions, various forms of biofeedback and mirror therapy were found to be effective for pain reduction in pathologies such as musculoskeletal pain, fibromyalgia, Complex Regional Pain Syndrome, Central Post-Stroke pain, Phantom Limb Pain, pain secondary to Spinal Cord Injury, multiple sclerosis and other debilitating syndromes, diabetic neuropathy, Medically Unexplained Symptoms, migraine and headache. Conclusions: Psychological interventions and psychotherapies are safe and effective treatments that can be used within an integrated approach for patients undergoing neurological rehabilitation for pain. The different interventions can be specifically selected depending on the disease being treated. A table of evidence and recommendations from the Italian Consensus Conference on Pain in Neurorehabilitation is also provided in the final part of the paper. Background: It is increasingly recognized that treating pain is crucial for effective care within neurological rehabilitation in the setting of the neurological rehabilitation. The Italian Consensus Conference on Pain in Neurorehabilitation was constituted with the purpose identifying best practices for us in this context. Along with drug therapies and physical interventions, psychological treatments have been proven to be some of the most valuable tools that can be used within a multidisciplinary approach for fostering a reduction in pain intensity. However, there is a need to elucidate what forms of psychotherapy could be effectively matched with the specific pathologies that are typically addressed by neurorehabilitation teams. Objectives: To extensively assess the available evidence which supports the use of psychological therapies for pain reduction in neurological diseases. Methods: A systematic review of the studies evaluating the effect of psychotherapies on pain intensity in neurological disorders was performed through an electronic search using PUBMED, EMBASE, and the Cochrane Database of Systematic Reviews. Based on the level of evidence of the included studies, recommendations were outlined separately for the different conditions. Results: The literature search yielded 2352 results and the final database included 400 articles. The overall strength of the recommendations was medium/low. The different forms of psychological interventions, including Cognitive-Behavioral Therapy, cognitive or behavioral techniques, Mindfulness, hypnosis, Acceptance and Commitment Therapy (ACT), Brief Interpersonal Therapy, virtual reality interventions, various forms of biofeedback and mirror therapy were found to be effective for pain reduction in pathologies such as musculoskeletal pain, fibromyalgia, Complex Regional Pain Syndrome, Central Post-Stroke pain, Phantom Limb Pain, pain secondary to Spinal Cord Injury, multiple sclerosis and other debilitating syndromes, diabetic neuropathy, Medically Unexplained Symptoms, migraine and headache. Conclusions: Psychological interventions and psychotherapies are safe and effective treatments that can be used within an integrated approach for patients undergoing neurological rehabilitation for pain. The different interventions can be specifically selected depending on the disease being treated. A table of evidence and recommendations from the Italian Consensus Conference on Pain in Neurorehabilitation is also provided in the final part of the paper.

Published
2016

9. Validation of the Italian version of the Neuropathic Pain Symptom Inventory (NPSI) in peripheral nervous system diseases

Author

Padua, Luca, Briani, C, Jann, S, Nobile Orazio, E, Pazzaglia, Costanza, Morini, A, Mondelli, M, Ciaramitaro, P, Cavaletti, G, Cocito, D, Fazio, R, Santoro, L, Galeotti, F, Carpo, M, Plasmati, R, Benedetti, L, Schenone, A, Marchettini, P, and Cruccu, G.

Subjects
Settore MED/26 - NEUROLOGIA, Questionnaire, Validation, Pain, Patient-oriented, Peripheral nervous system, Neuropathic pain
Published
2009

10. Focal Mechanical Vibration Does not Change Laser-Pain Perception and Laser-Evoked Potentials: A Pilot Study.

Author

Pazzaglia, Costanza, Camerota, Filippo, Celletti, Claudia, Minciotti, Ileana, Testani, Elisa, Padua, Luca, and Valeriani, Massimiliano

Subjects
*MEDICAL lasers, *NOCICEPTORS, *NOCICEPTIVE pain, *PHYSIOLOGICAL adaptation, *CELL receptors, *ELECTRIC stimulation, *EVOKED potentials (Electrophysiology), *MUSCLES, *PAIN, *SKIN, *VIBRATION (Mechanics), *VOLUNTEERS, *PILOT projects, *PHYSIOLOGY, *DIAGNOSIS, *EVALUATION
Abstract

Background Nonpainful tactile and electrical stimulation of the large myelinated fibers reduces spontaneous pain and the amplitude of laser-evoked potentials (LEPs), which represent the most reliable technique to assess the nociceptive pathway function. Focal mechanical vibration stimulates the Aβ afferents selectively; thus, it is conceivable its action on nociceptive pathways. Aim The aim of this study was to investigate the effect of vibratory stimuli, activating either both muscle and skin receptors or cutaneous afferents only on the LEPs and subjective laser-pain rating. Methods Ten healthy volunteers were studied. The subjects were evaluated in two different sessions to test muscle and skin receptors or cutaneous afferents only. In each session, LEPs were recorded to stimulation of the dorsal hand skin in radial and ulnar territory bilaterally, while the vibratory stimulus was delivered on the radial territory of the right forearm. Results The results showed a substantial stability of the potential N1 and N2/P2 after the two protocols, with a declining trend from the initial to the last test of the same session, probably due to habituation. Accordingly, the laser-pain perception did not change during the experimental setting. Conclusions We conclude that a vibratory stimulus is ineffective in reducing the laser-evoked potentials and laser-pain perception. [ABSTRACT FROM AUTHOR]

Published
2017
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11. Cortical inhibition of laser pain and laser-evoked potentials by non-nociceptive somatosensory input.

Author

Testani, Elisa, Le Pera, Domenica, Del Percio, Claudio, Miliucci, Roberto, Brancucci, Alfredo, Pazzaglia, Costanza, De Armas, Liala, Babiloni, Claudio, Rossini, Paolo Maria, Valeriani, Massimiliano, and Acsády, László

Subjects
EVOKED potentials (Electrophysiology), MEDICAL lasers, NOCICEPTIVE pain, SOMATOSENSORY cortex, STIMULUS & response (Biology), ELECTRODES, CEREBRAL cortex, INTERSTIMULUS interval
Abstract

Although the inhibitory action that tactile stimuli can have on pain is well documented, the precise timing of the interaction between the painful and non-painful stimuli in the central nervous system is unclear. The aim of this study was to investigate this issue by measuring the timing of the amplitude modulation of laser evoked potentials ( LEPs) due to conditioning non-painful stimuli. LEPs were recorded from 31 scalp electrodes in 10 healthy subjects after painful stimulation of the right arm (C6-C7 dermatomes). Non-painful electrical stimuli were applied by ring electrodes on the second and third finger of the right hand. Electrical stimuli were delivered at +50, +150, +200 and +250 ms interstimulus intervals ( ISIs) after the laser pulses. LEPs obtained without any conditioning stimulation were used as a baseline. As compared to the baseline, non-painful electrical stimulation reduced the amplitude of the vertex N2/P2 LEP component and the laser pain rating when electrical stimuli followed the laser pulses only at +150 and +200 ms ISIs. As at these ISIs the collision between the non-painful and painful input is likely to take place at the cortical level, we can conclude that the late processing of painful (thermal) stimuli is partially inhibited by the processing of non-painful (cutaneous) stimuli within the cerebral cortex. Moreover, our results do not provide evidence that non-painful inputs can inhibit pain at a lower level, including the spinal cord. [ABSTRACT FROM AUTHOR]

Published
2015
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12. Pain in Postsurgical Orthopedic Rehabilitation: A Multicenter Study.

Author

Padua, Luca, Aprile, Irene, Cecchi, Francesca, Molino Lova, Raffaele, Arezzo, Maria Felice, and Pazzaglia, Costanza

Subjects
HEALTH surveys, NEUROPSYCHOLOGICAL tests, MEDICAL cooperation, ORTHOPEDIC surgery, PAIN, POSTOPERATIVE care, QUESTIONNAIRES, REHABILITATION, RESEARCH, STATISTICS, LOGISTIC regression analysis, DATA analysis, MCGILL Pain Questionnaire, DATA analysis software, DESCRIPTIVE statistics
Abstract

Objective. The aim of this study was to quantify and characterize pain in patients undergoing lower limb postsurgical orthopedic rehabilitation and to investigate the impact of pain in slowing or interrupting their rehabilitation. Design. The study was designed as a multicenter cross-sectional study. Setting. The study was set in rehabilitation departments of the Don Gnocchi Foundation. Subjects. The study subjects were the inpatients attending rehabilitation. Interventions. There were no interventions used in the study. Outcome Measures. Pain intensity was measured with a numeric rating scale (NRS); pain characteristics were assessed with the McGill Pain Questionnaire and the ID Pain (able to discriminate nociceptive from neuropathic pain). Quality of life (QoL) was measured with the Short Form 36 Health Status Survey. A semi-structured questionnaire on pain occurrence, impact, and management was administered by the physiotherapist in charge of the patients and by the physician. Results. We studied 139 patients, 82% of whom complained of at least moderate pain (NRS ≥ 3). According to ID pain, 45.6% patients complained of probable (33.8%) or highly probable (11.8%) neuropathic pain. A higher pain intensity was significantly related to the probability of having neuropathic pain ( P < 0.001). Patients with more severe pain reported lower physical and mental QoL scores. In 38.6% of cases, pain interfered with the rehabilitation process, and in 18.5% it was the cause of physical therapy discontinuation. Conclusions. In light of the high occurrence and intensity of pain in the sample, and of the significant impact on the rehabilitation program, clinicians should pay more attention to pain, especially neuropathic pain, in postsurgical patients. Tailored pain pharmacological therapy could possibly improve patient compliance during the rehabilitation process and enhance long-term outcomes. [ABSTRACT FROM AUTHOR]

Published
2012
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13. P247 Painful laser evoked potential inhibition during high-frequency non-noxious somatosensory stimulation.

Author

Valeriani, Massimiliano, Rizzo, Vincenzo, Pazzaglia, Costanza, Quartarone, Angelo, and Vollono, Catello

Subjects
*SOMATOSENSORY evoked potentials, *PHYSIOLOGICAL effects of lasers, *NEURAL stimulation, *NOCICEPTIVE pain, *ANALGESIA
Abstract

Objectives The inhibition of single nociceptive inputs by single non-painful stimuli was shown to occur at supraspinal level (Testani et al., 2015). However, the neurophysiological mechanism subserving the analgesia induced by rubbing the painful part of the body or during TENS is still unknown. Our aim was to investigate the site of this inhibition. Methods We studied 10 healthy volunteers. LEPs were recorded after stimulation of the radial and ulnar territories of both the right and left hand dorsum in 2 conditions: (1) no conditioning stimulation (baseline condition), and (2) high-frequency (5 Hz) non-painful electrical stimulation of the right radial nerve (gating condition). Results As compared to the baseline, in the gating condition the N2/P2 amplitude was reduced in amplitude after stimulation of the radial territory of both hands ( p < 0.001 and p < 0.001 for right and left hand, respectively) and of the right ulnar region ( p = 0.008), while no inhibition was found to left ulnar region stimulation ( p = 0.06). Discussion Our results show that high-frequency non-painful stimulation of the right radial nerve inhibits the nociceptive input coming from both the ispilateral and contralateral homotopic regions, and from a close ispilateral heterotopic territory. On the contrary, it does not have any effect on the nociceptive input due to stimulation of a contralateral heterotopic area. Conclusion Spinal segmental mechanisms are mainly involved in the nociceptive input inhibition by high-frequency non-noxious somatosensory stimulation. Significance Pain inhibition induced by high-frequency somatosensory stimulation, such as TENS, is likely to occur at the spinal cord level. [ABSTRACT FROM AUTHOR]

Published
2017
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14. P246 Abdominal acupuncture reduces pain at the spinal cord level.

Author

Valeriani, Massimiliano, Testani, Elisa, Liguori, Stefano, Coraci, Daniele, Pecchioli, Cristiano, Padua, Luca, and Pazzaglia, Costanza

Subjects
*ACUPUNCTURE, *PAIN management, *SPINAL cord diseases, *EVOKED potentials (Electrophysiology), *ANALGESICS, *NEURAL stimulation
Abstract

Objective Abdominal acupuncture (AA) reduces laser-evoked potentials (LEP) amplitude and laser pain perception in healthy subjects (Pazzaglia et al., 2014). The aim of the current study was to investigate the site of AA analgesic effect. Methods We recorded LEPs in 10 healthy volunteers by using the 32 EEG scalp electrodes.The experimental protocol included 3 times: (1) baseline, in which LEPs to stimulation of the bilateral dorsal wrist and right foot were recorded before acupuncture; (2) acupuncture, in which LEPs were recorded during AA performed in the abdominal area corresponding to right wrist; (3) rest, in which LEPs were recorded 15 min after the needle removal. Results The N2/P2 LEP amplitude to stimulation of both wrist was reduced in the acupuncture and rest times as compared to baseline, while LEP amplitude to foot stimulation was not modified. Discussion Abdominal acupuncture is able to reduce LEP amplitude. Since the homotopic regions of both sides are possibly connected within the spinal cord, our results suggest that the AA analgesic effect occurs at spinal level. On the other hand, the absence of any modulation of LEPs to foot stimulation is against the possibility of an AA general inhibitory effect. Conclusion AA exerts an analgesic effect at the spinal cord level. Significance AA can be considered as a non-pharmacological analgesic treatment. [ABSTRACT FROM AUTHOR]

Published
2017
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15. Time for a consensus conference on pain in neurorehabilitation

Author

Sandrini, G, Tamburin, S, Paolucci, S, Boldrini, P, Saraceni, V, Smania, N, Italian Consensus Conference on Pain in Neurorehabilitation, Agostini, M, Alfonsi, E, Aloisi, A, Alvisi, E, Aprile, I, Armando, M, Avenali, M, Azicnuda, E, Barale, F, Bartolo, M, Bergamaschi, R, Berlangieri, M, Berlincioni, V, Berliocchi, L, Berra, E, Berto, G, Bonadiman, S, Bonazza, S, Bressi, F, Brugnera, A, Brunelli, S, Buzzi, M, Cacciatori, C, Calvo, A, Cantarella, C, Caraceni, A, Carone, R, Carraro, E, Casale, R, Castellazzi, P, Castelnuovo, G, Castino, A, Cella, M, Cerbo, R, Chiò, A, Ciotti, C, Cisari, C, Coraci, D, Dalla Toffola, E, Defazio, G, De Icco, R, Del Carro, U, Dell’Isola, A, De Tanti, A, D’Ippolito, M, Fazzi, E, Federico, A, Ferrari, A, Ferrari, S, Ferraro, F, Formaglio, F, Formisano, R, Franzoni, S, Gajofatto, F, Gandolfi, M, Gardella, B, Geppetti, P, Giammò, A, Gimigliano, R, Giusti, E, Greco, E, Ieraci, V, Invernizzi, M, Jacopetti, M, Jedrychowska, I, Lacerenza, M, La Cesa, S, Lobba, D, Magrinelli, F, Mandrini, S, Manera, U, Manzoni, G, Marchettini, P, Marchioni, E, Mariotto, S, Martinuzzi, A, Masciullo, M, Mezzarobba, S, Miotti, D, Modenese, A, Molinari, M, Monaco, S, Morone, G, Nappi, R, Negrini, S, Pace, A, Padua, L, Pagliano, E, Palmerini, V, Pazzaglia, C, Pecchioli, C, Pietrabissa, G, Picelli, A, Polli, A, Porro, C, Porru, D, Romano, M, Roncari, L, Rosa, R, Saccavini, M, Sacerdote, P, Saviola, D, Schenone, A, Schweiger, V, Scivoletto, G, Solaro, C, Spallone, V, Springhetti, I, Tassorelli, C, Tinazzi, M, Togni, R, Torre, M, Torta, R, Traballesi, M, Trabucco, E, Tramontano, M, Truini, A, Tugnoli, V, Turolla, A, Valeriani, M, Vallies, G, Verzini, E, Vottero, M, Mario, P, Sandrini, Giorgio, Tamburin, Stefano, Paolucci, Stefano, Boldrini, Paolo, Saraceni, Vincenzo M., Smania, Nicola, Agostini, Michela, Alfonsi, Enrico, Aloisi, Anna Maria, Alvisi, Elena, Aprile, Irene, Armando, Michela, Avenali, Micol, Azicnuda, Eva, Barale, Francesco, Bartolo, Michelangelo, Bergamaschi, Roberto, Berlangieri, Mariangela, Berlincioni, Vanna, Berliocchi, Laura, Berra, Eliana, Berto, Giulia, Bonadiman, Silvia, Bonazza, Sara, Bressi, Federica, Brugnera, Annalisa, Brunelli, Stefano, Buzzi, Maria Gabriella, Cacciatori, Carlo, Calvo, Andrea, Cantarella, Cristina, Caraceni, Augusto Tommaso, Carone, Roberto, Carraro, Elena, Casale, Roberto, Castellazzi, Paola, Castelnuovo, Gianluca, Castino, Adele, Cella, Monica, Cerbo, Rosanna, Chiò, Adriano, Ciotti, Cristina, Cisari, Carlo, Coraci, Daniele, Toffola, Elena Dalla, Defazio, Giovanni, De Icco, Roberto, Del Carro, Ubaldo, Dell'Isola, Andrea, De Tanti, Antonio, D'Ippolito, Mariagrazia, Fazzi, Elisa, Federico, Angela, Ferrari, Adriano, Ferrari, Sergio, Ferraro, Francesco, Formaglio, Fabio, Formisano, Rita, Franzoni, Simone, Gajofatto, Francesca, Gandolfi, Marialuisa, Gardella, Barbara, Geppetti, Pierangelo, Giammò, Alessandro, Gimigliano, Raffaele, Giusti, Emanuele Maria, Greco, Elena, Ieraci, Valentina, Invernizzi, Marco, Jacopetti, Marco, Jedrychowska, Iwona, Lacerenza, Marco, La Cesa, Silvia, Lobba, Davide, Magrinelli, Francesca, Mandrini, Silvia, Manera, Umberto, Manzoni, Gian Mauro, Marchettini, Paolo, Marchioni, Enrico, Mariotto, Sara, Martinuzzi, Andrea, Masciullo, Marcella, Mezzarobba, Susanna, Miotti, Danilo, Modenese, Angela, Molinari, Marco, Monaco, Salvatore, Morone, Giovanni, Nappi, Rossella, Negrini, Stefano, Pace, Andrea, Padua, Luca, Pagliano, Emanuela, Palmerini, Valerio, Pazzaglia, Costanza, Pecchioli, Cristiano, Pietrabissa, Giada, Picelli, Alessandro, Polli, Andrea, Porro, Carlo Adolfo, Porru, Daniele, Romano, Marcello, Roncari, Laura, Rosa, Riccardo, Saccavini, Marsilio, Sacerdote, Paola, Saviola, Donatella, Schenone, Angelo, Schweiger, Vittorio, Scivoletto, Giorgio, Solaro, Claudio, Spallone, Vincenza, Springhetti, Isabella, Tassorelli, Cristina, Tinazzi, Michele, Togni, Rossella, Torre, Monica, Torta, Riccardo, Traballesi, Marco, Trabucco, Erika, Tramontano, Marco, Truini, Andrea, Tugnoli, Valeria, Turolla, Andrea, Valeriani, Massimiliano, Vallies, Gabriella, Verzini, Elisabetta, Vottero, Mario, and Zerbinati, Paolo

Subjects
Male, peripheral neuropathy, Time Factors, Physical Therapy, consensus conference, Consensus Development Conferences as Topic, Sports Therapy and Rehabilitation, Settore M-PSI/08 - PSICOLOGIA CLINICA, pain, diabetic neuropathy, neurorehabilitation, neuropathic pain, Settore MED/13 - Endocrinologia, Humans, Pain Management, Randomized Controlled Trials as Topic, Physical Therapy, Sports Therapy and Rehabilitation, Rehabilitation, Female, Italy, Neurological Rehabilitation, neurorehabilitation, pain, consensus conference, Settore MED/34 - Medicina Fisica e Riabilitativa, Settore MED/26 - Neurologia, Human

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