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Academic literature on the topic 'Neurostimulation électrique transcutanée'
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Journal articles on the topic "Neurostimulation électrique transcutanée"
Crelerot, Sylvie, Lauriane Ali, Fabian Wüthrich, Sonia Plaza Wüthrich, and Marc R. Suter. "Douleur chronique : utilité de la neurostimulation électrique transcutanée (TENS)." Revue Médicale Suisse 20, no. 879 (2024): 1214–19. http://dx.doi.org/10.53738/revmed.2024.20.879.1214.
Full textd’Hoir, Caroline. "Soulagement de la douleur par neurostimulation électrique transcutanée pendant la première partie du travail." Vocation Sage-femme 12, no. 103 (July 2013): 35–38. http://dx.doi.org/10.1016/j.vsf.2013.05.009.
Full textVeys, B., C. Dequidt, C. Boisselier, C. Desenclos, C. Delecourt, H. Grosbety, J. Van Cleef, F. Vertrez, S. Bouillant, and A. Cazenave. "Douleurs chroniques après mise en place d’une prothèse de genou : étude rétrospective observationnelle au CETD de Berck-sur-Mer." Douleur et Analgésie 31, no. 4 (December 2018): 194–204. http://dx.doi.org/10.3166/dea-2018-0035.
Full textFoucher, C., F. Rigaudier, M. Guy, C. Juhel, F. Viroux, A. Serrie, and P. Sichere. "Réduction de la consommation d’antalgiques grâce à l’utilisation de la neurostimulation électrique transcutanée pour le soulagement des douleurs chroniques." Revue du Rhumatisme 88 (December 2021): A201. http://dx.doi.org/10.1016/j.rhum.2021.10.328.
Full textNassaj, A., J. Quieffin, A. Ghazi, M. H. Marques, C. Medrinal, C. Giraud, and P. Boitet. "Effet de la neurostimulation électrique transcutanée (TENS) sur la douleur aiguë provoquée par l’ablation d’un drain pleural après chirurgie thoracique." Revue des Maladies Respiratoires 29 (January 2012): A75—A76. http://dx.doi.org/10.1016/j.rmr.2011.10.238.
Full textVassal, F., C. Créac’h, P. Convers, R. Peyron, and C. Nuti. "Modulation des potentiels évoqués laser et de la perception douloureuse par la neurostimulation électrique transcutanée : étude contrôlée (versus placebo) chez 20 volontaires sains." Neurochirurgie 56, no. 6 (December 2010): 546–47. http://dx.doi.org/10.1016/j.neuchi.2010.10.070.
Full textGame, X., B. Peyronnet, G. Karsenty, C. Loche, V. Phé, E. Chartier-Kastler, X. Biardeau, et al. "Évaluation d’un traitement par neurostimulation électrique transcutanée (TENS) du nerf tibial postérieur des troubles vésicosphinctériens (TVS) secondaires à un syndrome parkinsonien : étude multicentrique randomisée contre placebo Uroparktens." Progrès en Urologie - FMC 32, no. 3 (November 2022): S43—S44. http://dx.doi.org/10.1016/j.fpurol.2022.07.047.
Full textGeoffroy, L., S. Mauboussin Carlos, J. Guérin, F. Laroche, and S. Rostaing. "Intérêt de l’association de deux techniques non médicamenteuses complémentaires, l’hypnose et la neurostimulation électrique transcutanée, dans la prise en charge des douleurs chroniques non cancéreuses : cohorte observationnelle randomisée." Douleurs : Evaluation - Diagnostic - Traitement 13 (November 2012): A103. http://dx.doi.org/10.1016/j.douler.2012.08.285.
Full textGuy, Martine, Christine Juhel, Florian Rigaudier, Christelle Foucher, Georges Mayeux, Patrick Sichère, Alain Serrie, and Francois-André Allaert. "Mise en évidence d’une épargne thérapeutique antalgique grâce à l’utilisation de la neurostimulation électrique transcutanée pour le soulagement des douleurs articulaires et musculosquelettiques chroniques : essai contrôlé, randomisé, conduit en ouvert et en cross-over." Douleurs : Évaluation - Diagnostic - Traitement 22, no. 4 (September 2021): 175–86. http://dx.doi.org/10.1016/j.douler.2021.05.004.
Full textKhadilkar, A., S. Milne, and L. Brosseau. "La valeur des neurostimulations électriques transcutanées (TENS) dans les lombalgies chroniques est inconnue." Kinésithérapie, la Revue 7, no. 66 (June 2007): 14. http://dx.doi.org/10.1016/s1779-0123(07)70413-8.
Full textDissertations / Theses on the topic "Neurostimulation électrique transcutanée"
Cuvillon, Philippe. "Phamacodynamie, pharmacoconetique et innocuité des techniques d'anesthésie loco-régionale tronculaire." Montpellier 1, 2009. http://www.theses.fr/2009MON1T027.
Full textThis study analysed efficacy and safety of perirepheral nerve block used for anesthesia or analgesia after orthopedic surgery. In the first study, we compared the effects of bupivacaine 0. 5% or ropivacaine 0. 75% and lidocaine 2% for surgery after femoral-sciatic peripheral nerve block. The primary end point was onset time. In a double-blind, randomized study, 82 adults scheduled for lower limb surgery received a sciatic (20mL) and femoral (20mL) peripheral nerve block with 0. 5% bupivacaine (200mg), a mixture of 0. 5% bupivacaine 20 mL (100mg) with 2% lidocaine (400mg), 0. 75% ropivacaine (300mg) or a mixture of 0. 75% ropivacaine 20 mL (150mg) with 2% lidocaine (400mg). Each solution contained epinephrine 1 : 200. 000. Sciatic onset times (sensory and motor block) were reduced by combining lidocaine with the long-acting local anesthetic. The onset of bupivacaine-lidocaine was 16+/- 9 min versus 28 +/- min for bupivacaine alone. The onset of ropivacaine-lidociane was 16 +/- 12 min versus 23 +/- 12 for ripovacaine alone. Sensory blocks were complete for all patients within 40 min for those receiving bupivacaine-lidocaine versus 60 min for those receiving bupivacaine alone and 30 min for those receiving bupivacaine alone and 30 min for those receiving ropivacaine-lidocaine versus 40 min for those receiving ropivacaine alone ( P<0. 05). Duration of sensory and motor block was significantly shorter in mixture group. Plasma concentrations of bupivacaine and ropivacaine were higher, and remained elevated longer, in patients who received only the long-acting local anesthetic compared to patients who received the mixture of long-acting local anesthetic with lidocaine (P < 0. 01). Mixtures of long-acting local anesthetics with lidocaine induced faster onset blocks of decreased duration. Whether there is a safety benefit is unclear, as the benefit of a decreased concentration of long-acting local anesthetic may be offset by the presence of a signifiant plasma concentration of lidocaine. The second study was to compare parasacral and Winnie's single -or double- injection approaches for sciatic nerve block. Time to perform the block was 2 (1-5) min for the parasacral method, with no difference from Winnie's single injection (3 [1-10] min), but was shorter with double injection (5. 5 [2-15] min) (P = 0. 0001). Onset of sensory block was similar in the parasacral (25 [7. 5-50] min) and Winnie single-injection groups (25 [5-50] min) but significantly longer in the double-injection group (15 [5-50] min). Time to perform a parasacral block was short, and the parasacral approach had a high success rate and a short onset time. Therefore, this block might be a useful alternative to Winnie's modification for sciatic nerve block. The third study investigated the incidence of bacterial and vascular or neurological complications resulting from femural nerve catheters used for postoperative analgesia. Patients requiring continuous femoral blockade were consecutively included. Using surgical aseptic procedure, 211 femoral nerve catheters were placed (short-beveled insulated needle, peripheral nerve stimulator). After 48h, 208 catheters were analyzed ; 57% had positive bacterial colonization (with a single organism in 53%). In this prospective study, continuous femoral nerve catheters were effective for postoperative analgesia but had a frequent rate of bacterial catheter colonization. We found no serious infections after short-term (2-day) infusion. Side effects were few, but one nerve injury occured. The fourthstudy We conducted this prospective randomized study to compare the success rate and the onset time between 3 intensities of stimulation thr reshold (<0. 5, 0. 5-0. 64, and 0. 65-0. 8 mA) when using a peripheral nerve stimulation at the midhumeral level. Sixty-nine adult patients undergoing elective hand surgery were studied. Blocks were performed using conventional nerve stimulation technique. Needle advance began at 2 mA (1 Hz, 0. 1 millisecond). When motor response (MR) occured at less than 0. 5 mA, needle position was fixed for "group <0. 5 mA. " For "group 0. 5-0. 64 mA. The time required to obtain a complete sensory block was shorter for the 4 nerves in group <0. 5 mA, with a statistical significance for radial and musculocutaneous nerves in group <0. 5 mA versus group 0. 5-0. 64 mA and group >0. 65mA. Patients in group <0. 5 mA had a greater success rate for complete sensory radial nerve compared with those of group 0. 5-0. 64 mA and group >0. 65 mA at any interval times between 5 and 30 mins (P = 0. 0001). We conclude that intensity of stimulation influenced onset time and success rate
Biardeau, Xavier. "Optimisation des thérapies de stimulation/modulation électrique dans le traitement des troubles vésico-sphinctériens neurogènes et non-neurogènes." Electronic Thesis or Diss., Université de Lille (2022-....), 2024. http://www.theses.fr/2024ULILS014.
Full textEven if it involves alternating between a filling phase and an emptying phase, the normal micturition cycle cannot be summed up as a binary operation but involves the constant consideration of multiple factors: the filling level of the bladder reservoir, the safety of the environment in which we live, the emotional context in which we evolve and the social constraints to which we are subjected.We now know that there are alterations and/or modifications in brain activity and connectivity, as well as changes in the regulation of the autonomic nervous system, in certain types of lower urinary tract dysfunction - notably in overactive bladder or urge urinary incontinence and in certain types of voiding dysfunctions. Among the therapies available today, electrical modulation/stimulation therapies (tibial neurostimulation and sacral neuromodulation) appear able to normalize and/or modify brain activity and connectivity, as well as ANS balance. They could thus provide at least a partial response to some of the etiopathogenies underlying these lower urinary tract dysfunctions. However, the deployment and positioning of these electrical modulation/stimulation therapies are still limited by an incomplete understanding of their mechanisms of action, imperfect identification of the indications and populations most likely to benefit from these therapies, a lack of consensus on the setting of the electrical current delivered, and a lack of medium and long-term evaluation. In the first part, we questioned the indications for these therapies, and particularly their place as a preventive approach for lower urinary tract dysfunctions due to spinal cord injury. We also questioned the relation, in terms of efficacy, between transcutaneous tibial neurostimulation and sacral neuromodulation, to better support patients in shared medical decision-making processe. Finally, we developed the first tool to predict the success of sacral neuromodulation as a treatment for voiding dysfunction. In the second part, we questioned the mechanisms of action, and more specifically the changes in the balance of the autonomic nervous system in response to an acute S3 sacral root stimulation.In the third part, we questioned the mid-term follow-up (5 years) after definitive implantation of sacral neuromodulation in a geographic population pool, looking for risk factors for discontinuation of follow-up. These data, although still to be supplemented by future research projects, will enable us to further optimize electrical modulation/stimulation therapies in the management of neurogenic and non-neurogenic lower urinary tract dysfunctions