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How Should we Use Multicolumn Spinal Cord Stimulation to Optimize Back Pain Spatial Neural Targeting? A Prospective, Multicenter, Randomized, Double-Blind, Controlled Trial (ESTIMET Study).

Philippe RigoardMaxime BillotPierre IngrandIsabelle Durand-ZaleskiManuel RoulaudPhilippe PeruzziPhong Dam HieuJimmy VoirinSylvie RaoulPhilippe PageMarie-Christine DjianDenys FontaineMichel Lantéri-MinetSerge BlondNadia BuissetEmmanuel CunyMyriam CadenneFrançois CaireDanièle RanouxPatrick MertensHussein NaousEmile SimonEvelyne EmeryGuillaume BéraudFrançoise DebiaisGéraldine DurandAlain SerrieBakari DialloJulie BulseiAmine OunajimKevin NivoleSophie DurantonNicolas NaiditchOlivier MonlezunBenoit Bataille
Published in: Neuromodulation : journal of the International Neuromodulation Society (2020)
The ESTIMET study confirms the significant benefit experienced on chronic BP by patients implanted with multicolumn SCS, independently from multicolumn lead programming. These good clinical outcomes might result from the specific architecture of the multicolumn lead, giving the opportunity to select initially the best column on a multicolumn grid and to optimize neural targeting with low-energy requirements. However, involving more columns than one does not appear necessary, once initial spatial targeting of the "sweet spot" has been achieved. Our findings suggest that this spatial concept could also be transposed to cylindrical leads, which have drastically improved their capability to shape the electrical field, and might be combined with temporal resolution using SCS new modalities.
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