Safety and effectiveness of nano‐pulse stimulation™ technology to treat acne vulgaris of the back

Background and Objectives This feasibility study describes the effects of Nano‐pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris of the back with the objectives of demonstrating safety and effectiveness. The CellFX System applies nanosecond pulses of electrical energy to...

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Published inJournal of cosmetic dermatology Vol. 22; no. 5; pp. 1545 - 1553
Main Authors Katz, Bruce E., Nestor, Mark S., Nuccitelli, Richard, Johnston, Lauren Jauregui, Knape, William A.
Format Journal Article
LanguageEnglish
Published England John Wiley & Sons, Inc 01.05.2023
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Online AccessGet full text
ISSN1473-2130
1473-2165
1473-2165
DOI10.1111/jocd.15633

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Abstract Background and Objectives This feasibility study describes the effects of Nano‐pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris of the back with the objectives of demonstrating safety and effectiveness. The CellFX System applies nanosecond pulses of electrical energy to induce highly localized regulated cell death (RCD) in the cellular structures of the targeted zone with no thermal effect on the tissue and negligible effects on surrounding non‐cellular components. Study Design/Materials and Methods Seventeen subjects were enrolled at two sites with thirteen subjects completing treatment. Three 7 X 7 cm regions containing at least five bacne lesions each were identified, one region treated with the CellFX across three treatment sessions, the second region treated as a sham using microneedle tip placement without delivering energy, and the third as an untreated control. Results CellFX‐treated areas showed an average reduction of acne lesions of 82% by 90 days post‐last procedure. Acne improvement was observed in 100% of CellFX‐treated regions compared to 39% improvement in Sham regions and 31% improvement in the control regions. The most common skin effects were erythema and hyperpigmentation observed in 23% and 92% of the subjects, respectively, at the last timepoint. No serious adverse events were reported. Conclusions CellFX is a safe and effective procedure for clearing back acne.
AbstractList This feasibility study describes the effects of Nano-pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris of the back with the objectives of demonstrating safety and effectiveness. The CellFX System applies nanosecond pulses of electrical energy to induce highly localized regulated cell death (RCD) in the cellular structures of the targeted zone with no thermal effect on the tissue and negligible effects on surrounding non-cellular components. Seventeen subjects were enrolled at two sites with thirteen subjects completing treatment. Three 7 X 7 cm regions containing at least five bacne lesions each were identified, one region treated with the CellFX across three treatment sessions, the second region treated as a sham using microneedle tip placement without delivering energy, and the third as an untreated control. CellFX-treated areas showed an average reduction of acne lesions of 82% by 90 days post-last procedure. Acne improvement was observed in 100% of CellFX-treated regions compared to 39% improvement in Sham regions and 31% improvement in the control regions. The most common skin effects were erythema and hyperpigmentation observed in 23% and 92% of the subjects, respectively, at the last timepoint. No serious adverse events were reported. CellFX is a safe and effective procedure for clearing back acne.
Background and Objectives This feasibility study describes the effects of Nano‐pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris of the back with the objectives of demonstrating safety and effectiveness. The CellFX System applies nanosecond pulses of electrical energy to induce highly localized regulated cell death (RCD) in the cellular structures of the targeted zone with no thermal effect on the tissue and negligible effects on surrounding non‐cellular components. Study Design/Materials and Methods Seventeen subjects were enrolled at two sites with thirteen subjects completing treatment. Three 7 X 7 cm regions containing at least five bacne lesions each were identified, one region treated with the CellFX across three treatment sessions, the second region treated as a sham using microneedle tip placement without delivering energy, and the third as an untreated control. Results CellFX‐treated areas showed an average reduction of acne lesions of 82% by 90 days post‐last procedure. Acne improvement was observed in 100% of CellFX‐treated regions compared to 39% improvement in Sham regions and 31% improvement in the control regions. The most common skin effects were erythema and hyperpigmentation observed in 23% and 92% of the subjects, respectively, at the last timepoint. No serious adverse events were reported. Conclusions CellFX is a safe and effective procedure for clearing back acne.
This feasibility study describes the effects of Nano-pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris of the back with the objectives of demonstrating safety and effectiveness. The CellFX System applies nanosecond pulses of electrical energy to induce highly localized regulated cell death (RCD) in the cellular structures of the targeted zone with no thermal effect on the tissue and negligible effects on surrounding non-cellular components.BACKGROUND AND OBJECTIVESThis feasibility study describes the effects of Nano-pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris of the back with the objectives of demonstrating safety and effectiveness. The CellFX System applies nanosecond pulses of electrical energy to induce highly localized regulated cell death (RCD) in the cellular structures of the targeted zone with no thermal effect on the tissue and negligible effects on surrounding non-cellular components.Seventeen subjects were enrolled at two sites with thirteen subjects completing treatment. Three 7 X 7 cm regions containing at least five bacne lesions each were identified, one region treated with the CellFX across three treatment sessions, the second region treated as a sham using microneedle tip placement without delivering energy, and the third as an untreated control.STUDY DESIGN/MATERIALS AND METHODSSeventeen subjects were enrolled at two sites with thirteen subjects completing treatment. Three 7 X 7 cm regions containing at least five bacne lesions each were identified, one region treated with the CellFX across three treatment sessions, the second region treated as a sham using microneedle tip placement without delivering energy, and the third as an untreated control.CellFX-treated areas showed an average reduction of acne lesions of 82% by 90 days post-last procedure. Acne improvement was observed in 100% of CellFX-treated regions compared to 39% improvement in Sham regions and 31% improvement in the control regions. The most common skin effects were erythema and hyperpigmentation observed in 23% and 92% of the subjects, respectively, at the last timepoint. No serious adverse events were reported.RESULTSCellFX-treated areas showed an average reduction of acne lesions of 82% by 90 days post-last procedure. Acne improvement was observed in 100% of CellFX-treated regions compared to 39% improvement in Sham regions and 31% improvement in the control regions. The most common skin effects were erythema and hyperpigmentation observed in 23% and 92% of the subjects, respectively, at the last timepoint. No serious adverse events were reported.CellFX is a safe and effective procedure for clearing back acne.CONCLUSIONSCellFX is a safe and effective procedure for clearing back acne.
Background and Objectives This feasibility study describes the effects of Nano‐pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris of the back with the objectives of demonstrating safety and effectiveness. The CellFX System applies nanosecond pulses of electrical energy to induce highly localized regulated cell death (RCD) in the cellular structures of the targeted zone with no thermal effect on the tissue and negligible effects on surrounding non‐cellular components. Study Design/Materials and Methods Seventeen subjects were enrolled at two sites with thirteen subjects completing treatment. Three 7 X 7 cm regions containing at least five bacne lesions each were identified, one region treated with the CellFX across three treatment sessions, the second region treated as a sham using microneedle tip placement without delivering energy, and the third as an untreated control. Results CellFX‐treated areas showed an average reduction of acne lesions of 82% by 90 days post‐last procedure. Acne improvement was observed in 100% of CellFX‐treated regions compared to 39% improvement in Sham regions and 31% improvement in the control regions. The most common skin effects were erythema and hyperpigmentation observed in 23% and 92% of the subjects, respectively, at the last timepoint. No serious adverse events were reported. Conclusions CellFX is a safe and effective procedure for clearing back acne.
Author Knape, William A.
Nuccitelli, Richard
Johnston, Lauren Jauregui
Nestor, Mark S.
Katz, Bruce E.
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CitedBy_id crossref_primary_10_1016_j_ccep_2025_02_015
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Keywords bacne
pulsed electric fields
acne
nanosecond
nano-pulse stimulation
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Snippet Background and Objectives This feasibility study describes the effects of Nano‐pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris...
This feasibility study describes the effects of Nano-pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris of the back with the...
Background and Objectives This feasibility study describes the effects of Nano‐pulse stimulation™ (NPS™) technology using the CellFX™ System on acne vulgaris...
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StartPage 1545
SubjectTerms Acne
Acne Vulgaris - pathology
Acne Vulgaris - therapy
bacne
Cell death
Edema
Energy
Erythema
Humans
Hyperplasia
Low-Level Light Therapy - methods
nanosecond
nano‐pulse stimulation
pulsed electric fields
Skin - pathology
Treatment Outcome
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  providerName: Wiley-Blackwell
Title Safety and effectiveness of nano‐pulse stimulation™ technology to treat acne vulgaris of the back
URI https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fjocd.15633
https://www.ncbi.nlm.nih.gov/pubmed/36645338
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