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Acne Treatment With 3-Step Broadband Light Protocol.
Journal of Drugs in Dermatology : JDD
|January 18, 2017
Summary
A novel 3-step broadband light protocol offers a safe and effective treatment for moderate to severe inflammatory acne and acne scarring. This method avoids systemic treatments and laser risks, showing significant patient improvement.
Area of Science:
- Dermatology
- Phototherapy
- Aesthetic Medicine
Background:
- A new 3-step broadband light protocol has been developed for treating inflammatory acne and acne scarring.
- This protocol aims to provide an alternative to systemic acne treatments and conventional laser/light therapies, mitigating associated risks and side effects.
- The treatment is adaptable for various skin types and addresses both active acne and residual scarring.
Observation:
- The protocol involves 6-8 sessions using a single device with adjustable parameters (wavelength, spot size, fluence, pulse duration).
- Step 1 targets Propionibacterium acnes with blue light.
- Step 2 utilizes red and yellow light for anti-inflammatory effects and neocollagenesis.
- Step 3 employs visible and infrared light with a sustained motion technique to enhance results and target breakout-prone areas.
Findings:
- The protocol demonstrated significant efficacy in challenging cases, including long-standing inflammatory and cystic acne.
- One patient achieved 90% acne scarring reduction and remained clear for over 6 months post-treatment.
- Approximately 80% of over 100 treated patients experienced complete acne clearance or at least a 75% improvement.
- Visible improvements in acne were noted within 2-3 days, and acne scars began to fade within 1-3 weeks.
Implications:
- This 3-step broadband light protocol presents a safe and effective therapeutic option for moderate to severe inflammatory acne and associated scarring.
- The findings suggest a potential for reduced side effects compared to traditional systemic treatments.
- The protocol's ability to address both active acne and scarring, along with its adaptability to different skin types, broadens its clinical applicability.

