Image

Clinical Study of Light Therapy to Control Myopia Progression in Children

Clinical Study of Light Therapy to Control Myopia Progression in Children

Non Recruiting
6-16 years
All
Phase N/A

Powered by AI

Overview

Low-lever red light therapy (LLLT) has been used to control myopia progression in China for a few years besides amblyopia therapy for a few decades. This study is to test the efficacy of PBM therapy to myopia children as well as to compare two types of PBM therapy to control myopia progression within one month.

Description

LLLT utilized the 650-nm red light to provide sufficient energy to stimulate the tissue without causing damage to the surrounding tissues. And several researchers reported the long-term efficacy of LLLT in slowing the progression of myopia to date. These studies were reported various illumination and irradiance. This study is to test the efficacy of LLLT comparing to the control group as well as to test whether two types of lighting design will be different to the efficacy and safety.

Eligibility

Inclusion Criteria:

  1. Grade 1 to grade 9 and age 6 to 16 years (including 6 and 16 years), Sex is not limited;
  2. Equivalent sphere (SER): -0.50D ~ -6.00D (including-0.50 and-6.00D);
  3. Best corrected vision in one eye under glasses correction: 0.1 log MAR;
  4. No strabismus: no more than 15 prism constant dominance strabismus after far and near cover tests;
  5. No myopia control measures within the previous 4 weeks: such as orthokeratology lens, gradient lens, double light lens, eye drops for myopia control (such as atropine), myopia defocus glasses, red light for myopia control, other specially designed myopia light treatment instruments or contact lenses for special design to control myopia (such as Misight);

Exclusion Criteria:

  1. Any ocular(including constant dominant strabismus with more than 15 prisms) and systemic diseases or abnormalities can significantly affect visual function or promote the progression of myopia;
  2. Other interventions for myopia control before 4 weeks before enrollment, For example, orthoplastic lens, gradient lens, dual-light lens, eye drops for myopia control (atropine), myopia defocus glasses, red light therapy devices for myopia control, other specially designed comprehensive treatment devices, myopia, amblyopia, or specially designed contact lenses (such as Misight), etc.
  3. Subject participated in other clinical trials within 4 weeks before the enrollment;
  4. The investigator for safety reasons or the interests of the patient, Other circumstances in which the patient should not participate in this trial, If suffering from serious heart, liver and kidney disease. -

Study details
    Myopia
    Progressive

NCT05761379

Beijing Airdoc Technology Co., Ltd.

20 August 2025

FAQs

Learn more about clinical trials

What is a clinical trial?

A clinical trial is a study designed to test specific interventions or treatments' effectiveness and safety, paving the way for new, innovative healthcare solutions.

Why should I take part in a clinical trial?

Participating in a clinical trial provides early access to potentially effective treatments and directly contributes to the healthcare advancements that benefit us all.

How long does a clinical trial take place?

The duration of clinical trials varies. Some trials last weeks, some years, depending on the phase and intention of the trial.

Do I get compensated for taking part in clinical trials?

Compensation varies per trial. Some offer payment or reimbursement for time and travel, while others may not.

How safe are clinical trials?

Clinical trials follow strict ethical guidelines and protocols to safeguard participants' health. They are closely monitored and safety reviewed regularly.
Add a private note
  • abc Select a piece of text.
  • Add notes visible only to you.
  • Send it to people through a passcode protected link.