The analyzed discussions reflect high interest and engagement, with posters highlighting that 26.5% of children experienced axial shortening and suggesting potential breakthroughs for myopia treatment. The tone varies from enthusiastic praise to cautious optimism, indicated by phrases like 'very big, important' and references to scientific validation, showing that people are both excited and critically engaged with the research's implications.
AgreementModerate agreement
Most discussions agree that the study presents promising findings about red light therapy reversing axial lengthening, emphasizing the significance of the results.
InterestHigh interest
Overall, the posts show high curiosity, with posters discussing the therapy's potential for reversing myopia and highlighting the study's importance.
EngagementHigh engagement
Many discussions delve into scientific details, highlighting percentages and clinical implications, demonstrating deep engagement with the study's content.
ImpactModerate impact
The conversations suggest there is a belief that these findings could influence future clinical practices and inspire further research, though not universally seen as definitive yet.
Abstract in brief
The study analyzed the effects of repeated low-level red light therapy on myopic children aged 3 to 17, finding that over 25% experienced significant axial length (AL) shortening, with potential influences from age, gender, and initial eye measurements.
Results showed that AL shortening was more common in younger children and those with longer initial AL or higher refractive error, with an average annual AL reduction of about 0.014 mm.
The findings suggest that while RLRL therapy might induce AL shortening in some cases, further research is needed to understand the mechanisms behind this phenomenon.
Recent study seems to indicate that Red Light Therapy can reverse axial lengthening (myopia) in the human eye. The study was conducted on children (sub 18), so unknown if as effective for adults. Could be a major lead for reversal of nearsightedness
https://t.co/gcQiUDXJCM
This is a very big, important, significant news!
In my opinion, It should be making headlines.
This is why you should question every existing science while also serving as an example of why experiential authority is Supreme in Science.
https://t.co/aGXUS4iOSw
Does repeated low-level red light therapy help control #myopia and shorten axial length in a clinical setting?
Authors retrospectively investigate this novel therapy in over 400 children: https://t.co/rPFLF3poCR
#ophthalmology #openaccess https://t.co/IdUr4RKnvB
Jan 9, 2023 · 2 likes · 1,407 followersView post →
SM
Serenissimus Rex Montis
@rexmontisisback · X
RT @AdLucem7: Recent study seems to indicate that Red Light Therapy can reverse axial lengthening (myopia) in the human eye. The study was…
Within days of writing the thread on AL Elongation I was sent a research study documenting statistically significant Axial Shortening in response to RLRL therapy hereby confirming that I was correct.
https://t.co/aGXUS4ih2Y
Clinically Significant Axial Shortening in Myopic Children After Repeated Low-level Red Light (RLRL)
– 26.5% of myopic children underwent AL shortening >0.05 mm per year after over 12 months of RLRL
– 4.6% of participants had AL shortening >0.20mm per year
https://t.co/sCFHtT53Rk
This study analyzes the effects of repeated low-level red light therapy on myopic children, finding over 25% experienced significant axial length shortening, especially in younger children and those with longer initial…
Recent study seems to indicate that Red Light Therapy can reverse axial lengthening (myopia) in the human eye. The study was conducted on children (sub 18), so unknown if as effective for adults. Could be a major lead for reversal of nearsightedness
https://t.co/gcQiUDXJCM
Within days of writing the thread on AL Elongation I was sent a research study documenting statistically significant Axial Shortening in response to RLRL therapy hereby confirming that I was correct.
https://t.co/aGXUS4ih2Y
This is a very big, important, significant news!
In my opinion, It should be making headlines.
This is why you should question every existing science while also serving as an example of why experiential authority is Supreme in Science.
https://t.co/aGXUS4iOSw
Clinically Significant Axial Shortening in Myopic Children After Repeated Low-level Red Light (RLRL)
– 26.5% of myopic children underwent AL shortening >0.05 mm per year after over 12 months of RLRL
– 4.6% of participants had AL shortening >0.20mm per year
https://t.co/sCFHtT53Rk
Does repeated low-level red light therapy help control #myopia and shorten axial length in a clinical setting?
Authors retrospectively investigate this novel therapy in over 400 children: https://t.co/rPFLF3poCR
#ophthalmology #openaccess https://t.co/IdUr4RKnvB
Jan 9, 2023 · 2 likes · 1,407 followersView post →
R
Rotlicht verkürzt die axiale Länge Ihres Auges. : r/AskGlaucoma
Reddit
Aber keine Glaukom-Studie zu Rotlicht. https://link.springer.com/article/10.1007/s40123-022-00644-2 · Pro-Dot-Health. • vor 2 Jahren.
लाल बत्ती आपकी आँख की अक्षीय लंबाई को कम करती है। : r/AskGlaucoma
Reddit
... कुछ मायोपिया अध्ययन हैं। लेकिन लाल बत्ती का कोई भी ग्लूकोमा अध्ययन नहीं है। https://link.springer.com/article/10.1007/s40123-022-00644-2 · Pro-Dot-Health. • 2 वर्ष पहले.