As those of you who have made your own transcranial light device know only too well, the back of 12V DC LED strips comes with glue on the back, covered by a white peel-off tape.Continue reading “LED strip stickiness – a fix”
I’ve had a few people ask me whether to stop medication for Parkinson’s disease when starting transcranial lights.Continue reading “PD, medication and lights”
LED strips are great for DIY projects, such as Cossack light hats, lights for helping arthritic fingers, a LED light wrap for back pain and so on.
Here’s a photo of a Cossack light device – you can see the LED strip winding around and around the frame.
LED strips should only be used for DIY projects.
You can make your own light hat using LED strips:
- Cossack instructions
- Cossack DIY movie
- Cossack photos
- Why I recommend making a Cossack rather than an Eliza bucket hat.
If you are thinking of buying a light device, make sure that it is made with individual LEDs, not a LED strip.
A device with individual LEDs is more likely to last, it will have better heat management, and it is more likely to be value for money.
As an example, a few weeks ago I made a LED strip device for my back. It uses standard gel-covered LED strip – the sewing is a bit weird but it was functional and felt pretty nice on my back after a day in the garden.
When I first made it, all three LED strips worked very happily. But as of yesterday, one of the LED strips decided to stop working part-way along its length. LED strips do that – they just stop lighting up.
There’s not much I can do about the bung LED strip. I’ll continue to use my home-made device on my back for the moment, but if more of the LED strips decide to conk out, I’ll pull it apart and make another.
The lesson is clear, though.
If you are thinking of buying a commercial light device, avoid those made with LED strips.
I’ve had a query about 12V near-infrared LED strip, especially 850nm LED strip.
You can see 850nm, but only just! 850nm is at the very edge of the eye’s ability to see. If you turn on the 850nm LED strip in a dark room, you will see a nice pale red glow. It’s red, but to our eyes it seems pretty dim. That’s good, that means it is working.Continue reading “Near-infrared LED strips”
This afternoon researcher Dr Ann Liebert will be presenting early results of the clinical trial she has been running in conjunction with Parkinson’s South Australia. This study looked at the effects of red and near infrared light on people with Parkinson’s disease.
Dr Liebert will continue to work with Parkinson’s SA and as well, will start a new study In Parkinson’s patients in Sydney this month.
The Sydney study will use the Well Red coronet, so Ron and I are very chuffed.
The initial analysis of the SA study confirms the kinds of improvements we’ve been seeing in people using red and near infrared lights on a daily basis for Parkinson’s.
Dr Liebert has kindly agreed that I can put a summary of the early findings of her clinical trial on the blog.
It is fantastic to see research into this promising area happening in Australia. Prof John Mitrofanis and his team from the University of Sydney were the first to document the huge potential of red and near infrared lights in Parkinson’s disease.
We in Tasmania played around with LED strips, buckets and plastic-coated wire and showed that trans-cranial lights make a difference to people with Parkinson’s. Now Dr Ann Liebert’s clinical trials are helping to confirm and define the changes that red lights make.
Circuit diagrams for DIY red light hat.