May 24, 2016
In July, an artificial bioengineered cornea that Chinese scientists spent more than 10 years developing will go into mass production. The corneas come from the eyes of pigs. Doctors say this will help close the gap between 4 million blind patients and 5,000 donors.
Medical workers implant a pig-derived cornea into a patient’s eye in a hospital in Wuhan, Central China’s Hubei Province.
For more info:
May 21, 2016
- Personal GPS gets you back to where you started
- Retraces your steps so you never get lost
- Uses dependable Global Positioning Satellite (GPS) technology
- Costs only $60
- Assists those with low vision in a complicated environment
Handheld GPS retraces your steps, taking you back to where you started!
Now you can use the same Global Positioning Satellite technology as the GPS system in your car — but this time to retrace your steps and guide you back to where you left your car, your friends, your accommodations, etc.
At the push of a button as you set out, Breadcrumbs™ II locks into exactly the place where you are, then guides you back when you’re ready to return.
It’s an amazing help when locating your car at the shopping center, returning to the exact store where you saw those shoes you liked, or meeting your friend at the bookstore where you left her.
Use it at the mall, the stadium, the airport, a theme park, in a big city, a parking lot, any unfamiliar area! Use it on a cruise to lead you back to the pier and trust it to remember the location of a favorite restaurant, a business site or your hotel.
For more info:
May 21, 2016
Healthday.com has several articles on Macular Degenration treatment.
Treatments keeping those with macular degeneration reading and driving longer, study finds
They’re more likely than men to lose sight from cataracts, glaucoma and other eye diseases, experts say
The ‘dry’ form of the eye disease remains the leading cause of blindness in developed world
But more research needed to confirm beneficial effects on vision disorder
May 21, 2016
SanBio, Inc., a scientific leader in regenerative medicine, today announced it has been granted a key patent by the United States Patent and Trademark Office (USPTO) covering its proprietary modified stem cells, SB623, for the treatment of retinal degeneration. SanBio developed SB623 to promote regenerative processes in the central nervous system and provide therapeutic options for debilitating neurological disorders, including retinal degeneration.
United States Patent No. 9,326,999 B2 was formally granted on May 3, 2016 and covers, among other things, the use of SB623 cells in treating retinal degeneration by enhancing photoreceptor function.
for more info:
May 17, 2016
Insight into Low Vision, a book by Terri Cyr OD
This book brings together information which is helpful to those with impaired vision. It is a reference and starting point for those who desire to know more about resources and technologies available to help them adjust and adapt to a life with sub-normal vision.
The author is an optometrist who has worked with the visually impaired and realized that there was a gap in the public understanding of vision loss. While searching for aids, treatments, and techniques to help her patients, she put together this book as a source of information to open up the world of low vision for the visually impaired to realize their potential to lead normal lives.
- Description and use of low vision aids
- Electronic technology for low vision
- Eyeglass technology
- Optical and non-optical aids
- Adaptive techniques
- Types of vision loss and the impact on vision
- Clinical Reasearch
May 7, 2016
This article by Lauren Tappan:
Japanese scientists have successfully completed the first skin-to-eye stem cell transplant in humans. The procedure managed to partially restore the vision of an elderly woman suffering from age-related macular degeneration (AMD).
The results of the procedure, which took place in 2014, were shared at the 2016 conference of the Association for Research in Vision and Ophthalmology in Seattle earlier this week.
Scientists took a small 4 millimeter (.15 inch) piece of the patient’s skin from her arm and modified its cells, effectively reprogramming them into induced pluripotent stem cells (iPSC), Science Alert reported.
Because pluripotent stem cells have the capability to differentiate into almost any type of tissue within the body, the skin cells taken from the arm could be repurposed into retinal tissue.
For More Info:
From there, the cells were developed into retinal pigment epithelium (RPE) and cultured in the lab to grow into an ultra-thin sheet. This sheet was then transplanted behind the retina of the patient.
May 7, 2016
A miniature camera using optical character-recognition technology, mounted onto the eyeglasses of people who are considered legally blind, dramatically improves their ability to read an email, newspaper article, menu or page in a book, a study by researchers with UC Davis Health System has found.
Using the device the study participants were significantly better able to perform activities of daily living. The device recognizes text and reads it to the user using an earpiece that transmits sound, and can also be programmed to recognize faces and commercial products.
For more Info: