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Nanotech and the Blind
tomsastroblog writes "In a BBC report scientists injected blind hamsters with a solution containing nanoparticles. The result? Nerves re-grew and sight returned. The researchers injected the blind hamsters with a solution of synthetically made peptides; within 24 hours the brain started to heal itself. The peptides were later broken down by the body into a harmless substance and was excreted three to four weeks later. From the article: 'We are looking at this as a step process. If this can be used while operating on humans to mitigate damage during neurosurgery, that would be the first step,'"
What a great technology this looks to be. However, I would hesitate to call it 'nanotechnology', since it does not appear in any way to be 'molecular manufacturing'. Indeed, while the article didn't specify the means of production, making peptides sounds like chemistry to me.
It was a joke! When you give me that look it was a joke.
That's an interesting point, and I certainly think the parent is worth some mod points...
The common joke I hear when I talk to oncologists is "I can cure cancer in any mouse," and there's a point to that: plenty of treatments show a lot of promise in the mouse model, only to not pan out when tried in humans. The mouse model is a good starting point for research, but it's not always a great predictor of human response. -- Paul
OpenSource.MathCancer.org: open source comp bio
This is not nanotechnology.
The scientists injected peptides. Short strings of amino acids. The same stuff that comprises every protein in our bodies. So how is that nanotech? Simply because molecules are on the nanometer scale? Then I guess that makes all electronics pico- or femtotechnology.
Don't listen to the bullshit article's vocabulary--there's a more appropriate word for what they're doing, and it's called MOLECULAR BIOLOGY
Si la vida me da palo, yo la voy a soportar Si la vida me da palo, yo la voy a espabilar
I'm really excited about this type of work. Those who used to be sighted that have lost their sight (or had their sight impaired) may be able to regain the senses they once had. The medical implications of these technologies are exciting.
I would like to play the thinker's advocate, though. It is important to understand the other side of this... blind culture, much like deaf culture, is a distinct means of life - one that doesn't think that blind (or deaf) people are "broken" in some way. Yes, folks with all five of their senses tend to look at those with less-than-five as though something is "wrong" with them. But, from the perspective of a great many blind and deaf people, they're not "broken" or "impaired" at all. Indeed, in some places, the deaf and the blind communities celebrate their different-ness and have wonderful, productive lives. You can see a few starting points here at this simple Wikipedia article: Wikipedia article on deaf culture.
With all that said... if indeed this technology leads to folks (that want to see (or see again)) having new or regained sight, then I'm really interested in this. I'd like to see this technology extended to nerve damage, spinal repairs (particularly spinal injury repair).
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