from:
http://www.beyonddiscovery.org/content/view.txt.asp?a=167
(...)
"In 1987, an initial attempt to splice Bt [Bacillus thuringiensis] genes into plants to make them resistant to insects failed.
Scientists quickly realized that they needed to alter the gene slightly
to make it useable in the plants.
By 1990, Bt cotton plants had been genetically engineered to produce enough Bt toxin to be protective against insects... Moving on from resistance to pests, scientists were able to pinpoint and clone several genes
that made plants resistant to bacterial, viral, and fungal infections...
Thanks to recent advances in the genetic engineering, or bioengineering, of plants, farmers are now beginning to have at their disposal crop seeds that are genetically endowed not only to
resist damage from insects but also to be resistant to herbicides...
an additional gene that scientists have inserted in the seeds' genetic material, or genome.
The gene, which originated in bacteria and is not found naturally in plants, encodes a toxic protein
that kills two of the prime predators of cotton plants...
Not content with just making crops resistant to pests and weeds, plant bioengineers are
beginning to cut and paste genes to make crop plants more salt tolerant or drought tolerant..."
So, with all this genetic modification aimed at creating a super 'cotton',
quite conceivably it has had the accidental by-product of creating 'fibers' that can
defeat the human immune system?
Speculation, of course, but in the meantime, before science can explain the phenomenon,
it would make sense not to use any of Monsanto's genetically modified cotton for bandaging
even minor skin breaks, eg, from needles.