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Originally posted by muzzleflash
I keep thinking about the subject it's fun.
Just imagine, we could grow parts for machines from designer plants, like growing a hard material into cogs or beam shapes so that we could build something with it.
Think of growing all of your car parts, and then running the vehicle on sunlight and photosynthesis.
What about weapons? Instead of landmines you could use plants that have proximity detection sensors designed into them and when someone gets close it would shoot out poison gas or it could fire out all kinds of poison spines.
However I see many problems with creating computers with organic materials. Conducting electricity would become an issue. But there is the DNA style computers which could be at least partially organic.
I will have to think about that more and see what I come up with.
So maybe not every single technology need can be filled by plants but I am sure we can get at least 90% of them easily covered.
Originally posted by Another10Pin
Originally posted by muzzleflash
Think of the irony ... Just imagine all of the feats we could accomplish with advanced knowledge of genetics and organic chemistry.edit on 29-3-2012 by muzzleflash because: (no reason given)
Yes. Just think . GMO Foods
Originally posted by Another10Pin
From the looks of your posts, you work for monsanto, don't you?
Originally posted by MamaJ
I skimmed over this thread as I am in a hurry.
Does anyone know where you can buy them? I live in TN...can one just go to Lowes and pick one up or???
Originally posted by IgnoranceIsntBlisss
The Spiderwort flower is a category of 'survival plant' all of its own. When radiation levels are dangerous to roughly human standards, the blue/purple stamen hairs in the center of the flower change color to pink. And it grows hardy
One species of spiderwort has found a very unusual scientific application ... as a radiation monitor. The stamen hairs of this spiderwort are each a chain of single cells, like beads on a sting. The stamen hairs grow by the successive addition of cells to the chain. In this particular species, the cells of the stamen hairs are usually pink. But, there is an occasional blue cell. The blue color is the result of a single point mutation in the cell's genetic material. The likelihood of this mutation occurring is proportional to the radiation to which the cell is exposed. So, counting the number of blue cells in the stamen hairs gives an estimate of the radiation to which the flowers were exposed. Since the cells in each hair grow sequentially, the location along the stamen hairs of the blue cells tells when the radiation exposure occurred. This species of spiderwort was once planted around a nuclear power plant in Japan to monitor the release of radioactive material from the nuclear plant. Not only did the spiderworts tell how much radioactive material was released and when, they also told how the wind dispersed the radioactive material."