This is the kind of stuff I geek out on.
http://www.sciencenews.org/view/gene..._from_disorder
So could there be a practical application for this? Could manipulating proteins to do what we want be a possible cure for cancers or tumors?
This is the kind of stuff I geek out on.
http://www.sciencenews.org/view/gene..._from_disorder
So could there be a practical application for this? Could manipulating proteins to do what we want be a possible cure for cancers or tumors?
I'm not sure I understand the applications of this, but knowing scientific progress, this is a step towards great things.
IT'S AAALLIIVVEEE! *thunder*
A virus is what it is. if we can manipulate proteins to attack these viruses then we're on top. If we can attack things like AIDS, addisons, Scleroderma.. the list is vast.
I might be wrong, but this sort of research seams to be a huge breakthrough to me.
While I can certainly understand the benefits of control, I am not so sure that is what is being offered here.
An interesting result, but I am still not sure as to the practical implementations of effectively making them spin around by themselves.
Perhaps just missing something due to lack of knowledge on the subject.
It seems to be an observation of the weird, quasi-biological mechanics that separate life from animated matter. More rudimentary than rudimentary, so to speak. Very interesting indeed, like all new ground to tread.
---------- Post added 2012-03-28 at 04:25 AM ----------
The spinning is indicative of the patterns and organizations that contribute to life on a more complex scale. It's sort of like a building block to a building block. It isn't useful in and of itself, but rather, what it could lead to eventually.
Last edited by Callace; 2012-03-28 at 04:26 AM.
Nah I'm in the same boat. I'm not a biochemist. I'm just extrapolating on what has been done. Controlling and manipulating protiens is out ticket to great health and immortality. Not to get sci-fi.. but this is reall the ground floor for people who want to avoid disease and live forever.
Human Growth Hormone is used to treat stunted growth. Naturally occurring HGH has a short half life on the order of an hour. People undergoing treatment (with natural HGH) would have to take injections on the order of every 2 hours. Requiring this large amount of treatment was extraordinarily expensive until a modified version of HGH was developed. A lab discovered that by adding 5 alanines (I think) to the end of the HGH sequence, the protein had increased stability so treatment would only be necessary once every 24h. This dramatically reduced the cost of HGH treatment.
The idea of using proteins to treat disease is nothing new. Modified protein pharmaceuticals exist. So do other smaller chemicals treatments. How do you think most narcotics are made? They are generally not harvested from plants or other sources. That would be too expensive.
I knew it was synthesized and manufactured rather than being merely harvested, but I didn't realize it was modified to any extent. I still think this is interesting for the level of intricacy being observed. This seems more fundamental than creating a new sequence for medical use.
Our bodies already do this:
With the cell there is a cytoskeleton made up of actin filaments, due to external factors it causes these filaments to grow in one direct placing pressure on the cell membrane in a given direction moving the cell. This is what causes things like white blood cells to move throughout the body. The cells also use these filaments to allow them to engulf bacteria.