Wow, just $16,000? Seems like a slim amount compared to some of the completely useless research projects people like to throw money at. Too bad we can't get some of that government funding flowing in, else ImmInst would be making unheard of strides in research.
I feel slightly guilty, not being able to spare some cash myself due to university financial issues, but thanks to everyone who has chipped in from the bottom of my heart. Any contribution to any field that benefits life extension is worth emotional thanks.
Also, correct me if I'm wrong but this could also make serious strides in the fields of curing neurodegenerative diseases such as Alzheimer's disease and Parkinson's disease, as the same materials would be in those cells that break down as the neurons in the Central Nervous System do not divide if I recall correctly. This seems very interesting to me, even though I admit I'm using some fairly loose logic here. (I'm definitely not a neurobiologist. Again, correct me if I'm mistaken.)
Also if I'm not mistaken this can deal with many types of other pigmented materials such as liver spots and such. Not only does it have applications in anti-aging but I would assume in cosmetic surgery as well. Tell your friends.
Edit: Also, reading through his outline, I notice that melanosomes are what are targeted. These are organelles in cells that contain melanin, which is skin pigment. This would, conceivably, lead to anyone coming out of a bodily treatment of this pale as a ghost. Think Michael Jackson after the treatment of his Vitiligo. (I cringe as I reference this, as I fear it may be too soon to reference him even in a scientific sense. He will be missed both as a singer and a philanthropist.)
Edited by Mints, 12 July 2009 - 06:09 AM.