You are definitely onto something there Lostfalco, the study provides the core but why not take it even further:
DHA (supercharged as part of the Uridine Stack (Souvenaid already used for mild Alzheimer's)) + Mitochondrial enhancement via TULIP and supporting mito supps (LLLT, CoQ10, PQQ + (ALCAR, ALA, Idebenone, Creatine etc.) - as you said mito dysfunction plays a big part in Alzheimer's) + Ketones (Bulletproof coffee / MCT oil - coconut oil has even helped some people with advanced Alzheimer's) = Brain Awesomeness :-D
In general I think anything that shows promise in treating Alzheimer's has great brain enhancing potential for even normal healthy brains.
Some I can recall are Methylene Blue (also via mito CCO pathway) and there was Ashwagandha (not sure the mechanism) there was also a mention of B12 somewhere.
Any other successful rogue Alzheimer's "cures" that come to mind?
I'm with you man...whatever works to either cure or limit symptoms of this horrible disease.
For healthy brains, I've kind of been thinking about it this way lately. This is simply a conceptual tool so don't take it too literally. As I mentioned before I generally think of humans as 'continually expressing information patterns'. The information is very fundamental and consists of our genome, epigenome, etc. Hence, my focus on HDAC2 inhibitors, Russian peptides, my 'exposome', etc.
The other half of the equation is 'continually expressing'. In order to be expressed, an information pattern needs energy. The information needs 'the ability to do work'...otherwise, it would just sit there (well, not entirely...but for our conceptual purposes). Thus, my present focus. How can I get energy into my system? E is pretty important, just ask the greatest mc of all time, Einstein. (my goal with that sentence was to write the worst pun in history...I think I just pulled it off. On behalf of everyone who endured it, I just punched myself in the mouth. =))
I'm not sure how much most people know about mitochondria, so please forgive me if this is extremely common knowledge. Two of the major foci of people on these forums is hormone optimization and neurotransmitter optimization. Mitochondria contribute to synthesizing both. Additionally, mitochondria are dynamic, constantly changing entities (they fuse, divide, change shape, etc.). We have huge opportunities here to optimally recreate ourselves.
Sorry about the long quotes below!
http://www.ncbi.nlm....pubmed/23628605“Mitochondria are essential sites for steroid hormone biosynthesis. Mitochondria in the steroidogenic cells of the adrenal, gonad, placenta and brain contain the cholesterol side-chain cleavage enzyme, P450scc, and its two electron-transfer partners, ferredoxin reductase and ferredoxin. This enzyme system converts cholesterol to pregnenolone and determines net steroidogenic capacity, so that it serves as the chronic regulator of steroidogenesis."
http://www.ncbi.nlm....pubmed/23711354"In neurons, mitochondria are enriched to provide energy and calcium buffering required for synaptic transmission. Additionally, mitochondria localize to the synapse, where they are critical for the mobilization of reserve pool vesicles and for neurotransmitter release. Previously, functional defects in mitochondria were considered to be downstream effects of neurodegenerative diseases. However, more recent findings suggest mitochondria may serve as key mediators in the onset and progression of some types of neurodegeneration."
http://www.ncbi.nlm....pubmed/23906661"Human choline dehydrogenase (CHD) is located in the inner membrane of mitochondria primarily in liver and kidney and catalyzes the oxidation of choline to glycine betaine. Its physiological role is to regulate the concentrations of choline and glycine betaine in the blood and cells. Choline is important for regulation of gene expression, the biosynthesis of lipoproteins and membrane phospholipids and for the biosynthesis of the neurotransmitter acetylcholine..."
Edited by lostfalco, 19 August 2013 - 04:00 PM.