I can give you one very specific example of how research in Alzheimer's disease has completely changed the game for research in Parkinson's. The genetic revolution in Alzheimer's began 10 years before it began in Parkinson's, so they had a leg-up. And the disease is four times as common as is Parkinson's.
A specific example is what happened through an effort initiated by the U.S. Congress in a program called ADNI, the Alzheimer's disease neuroimaging effort, which brought together people from the pharmaceutical industry interested in developing new drugs, imaging people, and people who understand the analysis of biological fluid, such as spinal fluid or blood, to come up with better measures of who has that disease, who is in what stage of the disease, and how we can get X-ray analysis.
What ADNI did, as a consortium of industry and academia, was set new rules. One of the rules, which is wonderful, is that every single data point that's being generated through this effort has to immediately be made publicly available so that people can access it. So that's now being copied for Parkinson's disease through an initiative that's called PPMI, progressive Parkinson's markers initiative, funded through the Michael J. Fox Foundation.
The second thing that happened with that is that the quality assurance and the quality-control elements that went into this Alzheimer's research are now also being adopted in Parkinson's research. So the research that Dr. Stoessl does in Vancouver can be directly compared to what is being done in Ottawa or in Göttingen, Germany, or in Uppsala, Sweden, so that we don't have the reproducibility difficulty or the unified data analysis difficulty. Everything is now done according to very strictly defined principles, and we in Parkinson's disease research have learned how to do it from Alzheimer's disease researchers.
Another thing we learned is more about disease progression and the opportunities we have due to changes in X-rays. For instance, in the imaging of Alzheimer's disease, we are trying to get a picture of the culprit, the amyloid buildup in the brain. Last week we had we had a large meeting in New York and then another one in San Diego, at which people from industry and researchers of Alzheimer's disease and Parkinson's disease sat together and discussed how we could come up with the right X-ray analysis or brain analysis to image the difficulty that Greg has in his brain so that we have better X-rays and we can follow the disease course and make the diagnosis better and see whether that person responds to a new drug, yes or no.
The overlap and the cross-fertilization and the cross-information opportunities are unbelievable. So national strategies that encompass diseases such as ALS, Alzheimer's, and Parkinson's in which there are a lot of similarities--because sticky proteins build up in the brain--are fantastic.
And this is really exciting, because it also changed the game for how academia acts. In the past, and particularly in the United States, to be promoted you had to be the best and beat everybody else to the finish line in making a discovery. Now Canada has taken a lead on this, and they realize that team science is better than individual science, so we have to reward and recognize a team leader, like Dr. Stoessl, who led a fantastic consortium in a number of research arenas. That has to be rewarded as a major significant contribution, and it should help people to advance their career interests.
So a lot of things have changed, and Alzheimer's disease has told us what to do and has often told us what not to do.