> This all tells you virtually nothing about... This seems like a somewhat common trend in medical research...or something along the lines of findings being me

> This all tells you virtually nothing about... This seems like a somewhat common trend in medical research...or something along the lines of findings being meaningless due to "causal vs correlated" questions. After reading these types of research issues, I always think that there's gotta be a better way to go about it by utilizing wisdom of crowds across industries. For example, there's a chance electrical battery engineers needed to figure out a way to drain electrons in a special way to increase the life of the batteries. And say for example that same underlying logic is the solution to curing alzheimer's...there's no current way (that I'm aware of) to compare underlying processes that are parts of complex systems. The internal parts can be complex systems themselves, but if we can distill complex systems down to their core components, separate them into separate "repositories" that include the detailed processes and/or components necessary to make that given repository "work", we could essentially create "templates" of core knowledge....almost like a github for knowledge. My main point is the individual pieces required to solve these types of complex issues may already be solved...would be cool to create a platform to manage those pieces.