@metal-brain said
I never said "in general".
Nice try though.
Your title is "Why Scientific Studies Are So Often Wrong", which strongly suggests you think science is more often wrong than not.
I found the article superficial. It makes general statements based on a few specific, and apparently randomly chosen, studies. Here is one of the general statements: "Many, and possibly most, scientists spend their careers looking for answers where the light is better rather than where the truth is more likely to lie." Sorry, but the assertion is simply is not borne out by the author's selection of examples. Moreover, the examples he cites are all over the map, but not one of them is thorough: he lurches form Vitamin D to cardiology to Einstein to what killed the dinosaurs.
Another quote from the article: "Mice in particular let researchers extract all sorts of exceptionally clean measurements without complaint. Yet it is a well-documented fact that mouse research often translates poorly to human results." Yup, well-documented. That's how science works; you submit a study for publication, it get peers reviewed. Someone else tries to duplicate the results or improve the accuracy of the first study, and so on.
Concluding quote: "How are we supposed to cope with all this wrongness? Well, a good start would be to remain skeptical about the great majority of what you find in research journals and pretty much all of the fascinating, news-making findings you read about in the mainstream media, which tends to magnify the problems. (Except you can trust DISCOVER, naturally. And believe me, there is no way this article is wrong, either. After all, everything in it is backed by scientific studies.)
Maybe we should just keep in mind what that Einstein fellow—you know, the one who messed up that electron experiment—had to say on the subject: “If we knew what we were doing, it wouldn’t be called research, would it?" "
So, the rational thing to do is to keep on publishing studies, keep on peer-reviewing, keep on trying to duplicate results and improve accuracy, that's how science works. Once in a while a bridge falls down, that's true, and every bridge will fall down someday if it is not properly maintained, but it would be wrong to conclude that most bridges fall down because of faulty science. But that is what this article strongly suggests. What a load of hooey.