Another thought, @Eddie. When Behe outlined what a research agenda for ID-influenced biology would look like (pp. 230-231), he started by pointing out that research at the cellular level or above would be largely unaffected. At the molecular level, though, a large amount of effort would be poured into determining whether various systems have significant specificity between components–in which case they would be deemed irreducibly complex and thus the result of information injection from an intelligent designer–or if they were sufficiently simple/irreducible to be explained by nondesign mechanisms. Besides calling balls and strikes on the design vs. nondesign issue, research would explore several design-related themes:
'Work could be undertaken to determine whether information for designed systems could lie dormant for long periods of time, or whether the information would have to be added close to the time when the system became operational. Since the simplest possibles design scenario posits a single cell–formed billions of years ago–that already contained all information to produce descendant organisms, other studies could test this scenario by attempting to calculate how much DNA would be required to code the information (keeping in mind that much of the information might be implicit). If DNA alone is insufficient, studies would be initiated to determine if information could be stored in the cell in other ways–for example, as positional information. Other work could focus on whether large, compound systems (containing two or more irreducibly complex systems) could have developed gradually or whether there are compounded irreducibilities.
Such an agenda is anything but open-minded. If a molecular biology system has significant specificity between components, it is classified as designed, full stop. Research would then move to (presumably) more fruitful design-driven biology, such as classifying borderline cases as designed vs. not designed.
It’s not hard to see that Behe’s research agenda would have prevented most, if not all, of the advances in molecular biology that have emerged from research labs over the past two decades. Instead, precious resources would have been diverted into barren, unfruitful activities.
ID’s inability to explain a growing mound of molecular evidence is sufficient to explain why it has not gained traction in the scientific community. But if you’re looking for motivations beyond the purely rational, the effect that the success of ID would have on the biology research program would be worth pondering.
Cheers,
EDIT: Added page numbers, corrected a tttyppppoooo