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Let me offer a different perspective: as most scientists regard ID as pseudoscience (Conservapedia's words, not mine), the most typical reason for refusal is in fact a desire not to lend credence to the notion of ID as science or as something that may viably be considered an alternative to evolution. Whether this position is agreed with or not is irrelevant - the fact of the matter is, this is the position they take. Youtube has plenty of videos of atheists debating creationists, both in filmed debates and back-and-forth video submissions from YouTube users.
Let me offer a different perspective: as most scientists regard ID as pseudoscience (Conservapedia's words, not mine), the most typical reason for refusal is in fact a desire not to lend credence to the notion of ID as science or as something that may viably be considered an alternative to evolution. Whether this position is agreed with or not is irrelevant - the fact of the matter is, this is the position they take. Youtube has plenty of videos of atheists debating creationists, both in filmed debates and back-and-forth video submissions from YouTube users.
I would be interested to hear the creationist/ID position on bacterial integration into human cells. For instance, mitochondria are bacteria that have integrated with every cell in our bodies. This is not conjecture - the genome is there, separate from our own, and its release from cells results in an immune response as the mitochondria are recognised as foreign and not self. The evolutionary take is generally that this is a form of rather extreme symbiosis - we gain significantly increased efficiency in producing ATP, the energy currency of the cell (and the bacteria get an easy ride). Is there an ID position on this? I presume there must be.
I would be interested to hear the creationist/ID position on bacterial integration into human cells. For instance, mitochondria are bacteria that have integrated with every cell in our bodies. This is not conjecture - the genome is there, separate from our own, and its release from cells results in an immune response as the mitochondria are recognised as foreign and not self. The evolutionary take is generally that this is a form of rather extreme symbiosis - we gain significantly increased efficiency in producing ATP, the energy currency of the cell (and the bacteria get an easy ride). Is there an ID position on this? I presume there must be. [[User:LucoDaw|LucoDaw]] 23:06, 5 July 2012 (EDT)
Before anyone admonishes me for asking these questions, I'd like to point out that I have not disclosed a single personal opinion in the above post, as I don't think they're relevant to my point. [[User:LucoDaw|LucoDaw]] 23:06, 5 July 2012 (EDT)