Changes

::If you piece apart the chemical pathways, it is a given that losing a small part of that pathway will render it useless. However, incomplete parts of that pathway can serve different purposes inside the body, meaning that they still have a reason to be selected for.

::If you piece apart the chemical pathways, it is a given that losing a small part of that pathway will render it useless. However, incomplete parts of that pathway can serve different purposes inside the body, meaning that they still have a reason to be selected for.

::This argument is not unlike the flagellum argument, with the mousetrap analogy; a mousetrip will not work if it's missing a part. However, you can use the pieces of a mousetrap for other purposes than catching mice. Furthermore, a few of flagellum's parts serve other purposes in the body.

::This argument is not unlike the flagellum argument, with the mousetrap analogy; a mousetrap will not work if it's missing a part. However, you can use the pieces of a mousetrap for other purposes than catching mice. Furthermore, a few of flagellum's parts serve other purposes in the body.

::The argument that a chemical pathway's complexity makes it impossible to produce by evolution relies on the assumption that every part of a chemical pathway is entirely useless unless every part is present. However, the body does not exist in a vacuum and countless import chemicals in the body serve multiple purposes. [[User:PabloAbra|PabloAbra]] 18:26, 9 February 2012

::The argument that a chemical pathway's complexity makes it impossible to produce by evolution relies on the assumption that every part of a chemical pathway is entirely useless unless every part is present. However, the body does not exist in a vacuum and countless import chemicals in the body serve multiple purposes. [[User:PabloAbra|PabloAbra]] 18:26, 9 February 2012