Changes

# The extraordinarily long neck of the [[giraffe]]. The giraffe's heart creates immense pressure to drive blood up the neck to the brain. Because of this there are valves in the neck which automatically restrict the blood flow when the giraffe lowers its head to drink. Without these valves the sudden increase in blood pressure as the heart no longer needs to overcome gravity would rupture the arteries in the brain and kill the giraffe. However the giraffe could not have evolved a long neck without the valves and had no need to evolve the valves unless it had a long neck. The okapi, which evolutionists claim is the closest relative of the giraffe, has no such valves. Evolutionary theory cannot explain this. <ref>[http://www1.pacific.edu/~e-buhals/GIRAFFE2.htm]</ref>[[Image:BacterialFlagellum.jpg|thumb|200px|right|[[flagellum|Bacterial Flagellum]] with rotary motor, courtesy of Access Research Network (Art Battson)]]  

# The extraordinarily long neck of the [[giraffe]]. The giraffe's heart creates immense pressure to drive blood up the neck to the brain. Because of this there are valves in the neck which automatically restrict the blood flow when the giraffe lowers its head to drink. Without these valves the sudden increase in blood pressure as the heart no longer needs to overcome gravity would rupture the arteries in the brain and kill the giraffe. However the giraffe could not have evolved a long neck without the valves and had no need to evolve the valves unless it had a long neck. The okapi, which evolutionists claim is the closest relative of the giraffe, has no such valves. Evolutionary theory cannot explain this. <ref>[http://www1.pacific.edu/~e-buhals/GIRAFFE2.htm]</ref>[[Image:BacterialFlagellum.jpg|thumb|200px|right|[[flagellum|Bacterial Flagellum]] with rotary motor, courtesy of Access Research Network (Art Battson)]]  

# The development of wings in birds, as intermediary wing stubs would have no use, and be a competitive disadvantage.

# The development of wings in birds, as intermediary wing stubs would have no use, and be a competitive disadvantage.

# The [[flagellum]] of certain bacteria contain a multi-part cellular motor which fails to function if a single part is removed. This is the classic example of [[irreducible complexity]] as publicised by Professor [[Michael Behe]].<ref>[http://www.millerandlevine.com/km/evol/design2/article.html]</ref> Because the flagellum must have all its parts to function it could not have evolved and therefore must have been designed by an intelligent being. At the [[Kitzmiller vs. Dover Area School District]] trial, Professor [[Ken Miller]] attempted to rebut this argument by pointing out that if 42 parts of the flagellum are removed what remains is a fully functional Type III Secretory System, used by some bacteria to inject toxins into target cells. While Miller's claim is factually accurate, it fails to explain how the T3SS could simultaneously add 42 parts to create a working flagellum.

# The [[flagellum]] of certain bacteria contain a multi-part cellular motor which fails to function if a single part is removed. This is the classic example of [[irreducible complexity]] as publicised by Professor [[Michael Behe]].<ref>[http://www.millerandlevine.com/km/evol/design2/article.html]</ref> Because the flagellum must have all its parts to function it could not have evolved and therefore must have been designed by an intelligent being. At the [[Kitzmiller vs. Dover Area School District]] trial, Professor [[Ken Miller]] attempted to rebut this argument by pointing out that if 42 parts of the flagellum are removed what remains is a fully functional Type III Secretory System, used by some bacteria to inject toxins into target cells. While Miller's claim is factually accurate, it fails to explain how the T3SS could simultaneously add 42 parts to create a working flagellum.

# The organ and brain development required for retinal imagery require a base level of complexity, making a primitive form useless and impossible under evolution.<ref>http://www.creationresearch.org/crsq/articles/43/43_1/retinal_imagery.htm</ref>

# The organ and brain development required for retinal imagery require a base level of complexity, making a primitive form useless and impossible under evolution.<ref>http://www.creationresearch.org/crsq/articles/43/43_1/retinal_imagery.htm</ref>