Genetic Recombination: A Regulated and Designed Chromosomal System
According to the evolutionary paradigm, complex genetic information in the form of genes and regulatory DNA can randomly evolve through mutations and selection. But this erroneous idea becomes more untenable with every new discovery in the field of genomics.
For example, research on meiosis, a type of cell division that produces genetic variation when sperm and egg cells form, is creating major roadblocks for conventional evolutionary theory. Genetic recombination, a key event during meiosis, is proving to be especially problematic for the mutation-selection myth. The precise regulation of this process, once thought to be largely random, involves an amazing amount of engineering.
(This artcile has implications for recombinent RNA and DNA in treating medical problems which was the (non failed) hope of the Human Genome Project.)