Review Biological evolution: Some genetic considerations

The concept of biological evolution has been thought of as a long persuasive theory to explain how life begins and how organisms are widely differentiated throughout the life cycle of the planet. However, careful analysis and criticism of the various assumptions of this concept suggests that the theory of evolution is an illogical notion based on theoretical preconditions which can never be verified. Meanwhile, the creation represents another aspect of the coin, so far there is a great interest in biologists on the face of creation and evolution controversy, atheists and believers.

The motivation for most biologists to accept the concept of evolution comes from their argument that their atheism and creation can not prove experiments at all, and the same criticism points out their assumption about the fundamental aspects of evolution doing. Through analysis, criticism and reassessment of several related genetic factors, these factors have long been considered to support the observation of evolutionary concepts. Genetic adaptation to stress and evolution, comparative genomics, and selection of nature and targets Function and behavior of direct controversial creatures

Natural selection may be observed in nature, but it is not observed in life. The concept of biological evolution is an illogical and agnostic hypothesis as it directly contradicts our current knowledge of the behavior of the human genome and human proteome and the structural and functional properties. Also, almost all basic premises of this concept can not be tested Both can be used to mimic experiments, which are prerequisites for accepting and validating scientific hypotheses.

Biological evolution is caused by the time course of the genetic makeup of species. Genetic changes are usually (but not always) leading to major changes in the appearance and behavior of organisms. Evolution requires the occurrence of mutations and several variants to replace other variants. Genetic variation is produced by two processes, mutation and recombination. Mutations occur when DNA is incompletely replicated during replication, producing a difference between the parent gene and its progeny. Some mutations affect only one position in DNA; others produce rearrangements of large parts of DNA

Biological evolution is defined as any genetic change in a population under several generations of heredity. These changes, whether small or large, may be obvious, or less obvious. In order for an event to be regarded as a case of evolution, it must change at the genetic level of the group and move from one generation to the next. This means that the genes in the population, and more specifically the alleles, change and are contagious. Be aware of these changes in the phenotype of the group (the physical characteristics of the expression that can be seen)

Cultural evolution is a change in the frequency of cultural variation if biological evolution is a change in the frequency of genetic variation over time in a population. Through culture, we mean the characteristics conveyed to society, not genetics. The color of natural hair is derived from heredity, hair dyeing is cultural. Boundaries are not necessarily clear - biology and culture interact and co-evolve in an attractive way. For example, like language, Gait is a complex product of cultural and biological constraints. Lactose tolerance is a well-known situation in the interaction between biological evolution and cultural evolution in eating habits and livestock industry. As biological evolution shapes us to adapt to our environment, cultural evolution also shapes our languages ​​to suit us.