User:Tb13x/sandbox

I believe that the image at the very top of the article regarding "evolutionary biology" could be replaced with a more encompassing image that could be more insightful about mutations. For example, a simple image of DNA showing any sort of nucleotide rearrangement. Mutations are generally associated with genetics so it makes more sense to initially show an image that deals with genes. In my opinion, if an image regarding evolution is used at the very beginning of the article next to the general summary, there should be an entire section dedicated to explaining the influence mutations have on evolution (which is not included in the page).

The laws proposed by Gregory Mendel regarding patterns and methods of genetic inheritance are key concepts when studying genetics. Mendel proposed theories and laws based on experiments focused on alleles that shaped what we know and understand about genetics as a whole REFERENCE. Considering that mutations are a critical subject within genetics, it seems very practical to me to include a section on how Mendel's ideas and mutations are intertwined. In addition to this, Mendelian genetics plays a large role in our understanding of evolution and gene expression (both topics closely related to mutations). Therefore, I believe it would be helpful to include a reference or section related to Mendel's work and the role mutations play in his laws of inheritance. This could be included within the sub-section of "By inheritance" under the section "Classification of types".

I believe that a section or subsection regarding "mutation breeding" needs to be included in this article. It could contain information regarding the history and role that mutations play in the creation process of GMOs. Considering that GMOs have become a popular topic of research and discussion in our society, it is a relevant topic for discussion in mutation genetics and should be included in an article providing all-encompassing information on mutations. Induced mutation, in the form of both chemical and radiation induction, is an important method in creating and breeding genetically modified food. The term "crop mutagenesis" (Jankowicz-Cieslak, 2017) could be used to describe the application of induced mutations in crop production. The numerous benefits from crop mutagenesis, including a predictable, more easily controlled and manipulated method of production, played a significant role in the field of agriculture. To remain objective, standpoints on the disadvantages or existing concerns should also be mentioned.