How Culture Has Influenced Our Behavior and Particularly Our Biology (Essay Sample)

How Culture Has Influenced Our Behavior and Particularly Our Biology
Student’s Name
Instructor
Institutional Affiliation
Course Title
Date of Submission
How Culture Has Influenced Our Behavior and Particularly Our Biology
Our customs and biology have always been intertwined. Customs and genetics are traditionally perceived as two distinct processes, but researchers realize that the two are closely interconnected, each influencing the natural succession of the other. Suppose we pinpoint how customs influence our genetic makeup and how similar procedures apply to other creatures. In that case, we can excellently comprehend how the manner we act as a community currently could determine our future. For instance, the traditions, cultural exercises tend to nurture the genetic endowments of the lineage and the progeny. For example, it was asserted that the customs or the households with a history of dairy agriculture and hence more utilization of dairy products have a marked tendency of cellulose forbearance and its related genes. Milk consumption is an example of how traditions and cultural exercises can influence our evolution. Moreover, another accepted instance of so is the fight for malaria by sickle cell disease. The tradition influences the gene since it has been asserted that the societies frequently concerned with yam farming have substantial rates of being identified with the sickle cell ailment, which offers resistance over malaria. It functions as a natural protection force. In this scenario, the round blood cells are transformed into flattened disks, crescent-shaped, sickle-shaped cells. However, such abnormal appearance can have led to congestion in the blood veins, leading to organ damage, pain, and reduced life span (Fuentes, 2016). Furthermore, in normal circumstances, evolutions make it minimal, but because of the added benefit of protection against malaria, it can be naturally designated in areas with more malaria cases,
Moreover, the tradition of exploring new territories with distinct climates in individuals may have acted upon the genes in a manner that permits us to tolerate extreme temperatures and cold more than our forefathers. For instance, Polynesians are associated with type II diabetes, and it is among the most substantial globally and is even more substantial among the neighbouring individual population. It is asserted that the Polynesians have a specifically high tendency of a variant of a gene termed Pparggla, and they may be responsible for their marked tendency of type II diabetes. Polynesians settled in isles of the pacific and endured long sea journeys across the open ocean, and experienced the stress of cold and hunger. These substances may have influenced thrifted metabolism, permitting humans to accumulate fat deposits fast when food is accessible.
Moreover, natural selection may have advanced the tendency of related gene variants amongst them. However, metabolism beneficial to explorers can amount to obesity and type II diabetes in contemporary cultures with frequent food sources. Thus, modern Polynesians may have acquired a susceptibility to type II diabetes not because th