Nowadays,technologies have been improved tremendously by helping the physicians ormedical professions to elucidate some of the medical issues. It gives us theaccess to find the resources that we might need specifically considering autismcan be cured. This shift is called biomedicalization, which helps us to gaincontrol over identities and bodies and also to expand the medical technologiesin daily life. Also, it can affirm the role of both technological innovationand scientific. Autismcan be illustrated through two ways.
First, its designation as a geneticdisabilityis doubtful, and these arguments proceed to contraryassertions by government and the mainstream scientific formation. According to the article, “a high degree ofuncertainty about the biological characteristics of autism. This has led to thegrowth of rebel responses to the enlarging power of new genetic technology” (Bumiller, 2008). Secondly, genetic research hasproceeded to develop without consequence in direct benefits for children and familiesaffected by autism. Which means that there are no major effects on distinguishing advocates for genetic research and others whoare focused on replying to the instant concerns.Autistic children were the firstones to verify by studies which embrace new biological. For instance, the studywas utilizing the twin method to prove the genetic explanation of autism. Itcompared the identical twins (MZ) and same-sex fraternal twins.
As the result,a strong decrease in risk from MZ to DZ twins. The statistic illustrated thepopulation, twin studies have concluded that autism is highly inheritable andthat relatives show increased rates of having the broader autism phenotype. However,researchers have concluded that the autism phenotype, like most inheritableconditions, is not attributable to a single gene and that the syndrome resultsfrom multiple genes interacting with one another. Anotherway the research has shown that professionals effectively delivered themessage that the only rationalchoice is to give birth to normal children by screening the newborns.
Biomedicalknowledge not only influences decisions about the woman’s pregnancy but alsoaffects how her children are after birth. It also gives parents an idea aboutthe test whether the fetus or newborn is impaired which means the child isnormal. Imagine without technology, we cannot see what is going on in the womb.For instance, just by using our eyes, we can not be able to see the futuresymptoms that may occur in the womb.
We can not be able to tell if there is anyincidents that may occur. Imagine without technology, the child might get wraparound the umbilical cord which results dying. Asa conclusion, technologies are very important in daily life. It helps us tolook deepen into our genetics which it cannot be seen from eye to eye. It alsogives us the power to control our movements and what is the next step to take.Therefore, biomedical process needs to get involved to advance our future formedical related. Autism is a great example to examine the scientific formation.
With technology, it is not only telling us about the symptoms while being inthe fetus, but also to clear up certain research issues.