Explain Two Implications For Gene Knockdown

For example, imagine if there was a gene that many people share. This gene that people share causes them to be at high risk for cigarette addiction. This concept of the gene only causing cigarette addiction changes, though, when we learn the same gene causes smoking inhibition in some people, meaning they don’t get addicted to cigarettes. This means that these genes can be turned up or down, almost like

This helps a population making all individuals a little be different because then if there is a problem such as a disease. There is a better chance that the disease will only affect a small portion of the population. This alters every ones phenotypes.

Genetics can help answer questions about our traits and why we look different and advance in different ways from each other in the world. Chapter 1 explains the basics about how genes work, and the portrayal of DNA and RNA. Chapter 2 describes RNA more in detail and it consist of the explanation of the human genome. Specifically, Chapter 3 clarifies how evolution works and how it relates to genetic and medical research. Furthermore, Chapter 4 and 5 explains the knowledge researchers have about genes role in health and diseases, and how society is affected with the advances in medicine and science given approximate credit to these researchers.

This leads them to believe that errors in the human gene pool could be introduced, and that new diseases could be created. This is a valid concern because if the whole point of this is to prevent diseases, then adding new one's would deem it pointless.

a) Risk genes increase the likelihood of developing the disease but do not guarantee it will happen.

The mapping of human genes has allowed for certain genetic disorders to be identified according to the genes that it is affecting. This has created a map that other individuals' genes can be compared to in order to determine any mistakes or any alterations that may lead to the development of a disease. Any changes in epigenetic

choices that will ultimately determine the onset of disease. "For example, a person may have the genetic propensity for developing

The benefit of genetic science for individuals is that it can determine if the person has a possible genetic disorder and give them

that genes and environment must be considered in conjunction during the analysis of traits and

Cows produce a protein in their milk called BLG and many infants are allergic to this protein. Two to three hundred infants are allergic to cow’s milk, and BLG allergies are seemingly a large part of this. Various organizations are trying to investigate ways to manipulate the genetic material in the modified dairy cattle with the main goal of producing milk that doesn’t contain the lethal BLG protein. Daisy is a genetically modified cloned cow and whom does not produce milk containing the BLG protein but does however have the gene for it. But the mRNA for the BLG protein has become nonfunctional. Once the protein has been manipulated the cow containing the modified gene is cloned to produce a calf with the same genetic material. This cloned cow will then not produce the protein. This technique is very useful to produce a herd without the protein to gather more milk. Because of this protein produced (BLG) this causes a lot of people and infants to become very sick and ill. Therefore by creating a herd of cows using the processes of Gene Knockdown and Cloning this would not only cut out the lethal protein of BLG, but this will also create cows that don’t possess the BLG protein and therefore creating healthy milk for all to drink.

The Law of Moses, or Moses’s Law refers to the first five books of the Hebrew Bible, sometimes call the Pentateuch, or Torah which is a central reference of Judaism. Of the covenants found in the Pentateuch are Genesis, Exodus, Leviticus, Numbers, and Deuteronomy. These books contained the laws and instruction given by the Lord to Moses which establishes Isreal as a nation. All five of the books are believed to be written by Moses himself, with the exception of Deuteronomy. There is controversy as to who did complete Deuteronomy as it could have not been completed by Moses in its entirety, because it tells the story of his death. While it is evident that the books of the Bible were written from Deuteronomy to Revelation, the agreement, or Covenant with God originates here with the Law of Moses.

Smoller also explains, “[t]hese resources create opportunities for focusing genetic studies on biological pathways…[in] evaluating the functional significance of risk loci that may [identify] in the future” (Smoller, p. 310). He also distinguished,

Sometimes, the sorrowful events in life bring out the best in your life and yourself. Two years ago, I went through true maturation through a traumatic event that immensely affected me as a person. As pencils were being sharpened and the sounds of school filtered back into my life, I found out my Grandma had Cancer. In an effort to provide better treatment, she came to live with us for four months. That time was incredibly precious and special as I saw my Grandma in a whole new light. I saw her strength, her tenacity, and her positivity.

Rip Van Winkle was a man of good nature. He often would help the neighborhood women fix things around their homes. He took the world easy and laid back without thinking of consequences. But he also had a short temper especially when it came to his wife. His wife didn’t like how he would help the neighborhood women instead of working of his family farm. He would often lose his temper and become so upset with his wife and go on walks with his dog to cool off. One day on his walk into the woods Rip Van Winkle took a sip of a drink and slept for twenty years. Within those years, things changed around him. He changed physically, politically and psychologically along with the town, the towns people and his family. Through the changes of his albescence

Then someone else may argue "if the genes of the next generation could be chosen, we would have many more intelligent, rational, and logical children". However, "revolution works at the margins, and it does so through trade-offs". ( KOZUBEK, 2017) For example, the infamous "APOE4 variant, the single strongest risk variant for late-onset Alzheimer's disease, remains at 15% frequency in the population-one reason is that it may also up Vitamin D."(KOZUBEK, 2017) Overall, engineered traits may advance the mankind in a temporary period, but ultimately they may turn out to be detrimental. From a biological standpoint, decreased biodiversity due to "baby designing" will impede the human ability to adapt, which is quite dangerous considering the