Can you help me summarize this blog

Can you help me summarize this blog article and list 3 important points? For this blog post, I have chosen to research and discuss the topic of genetics and genomics. First things first, what is the difference? Genetics studies our genes and heredity, what makes us the people we are. Genomics is the study of genes themselves, and how they work. When looking at disease and sickness, both play a big role. I would find it interesting to look at the pandemic and how some people are more susceptible to catching the COVID-19 virus. When I look at the study of interactions between genes, and then furthermore the study of each individual gene, it makes my head spin. I cannot wrap my head around the millions of factors and interactions of the human genome. People who are geneticists and genomicists are geniuses to me! They are able to find how diseases are passed down through generations and how that sequencing can affect each individual person in that heritage. Genome sequencing is huge, and that is where the real promise lies, in true population-scale sequencing (McGuire et al., 2020). That would make it doable to lookup and catalogue variations among a population. Can you imagine being able to get a study of your genes completed? We could learn so much by just by starting with one individual- and then beyond that. It is a science that can get big and overwhelming very quickly. By just knowing your genome and what markers an individual has and could pass on would be incredible and terrifying. With Genomics, there are environmental factors at play as well. These environmental factors include where someone lives, if they smoke, their diet and their daily lives. With genomics, they look at how all of the genes work together and for the individual. And then, when this person decides to reproduce with another person, the offspring gets a nice mix. The genes can change from generation to generation depending on how one lives. This can play a big role in physical and mental health. Knowing and understanding this, diseases such as alcoholism can be traced back through a person’s extended family. Other diseases as well are known to be more common for certain people because of their genetic makeup. An example is the Alzheimers gene. I can trace it back in my family to my knowledge for three generations, so I know that I could potentially have this gene. As we evolve and become more educated about genomics and genetics, we can learn more about individual genes and how they make up a person as a whole.

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