Are you in favor of Genetic Engineering? Yes or No? Why?

Which of the following best describes genome wide association study? genomes of diseased and healthy individuals are compared to identify the mutations that cause disease molecular markers are identified that are unique to diseased genomes the frequency of molecular markers alleles are compared between diseased and healthy individuals to identify alleles at higher frequency in diseased individuals tumor genomes are sequenced to identify genes with unusual expression patterns individuals from diverse human populations are sequenced to identify how they are related to each other

Need help to understand about the Central Dogma, with questions below.  The Central Dogma What is the big picture? What is the importance of this concept in biology? What are the processes that are controlled or regulated or affected by this concept? Why must these processes be controlled or regulated in the first place?

Mutagens, when introduced to the body can always cause cancer. Is this statement true? Select the correct response: No. Mutagens do not necessarily, directly equate to the cause of cancer. A cancer is usually caused by a substance called carcinogen that increases the probability of inducing a tumor. Mutagens can be limited to the result of spontaneous or induced mutations that causes changes and/or errors in the coding and reading of the DNA strand and in the genetic make- up of the organism involved. Though some mutagens are considered as carcinogens, not all mutagens can lead to cancer. Yes. The terms can be used interchangeably even in the medical field. Yes. Mutagens does equate to the cause of cancer. A cancer is usually caused by a substance called carcinogen that increases the probability of inducing a tumor. However, mutagens is not only limited to the result of spontaneous or induced mutations that causes changes and/or errors in the coding and reading of the DNA strand and in…