Gene technology carries with it social and ethical implications—many of which engender personal views and discussion.

Select one (1) of the following biotechnology topics to write about:

• Genetically modified crop plants
• Genetically modified microorganisms
• Genetically modified animals
• Personal genomics and / or personalized medicine for humans
• Gene therapy

Write a four to six (4 to 6) page paper on your chosen topic.  Organize your paper into sections corresponding to the following requirements:

1. Biological basis. Describe the technology. Discuss what it accomplishes. Elaborate on the scientific principles that make this technology possible. Your goal in this section of the paper is to show the instructor that you understand the underlying science behind the technology. Describe how exactly the technology works. Discuss the biological principles that underlie this technology.
2. Social and ethical implications. Without disclosing your personal view about this technology, provide an analysis of its social and ethical implications. State the ethical concerns apparent in the use of this technology. Discuss the benefits and risks. Your goal in this section is to look at all sides of the issue. In the next section, you will give your opinion.
3. Personal viewpoint. In the previous section, your goal was to be as objective as possible, to look at all sides of the issues. In this section, your goals are to give a personal opinion about the technology and provide a justification of that opinion.
4. Use at least three (3) quality resources in this assignment, in addition to the course text. Note: Wikipedia and similar Websites do not qualify as quality resources. The body of the paper must have in-text citations that correspond to the references. Integrate all sources into your paper using proper techniques of quoting, paraphrasing and summarizing, along with proper use of in-text citations to credit your sources. Gene technology and ethical implications

ADDITIONAL INFORMATION;

Gene technology and ethical implications

Introduction

The first successful genetic modification of human embryos was reported in China. The research was performed to better understand the early stages of embryo development, not to create a live birth. The team used CRISPR-Cas9 (or Cas9) to modify genes responsible for beta-thalassemia, a potentially fatal blood disorder. Ethical issues raised by genetic engineering involve both scientific and religious factors. An ethical question is whether it could ever be morally acceptable to genetically modify a human embryo, fetus or baby.

The first successful genetic modification of human embryos was reported in China.

The first successful genetic modification of human embryos was reported in China. The research was performed on embryos, which were not allowed to develop past the two-cell stage. The embryos were genetically modified to prevent a blood disorder called beta thalassemia.

The scientists who conducted this research stated that they did not intend for any future offspring from these pregnancies to be born with mutations caused by their own parents’ genetic changes (as would happen if they were born after two normal siblings). However, there may still be some risk involved if one sibling develops beta thalassemia while another does not and so far no evidence exists suggesting that this kind of breeding has taken place at all yet!

The research was performed to better understand the early stages of embryo development, not to create a live birth.

The research was not done to create a live birth. It was performed to better understand embryo development, but the embryos were destroyed after they grew large enough for fertilization.

The researchers behind the study said they were shocked by the media coverage, which they say is misleading. The scientists are not advocating for the creation of “designer babies” or “superhumans,” as some news outlets have reported.

The team used CRISPR to modify gene responsible for beta-thalassemia, a potentially fatal blood disorder.

CRISPR is a gene editing tool that allows scientists to edit DNA. The system works by using a guide RNA molecule (gRNA) attached to Cas9 enzyme, which cuts the target DNA sequence. It’s worth noting that CRISPR has been used in biology since the 1990s, but it has been refined in recent years and now allows researchers to do things like make changes in specific genes or modify specific proteins without having to remove or even alter the entire gene sequence.

The team used CRISPR in combination with other techniques such as RNA interference (RNAi) or transcription-factor targeting through homologous recombination (HR), which makes it easier for scientists than ever before and at lower cost to study diseases as well as develop treatments for them!

Ethical issues raised by genetic engineering involve both scientific and religious factors.

Ethical issues raised by genetic engineering involve both scientific and religious factors. Religious concerns include the sanctity of life, the creation of a “superhuman,” and what it means to be human. Scientific considerations include the possibility of creating designer babies and questions about whether we should allow people to create their own children through genetic modification.

Ethical concerns are complicated, as they involve questions about nature versus nurture, individual choice versus social norms, technology’s ability to manipulate natural processes (e.g., manipulation of DNA), risks associated with new technologies such as cloning or gene therapy that affect health outcomes but do not alter them directly like conventional medicine does today; these risks may be greater than those associated with conventional medical practices because they could potentially cause irreversible damage if used incorrectly

An ethical question is whether it could ever be morally acceptable to genetically modify a human embryo, fetus or baby.

An ethical question is whether it could ever be morally acceptable to genetically modify a human embryo, fetus or baby. The debate over the use of genetic engineering has been ongoing for some time, but religious arguments against this technology have only recently entered the discussion. Religious scholars argue that humans are created in God’s image and should not be altered; however, scientists also have concerns about potential risks associated with this type of research: unforeseen consequences that may lead to unintended consequences for society at large.

Gene technology can have many negative effects on society and should be regulated by the government

There are many negative effects of gene technology and they should be regulated by the government.

• Gene technology can have many negative effects on society and should be regulated by the government.

• The government should not regulate gene technology as it is a field in which there are no clear guidelines or laws about how to handle such issues, so any decision made by someone with little experience could cause severe damage to society as a whole.

Gene technology is a relatively new field that has been developing over the past few decades. As such, there are no clear guidelines or laws regarding how to handle such issues as ethical and moral problems that may arise from the use of this technology.

Conclusion

We believe that the future of gene technology will be shaped by ethical considerations, and it is important to consider both scientific and religious factors. The ability to alter the human genome could have significant effects on society as a whole, so it’s critical for scientists and policymakers alike to ensure that we understand these issues before moving forward with new methods which may not yet be fully understood.