Ethical Implications: It requires the creation of human embryos destined to be sacrificed for the benefit of others.

Ethical Implications: Unused embryos may be frozen, donated, or discarded, leading to debates about their status. The high cost makes it inaccessible for many. Another issue is preimplantation genetic diagnosis (PGD), which screens embryos for genetic disorders but raises concerns about "designer babies."

In animals, this presents some interesting outcomes:

• Resources obtained from animals could be enhanced, e.g; spider gene in goats means we can get stronger silk from their milk (kinda creepy imo), that we can use for clothes and the likes

• Transferred genes allow us to study diseases in different organisms, maybe a serious disease with high mortality rates studied in animals that can be produced in large numbers

• Most importantly, organ donors. This technology would allow genes to be transferred between humans and animals to allow the production of tissues and organs

A lot of the ethical issues lie in use of animals as organ donors:

• Harvesting animals alone is troubling for some, but for organs would definitely cross the line

• There are high risk of transferring diseases, risks that may outrank benefits

• And there are high tendencies for rejection of engineered tissues and organs

However, artificial insemination raises ethical concerns. Using a small number of high-quality males can reduce genetic diversity, making animals more prone to disease. Overbreeding and unnatural breeding conditions may also affect animal welfare. Some argue that artificial insemination interferes too much with natural selection, causing a debate on human control over reproduction.

IVF is an option for women with blocked fallopian tubes to reproduce. Eggs are retrieved from the woman, which are combined with sperm in a laboratory. Following fertilization, the embryo is placed in the uterus. As fertilization occurs within laboratory glassware, babies born from the IVF process are known as "test-tube babies".

Ethical Implications:

• Several embryos are often created, however only some may be used during implantation

• The remaining embryos are typically frozen, donated to other couples, or disposed

• It often involves in determining an increased risk of an embryo to have a genetic disorder prior to implantation (Preimplantation Genetic Diagnosis or PGD)

• This may cause ethical concerns regarding the selection of embryos according to their traits, including gender, appearance, or intelligence

• IVF is an expensive procedure and the high cost limits the access to less wealthy individuals or couples

• The high cost exacerbates social inequality, as those who are unable to afford an IVF baby have limited options to reproduce, considering alternatives, such as adoption and surrogacy, are quite expensive

• In some countries, women are paid to donate eggs for IVFs, which may be considered to be exploitation of women, primarily those in financial need

• IVFs typically require women to receive ovarian stimulation with hormones to produce several eggs, which can result in long-term health issues, such as ovarian hyperstimulation syndrome (OHSS)

• The use of IVF is controversial in certain cultures, as it involves technologies which may be perceived as "unnatural" or "abnormal"

• Catholics consider IVF to be "immoral" and condemn the process

• Parents of sick children “engineer” a genetic match in another

  sibling.

• Newborn sibling is able to donate umbilical cord blood,

  which contains stem cells

Ethical Implications:

• Moral concerns with destruction of embryos

• Promoting the idea that life with disability is undesirable

Ethical Implications:

• Requires much patience and continuous efforts from the parents because the first-time IVF success rate is 25-30%. This is because failure can occur due to factors such as age, high body weight, stress, smoking status, etc. This can lead do negative emotional/psychological impacts on patients.

• Preimplantation genetic screening and diagnosis tests allow patients to choose the gender of their child. This can lead to neglect of certain embryos and inequality.

• IVF is a costly procedure, being a factor that limits patients from using this procedure due to financial resources and financial status.

• Children born with IVF have chances of developing problems later in life such as low birth weight, fetal growth restriction, congenital malformations, imprinting disorders, higher risk of childhood illnesses and neonatal death.

• The effect of religious beliefs on IVF policy-making.

Some ethically considerations of Transgenic Organisms are:

• creating new types of animals for the sole purpose of harvesting the organs

• Causes environmental threats

• Human use of the GMO's have unknown long term health effects

• The cost (does the cost outway the profit)

Some ethical implications include the destruction of embryos. The destruction occurs to gather cells that would benefit others. Another implication can be that stem cells are produced by SCNT. Utilizing the stem cells produced, they can be implanted into a surrogate. Which then leads to the production of an embryo, then leading to a human clone. It's been a controversial discussion on how therapeutic cloning can cause ethical dilemmas.

Ethical Implications:

• Multiple embryos are created, but not all are implanted. Where they may be discarded or freezer which raises questions about the status of the embryos

• The cost may be high and limited, especially towards those who may be wealthier, raising the concerns of if there is a play of inequality in reproductive rights.

• Concerns of the children having multiple genetic parents due to the egg donor, the sperm donor, or even the surrogate mother

• The potential issue of the child being able to inherit the parent's genetics and family dynamics

• The rights and well-being of surrogate mothers are concerns of possible exploitation, especially for those who are in financial need and are vulnerable to surrogacy.

• The long-term effects that it can have on the mother include the increased risk of ovarian cancer.

Reproductive cloning is the process of producing genetically identical organisms, not just cells. A process called somatic cell transfer is what generates the cloned cells, which is used by both therapeutic and reproductive cloning.

There is controversy surrounding these processes, because it involves the destruction of human embryos.