senin yardımını bekliyor. Cevapla
Mintik'e katıl

"Giriş yaparak Mintik'in Hizmet Şartlarını kabul ettiğinizi ve Gizlilik Politikasının geçerli olduğunu onayladığınızı kabul etmiş olursunuz."

E-mail ile giriş
Google ile giriş yap
X ile giriş yap

  1. There are currently two main approaches to choosing the genetic traits of gametes and embryos, although neither is widely used due to ethical concerns and technical limitations. Here’s a breakdown of the technologies involved:

    1. Preimplantation Genetic Diagnosis (PGD):

    This technique doesn’t directly alter genes, but it allows parents to select embryos with desired traits by analyzing their genetic makeup before implantation. Here’s the process:

    In Vitro Fertilization (IVF): Eggs are fertilized with sperm in a laboratory setting.

    Embryo Biopsy: A few cells are removed from a developing embryo at a very early stage (blastocyst stage).

    Genetic Testing: The removed cells are analyzed for specific genetic mutations or conditions.

    Implantation: Only embryos free from the targeted genetic conditions are implanted in the uterus for pregnancy.

    • 2. Preimplantation Genetic Screening (PGS):

      This is a variation of PGD used for non-disease related selection. Here’s how it works:

      Similar Process: The initial steps (IVF, embryo biopsy) are similar to PGD.

      Chromosomal Analysis: PGS analyzes the number of chromosomes in the embryo to identify potential chromosomal abnormalities that could lead to developmental problems or miscarriage.

      Selection: Embryos with the “ideal” chromosomal makeup are chosen for implantation.

      • Important Points:

        Both PGD and PGS are complex and expensive procedures.

        They are typically only used for couples with a high risk of passing on specific genetic diseases to their children.

        There are ethical concerns surrounding the selection of non-disease related traits, sometimes referred to as “designer babies.”

        • Future Technology – Germline Editing:

          There’s ongoing research into techniques that could directly edit genes in sperm or egg cells (germline) before fertilization.

          This approach could potentially eliminate genetic diseases or introduce new traits, but it raises significant ethical concerns and is not currently used in humans due to safety risks and unintended consequences.

Bu soruları yanıtlayarak arkadaşlarınıza yardım edin
Amund Bilgin Soru sordu 2 ay önce
a ___ is a small brown seed from a plant in the mint family
Anonim Çırak Soru sordu 2 ay önce
ions may move across the plasma membrane in which of the following ways
Anonim Gelişen Soru sordu 15 yıl önce
the cell membrane is also called the plasma membrane and is made of a phospholipid bilayer
Moiz Bilgin Soru sordu 2 yıl önce
Salyangoz ağaca zarar verir mi?
Tullan Çırak Soru sordu 2 yıl önce
Homozigot saf midir?
Riina-Mari Çırak Soru sordu 2 yıl önce
Penguen omurgalı bir hayvan mıdır?
Ellienor Öğrenci Soru sordu 2 yıl önce
Canlıların 7 özellikleri nelerdir?
Silke Keller Çırak Soru sordu 2 yıl önce
Çocuğun zekası anneden mi babadan mı?
Anonim Acemi Soru sordu 15 yıl önce
the current density of a photovoltaic cell ranges from
Anonim Usta Soru sordu 15 yıl önce
where is the dna of a virus located