Uploaded October 2021 | Updated September 2026, 2 weeks ago
Embark on a fascinating journey through the complexities of embryogenesis with our latest video! 🧬✨
Discover the intriguing world of chromosomal instability (CIN) and its impact on in vitro fertilization (IVF). Zamani Lab's analysis delves into the prevalence of CIN in cleavage-stage embryogenesis and its implications for naturally conceived embryos. With a focus on mosaic embryos, which harbor both normal and abnormal cells, we explore the heightened occurrence of CIN in in vitro-produced preimplantation embryos compared to their in vivo-conceived counterparts.
Despite the potential for CIN-derived complex aneuploidies to halt development, many embryos overcome this formidable barrier. Our video sheds light on the persistence of CIN throughout prenatal development and its presence at birth following IVF treatment.
Join us as we profile the genomic landscape of fetal and placental tissues from IVF and naturally conceived children. Zamani Lab's findings reveal a groundbreaking truth: CIN does not persist into later stages of prenatal development, and the rates of de novo numerical aberrations or large structural DNA imbalances are comparable in IVF and naturally conceived live-born neonates.
This revelation reaffirms the safety of human IVF treatment, dispelling concerns about its impact on the chromosomal integrity of fetal and placental lineages. Tune in to gain a deeper understanding of this pivotal research and its profound implications for reproductive science.
🔬 Subscribe for more insights into the marvels of human development and the wonders of scientific discovery!
CONTENT
00:00 In Vitro Fertilization
01:05 Chromosome Instability
02:07 IVF Investigation
02:41 Haplarithmisis
03:24 Multi-Disciplinary Cooperation
03:53 The European Commission
04:00 Future Research
SOURCE
More information: zamanilab.org
Article: nature.com/articles/s41591-019-0620-2
#science #medicalanimation #ivf @maastrichtuniversity
Science Animation | Medical Animation
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Embark on a fascinating journey through the complexities of embryogenesis with our latest video! 🧬✨
Discover the intriguing world of chromosomal instability (CIN) and its impact on in vitro fertilization (IVF). Zamani Lab's analysis delves into the prevalence of CIN in cleavage-stage embryogenesis and its implications for naturally conceived embryos. With a focus on mosaic embryos, which harbor both normal and abnormal cells, we explore the heightened occurrence of CIN in in vitro-produced preimplantation embryos compared to their in vivo-conceived counterparts.
Despite the potential for CIN-derived complex aneuploidies to halt development, many embryos overcome this formidable barrier. Our video sheds light on the persistence of CIN throughout prenatal development and its presence at birth following IVF treatment.
Join us as we profile the genomic landscape of fetal and placental tissues from IVF and naturally conceived children. Zamani Lab's findings reveal a groundbreaking truth: CIN does not persist into later stages of prenatal development, and the rates of de novo numerical aberrations or large structural DNA imbalances are comparable in IVF and naturally conceived live-born neonates.
This revelation reaffirms the safety of human IVF treatment, dispelling concerns about its impact on the chromosomal integrity of fetal and placental lineages. Tune in to gain a deeper understanding of this pivotal research and its profound implications for reproductive science.
🔬 Subscribe for more insights into the marvels of human development and the wonders of scientific discovery!
CONTENT
00:00 In Vitro Fertilization
01:05 Chromosome Instability
02:07 IVF Investigation
02:41 Haplarithmisis
03:24 Multi-Disciplinary Cooperation
03:53 The European Commission
04:00 Future Research
SOURCE
More information: zamanilab.org
Article: nature.com/articles/s41591-019-0620-2
#science #medicalanimation #ivf @maastrichtuniversity
Science Animation | Medical Animation
FOLLOW US
---------------------------------------------------
Twitter: twitter.com/nymus3d
Facebook: facebook.com/Nymus-3D-136350366438784
LinkedIn: linkedin.com/company/demcon-nymus-3d
Xing: xing.com/pages/demconnymus3d
Instagram: instagram.com/demcon_nymus3d
Behance: behance.net/demcon-nymus3d
Artstation: artstation.com/demcon_nymus3d
â–ş More videos from Nymus 3D: nymus3d.com
