The editors of NEMO Kennislink are happy

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azizulseobdw
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The editors of NEMO Kennislink are happy

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This kind of research is very exciting because so little is known about this phase says Van den Brink who is still working on gastruloids but is now at the IMIM Institute in Barcelona. We simulate the stage that is very difficult to study with real embryos. Hardly anyone has been able to look at this stage of human development before. The major disadvantage is that the researchers therefore have little reference material. With a mouse model you can easily investigate in a real mouse embryo on which points they differ. This is much more difficult with human gastruloids. A growing human embryo model 24 hours 48 ​​hours and 72 hours after the cells have gone into the well.

Naomi Morris University of Cambridge In addition to models that mimic gastrulation there are animal embryo models that resemble embryos in the blastula stage see sidebar "From Fertilization to Fetus in Humans": the stage before the embryo implants in the uterus. Others include tissues that surround the embryo such as the yolk sac and amniotic cavity. And still others must mimic the early Austria Phone Number List steps of brain formation spinal cord and heart which take place around day 22 of the embryo. There are not yet human models that mimic these phases. At NEMO Kennislink we will closely follow the developments of these models in the coming period and we will also discuss the ethical aspects of this type of research in more detail . Why NEMO Kennislink monitors research into embryos from the lab Author: Robert Visscher | November 25 2022 EMBRYO Theme: Embryos from the lab With a model of an embryo not only better understand the origin of life but also prevent diseases.

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Why does someone get a muscle or blood disease Researchers are currently working on that. Editors from NEMO Kennislink are watching. We will report on it in the coming years and think it is important that you can form an opinion about the research. Editor-in-chief Robert Visscher explains. We all started out tiny at some point. Life was created by the fertilization of a male seed and a female egg. This eventually grew into an embryo and led to other phases that allow me to write this text and you are able to read it. NEMO Kennislink organizes dialogues more often for example in Rotterdam at the DNA Dialogue. Chris vanKoeverden Scientists are now working on similar embryos but made very differently. Not by the fertilization of a male seed and female egg but by making embryo-like structures from stem cells . Scientists hope to gain a better understanding of how life originates and how to cure diseases.
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