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Scientists succeed in creating models of "human placenta"




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These models will allow researchers to explore why pregnancy is healthy and how certain illnesses come from mother to fetus. According to Reuters.

Human placenta provides oxygen and nutrient growth to all fetal needs. If they fail to do their job properly, the pregnancy must not continue and end with the birth of a dead fetus or the abortion or birth of children with developmental problems.

Human placenta is very important for the fetus because it grows in the mother's womb, but scientists know little about it because of the lack of good experimental models, says Ashley Moffett, professor of pathology, physiology, growth and neuroscience at Cambridge University.

She told reporters, "She is the first member to develop, but also the least understood member."

The fields of organic science have evolved over the last few years, as research teams cultivate everything from small brains to the liver and micropipes and use them to learn more about human biology and disease.

The Cambridge University team, which published its latest work in Nature, began its efforts to develop human placenta cells for more than 30 years when Moffitt and her colleagues studied cell development in the first weeks of pregnancy.

The team was able to gradually develop methods for the isolation and characterization of chorionic cells, and eventually found the right combination of cell assembly and transplantation to create miniature placenta models. "Moffett said," We're trying to do it for years. "

Mini-cell models can also be used to safely test drugs for possible use in early stages of pregnancy and to see how chromosomal abnormalities can prevent normal growth.

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These models will allow researchers to explore why pregnancy is healthy and how certain illnesses come from mother to fetus. According to Reuters.

Human placenta provides oxygen and nutrient growth to all fetal needs. If they fail to do their job properly, the pregnancy must not continue and end with the birth of a dead fetus or the abortion or birth of children with developmental problems.

Human placenta is very important for the fetus because it grows in the mother's womb, but scientists know little about it because of the lack of good experimental models, says Ashley Moffett, Professor of Pathology, Physiology, Growth and Neuroscience at Cambridge University.

"He is the first member to develop, but he is also the least understood member," she told reporters.

The fields of organic science have evolved over the last few years, as research teams cultivate everything from small brains to the liver and micropipes and use them to learn more about human biology and disease.

The Cambridge University team, which published its latest work in Nature, began its efforts to develop human placenta cells for more than 30 years when Moffitt and her colleagues studied cell development in the first weeks of pregnancy.

The team was able to gradually develop methods for the isolation and characterization of chorionic cells, and eventually found the right combination of cell assembly and transplantation to create miniature placenta models. "We've been trying to do it for years," she said.

Mini-cell models can also be used to safely test drugs for possible use in early stages of pregnancy and to see how chromosomal abnormalities can prevent normal growth.


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