blastomere
发音：英 [?blɑ?st?m??(r)]；美 [?bl?st?m??r]
基础释义：胚盘（或卵裂）中的小细胞，是胚胎发育的细胞之一。
英语范文：Blastomeres are small cells in the blastula, which is one of the cells in the development of the embryo.
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Blastomere
Blastomere is a fundamental unit of an organism's early development. It is a cell that has divided completely, leaving behind two identical daughter cells. Blastomeres play a crucial role in the formation of embryos and the development of organs.
In humans, blastomeres are found in the early stages of pregnancy, usually around the sixth week. These cells are the building blocks of the fetus and are responsible for its growth and development. Through genetic testing, such as the use of Blastomeres are often used for prenatal diagnosis, allowing doctors to identify abnormalities in the fetus early on.
In addition to their role in fetal development, blastomeres have potential applications in stem cell research. By using specific techniques, such as induced pluripotent stem cells (iPSCs), scientists can create cells that closely resemble human blastomeres. These cells can then be used to study diseases and develop new treatments for them.
Overall, blastomeres are an essential part of biology and medicine. Understanding their role in development and their potential applications in research is crucial for advancing medical science and improving human health.
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Blastomere
Blastomeres are tiny cells that form during cell division. They are the result of a cell splitting into two equal parts. Blastomeres play an important role in early development of organisms, especially in embryos.
In humans, blastomeres can be seen in early pregnancy tests, which detect the presence of cells from the embryo. As the embryo grows, blastomeres undergo further cell division and differentiation to form the different tissues and organs of the body.
Blastomeres are also used in laboratory experiments to study cell behavior and genetics. By manipulating blastomeres in the laboratory, researchers can investigate how cells behave and interact with each other, and how genes are expressed. This knowledge can help us to understand diseases and develop new treatments for them.
In conclusion, blastomeres are essential for early development and research. They provide us with a window into the workings of the human body and the secrets of genetics. Understanding blastomeres can help us to improve our understanding of human biology and develop new treatments for diseases.
