B。中文解析:文章中明确提到 Stem cells are unique cells that have the ability to differentiate into various types of cells in the body. This property makes them extremely valuable for medical research.(干细胞是独特的细胞,具有分化成身体内各种类型细胞的能力。这种特性使它们对医学研究极其有价值。)反馈...
What are Stem Cells?0.0 作者: John Lynch 出版年: 2011-9页数: 192定价: $ 42.38ISBN: 9780817317485我要收藏随机来一本书推荐文章猜你喜欢附近的人在看推荐阅读拓展阅读短评 最新 热门 暂无评论 我想说两句 书评 最新 热门 暂无评论 我要写长评 ...
A stem cell is a cell that can divide to give rise to a new copy of itself and at least one other specialized (differentiated) cell type. Although this broad definition provides a useful framework, much still remains to be discovered about the different types of stem cells in the body, ...
The short answer is that stem cells are undifferentiated cells with power to make other kinds of cells. Most cells cannot do that as they can only make more of themselves. What this means is that stem cells can be used to make specialized cells. These include neurons, heart cells, and mo...
Stem cells: The body's master cells Stem cells are a special type of cells that have two important properties. They are able to make more cells like themselves. That is, they self-renew. And they can become other cells that do different things in a process known as differentiation. Stem...
What are stem cells?doi:10.1038/stemcells.2007.12Nature Reports Stem Cells
Blast cells usually develop into large blood cells. They are set on this path, whereas stem cells can develop into any cell in the body. For example, bone marrow stem cells are capable of developing into non-marrow cells. That is the reason they can be used to replace "bad" blast ...
A.Although all cell types can divide, only stem cells differentiate after division.B.Stem cells are able to divide to produce populations of cells that differentiate into a related set of cells.C.Stem cells divide asymmetrically to give rise to one daughter cell that remains a stem cell, and...
(3) Stem cells are undifferentiated cells and have the potential to become many cell types and to form various tissues by mitosis (multiplication) and differentiation (specialization). The mother of all stem cells is the zygote, a fertilized egg cell that can give rise to every part of the ...
aIn this seminar, we’ll start by discussing the basics of what stem cells and related stem cell technologies are (i.e. I’ll explain the current quest to harness the capacity of undifferentiated stem cells to differentiate into most of the tissue types in the body) and then we’ll explor...