干细胞分子标记简述

放心不下

这是一篇关于干细胞分子标记的文章，里面列举了很多种不同的干细胞分子标记.
0 U- j. f# x) ?* q8 b: KAppendix E.i.
0 }0 {( O( T( m5 X6 R) n, N  VHOW DO RESEARCHERS USE 5 ?0 }& A1 G; r9 M3 Q
MARKERS TO IDENTIFY STEM CELLS? ) y- G5 ^+ ]$ t: n$ H) t% W' L
In recent years, scientists have discovered a widearray of stem cells that have unique capabilities to self-renew, grow indefinitely, and differentiate or develop into multiple types of cells and tissues. Researchers now know that many different types of stem cells exist but they all are found in 5 B8 G3 |# o9 Y4 D
very small populations in the human body, in some cases 1stem cell in 100,000 cells
' h! _+ H5 G  ? in circulating blood.And, when scientists examine these cells under a microscope, they look 8 ?/ O$ k( Z% B5 y$ e0 z
just like any other cell in the tissue where they are found. So, how do scientists identify
" d+ u: U' ~- |these rare type of cells found in many different cells and tissues—a process that is much akin to finding a needle in a haystack? The answer is rather simple thanks to stem 1 v. R# ?- H! R% U; m
cell “markers.” This feature describes stem cell marker technology and how it is used in the
) ?! w8 F1 L/ ~7 |$ @research laboratory. Following this is a listing of some of the commonly used stem cell markers 9 D( H, Y8 Z) Z2 ]* }1 B
(see Appendix E.ii. Markers Commonly Used to IdentifyStem Cells and to Characterize - Y# p1 M% ?% C" \9 U+ s
Differentiated Cell Types). ……………………………
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