… and their specific existence and role in the reproductive system has expanded significantly
in the past 20 years and our studies of stem cell biology has already led to significant …

… years underline the scientific importance of the field. This review summarizes current knowledge
on the variety of pluripotent cells in the reproductive … processes of stem cells in detail. …

… some of these ER + niche cells are stem cell progenitors. … Stem cells are more slowly dividing
than differentiated cells, … Since most differentiated cells are offspring of stems, then even …

… Here we introduce the next generation of assisted reproductive technologies (… years later,
the same team reported ESCs isolated from human embryos produced by IVF for reproductive …

… they reach reproductive age. Currently, more than 1 in 5000 men of reproductive age who
are … biopsy before treatment to preserve the spermatogonial stem cells (SSCs) of the male by …

… The primordial germ cell (PGC) is the primary undifferentiated stem cell of spermatozoa and
… While the pluripotency of ES cells has been well established for many years it came as a …

… A few areas of research in stem cell and reproductive medicine … stem cells studied range
from pluripotent (embryonic stem cells and induced pluripotent stem cells) to monopotent stem …

… reproductive medicine for more than one hundred years, has been broken by the discovery,
successful isolation and establishment of ovarian stem cells. … view holds that stem cell aging …

… , using blastocysts donated from Professor Peter Braude’s Assisted Conception Unit (ACU)
at Guy’s Hospital for over a year. Pickering was granted one of the first two UK licences to …

… stem cells, multipotent stem cells are undifferentiated cells that have the ability of self-renewing
for extended time and give rise into specific cells … In the past several years, many attempts …