- A
fully differentiated cell can
return to a
state of
totipotency. The
conversion to
totipotency is
complex and not
fully understood. In 2011, research...
-
sites of
methylated cytosines, is
likely a key
process in
establishing totipotency.
Demethylation involves the
processes of base
excision repair and possibly...
-
Diagram exposing several methods used to
revert adult somatic cells to
totipotency or pluripotency....
- the
first differentiation, the
cells in the
human embryo lose
their totipotency because they can no
longer form a trophoblast. They
become pluripotent...
-
addition of
plant hormones to the
culture medium. This
ability is
known as
totipotency. A
classical experiment by
Folke Skoog and
Carlos O.
Miller on tobacco...
- Publishing. p. 28. ISBN 978-0-7546-5755-2.
Mitalipov S, Wolf D (2009). "
Totipotency,
pluripotency and
nuclear reprogramming".
Engineering of Stem Cells....
- Ice Age
bryophytes emerging from a
polar glacier with
implications of
totipotency in
extreme environments".
Proceedings of the
National Academy of Sciences...
- de-differentiate and
resume cell division. This has
given rise to the
concept of
totipotency of
plant cells. However, this is not true for all
cells or for all plants...
-
original idea
presented in 1902 was
called totipotentiality (now
termed as
totipotency): “Theoretically all
plant cells are able to give rise to a complete...
- Schulte, K.; Schlatt, S.; Nordhoff, V.; Boiani, M. (December 2017). "
Totipotency segregates between the
sister blastomeres of two-cell
stage mouse embryos"...
