- each set of chromatids, the
nucleoli reappear, and
chromosomes begin to
decondense back into the
expanded chromatin that is
present during interphase. The...
-
nuclear envelope forms around each set of
daughter chromosomes,
which decondense to form
interphase nuclei.
During mitotic progression,
typically after...
-
appears to be in the form of 30-nm fibers.
Chromatin structure is the more
decondensed state, i.e. the 10-nm
conformation allows transcription.
During interphase...
- RNA
biosynthese are
mirrored in the
structure of the chromosomes,
which decondense and form
lateral loops giving them a
lampbrush appearance (see Lampbrush...
-
chromatin is condensed, the
nucleus becomes more rigid. When
chromatin is
decondensed, the
nucleus becomes more
elastic with less
force exerted on the inner...
-
Neutralization of
charged lysine residues by HATs
allows for the
chromatin to
decondense so that this
machinery has
access to the gene to be transcribed. However...
-
remodeling complex.
Artificial tethering of BRCA1 to
chromatin was
shown to
decondense heterochromatin,
though the SWI/SNF
interacting domain was not necessary...
- high-affinity
binding in vivo. In
strains lacking HU, the
nucleoid is "
decondensed",
consistent with a role of HU in DNA compaction. The
following in vitro...
-
acetylation (which is ****ociated with
transcriptional activation and
decondensed chromatin) at the
hippocampal BDNF promoter, and also
reduced expression...
- fertilization, once it is
inside the
cytoplasm of the egg and has
begun to
decondense.
protoblast protostome reproductive biology secondary ****tocyte ****...
