- such as a figure-eight. This
shape is
referred to as a
supercoil. (The noun form "
supercoil" is
often used when
describing DNA topology.) The DNA of...
-
negative supercoiling to DNA,
while it also is
capable of
relaxing positive supercoils. It does so by
looping the
template to form a crossing, then
cutting one...
-
Cozzarelli and co-workers. DNA
gyrase catalyzes the
introduction of
negative supercoils into DNA and is the only type II
enzyme to do this, all the
others catalyze...
-
existing negative supercoils before causing a
buildup of
positive supercoils ahead of RNAP and
introduces more
negative supercoils behind RNAP. In principle...
- type I
keratins and 26 are type II keratins.
Fibrous keratin molecules supercoil to form a very stable, left-handed
superhelical motif to multimerise,...
-
release the
supercoil, and then
rejoining the strands.
Gyrase is most
commonly found upstream of the
replication fork,
where the
supercoils form. Single-stranded...
-
family Zonitidae, the true gl**** snails. It is
known as the
Mirey Ridge supercoil. This
species is
endemic to the
United States,
where it is
known from...
- shot down by
their huge, multi-cannon gun,
simply named Secret Weapon.
SuperCOIL: a
secretly developed radar-invisible B-2 variant,
which carries an airborne...
-
strands of the DNA
helix simultaneously in
order to
manage DNA
tangles and
supercoils. They use the
hydrolysis of ATP,
unlike Type I topoisomerase. In this...
- Dorier, Julien; Burnier, Yannis; Stasiak,
Andrzej (2015). "Generation of
supercoils in
nicked and
gapped DNA
drives DNA
unknotting and
postreplicative decatenation"...
