-
thiomers –
called "preactivated" or "S-protected"
thiomers – were introduced. In
contrast to
thiomers of the
first generation,
preactivated thiomers are...
-
polymers (=
thiomers) can form
disulfide bridges with
cysteine substructures of
keratins getting covalently attached to
these proteins.
Thiomers exhibit therefore...
- three-dimensional
tissue formation. Furthermore,
thiolated xanthan gum (see
thiomers) has
shown potential for drug delivery,
since by the
covalent attachment...
- can be introduced.
Another example is
thiolated polysaccharides. (See
thiomers.)
Thiol groups are
covalently attached to
polysaccharides such as hyaluronic...
-
enhancing properties can be introduced.
Thiolated cellulose derivatives (see
thiomers)
exhibit also high
binding properties for
metal ions.
Cellulose for industrial...
-
cells to grow into the dressing. Furthermore,
thiolated chitosans (see
thiomers) are used for
tissue engineering and
wound healing, as
these biopolymers...
-
mucoadhesive properties can be
introduced as
these thiolated oligomers (
thiomers) are
capable of
forming disulfide bonds with cysteine-rich
subdomains of...
-
molecules into a host.
Hyaluronan can be
crosslinked by
attaching thiols (see
thiomers) (trade names: Extracel, HyStem),
hexadecylamides (trade name: Hymovis)...
- Sündermann N, Prüfert F,
Suchaoin W, et al. (December 2016). "Preactivated
thiomers for
intranasal delivery of apomorphine: In
vitro and in vivo evaluation"...
- polymers) (physical gels) or
chemical bonds such as
disulfide bonds (see
thiomers) (chemical gels), as well as
crystallites or
other junctions that remain...
