-
mixed multimer may
exhibit greater functional activity than the
unmixed multimers formed by each of the
mutants alone. In such a case, the
phenomenon is...
- the
underlying multimers. The
ability of the
qualitatively defective von
Willebrand factors to
coalesce and form
large VWF
multimers is impaired, resulting...
- T-cells.
Multimers generally range in size from
dimers to octamers; however, some
companies use even
higher quantities of MHC per
multimer.
Multimers may be...
- by
ristocetin can
occur only in the
presence of von
Willebrand factor multimers, so if
ristocetin is
added to
blood lacking the
factor (or its receptor—see...
-
responsible for
cleaving large multimers of von
Willebrand factor (vWF) into
smaller units. The
increase in
circulating multimers of vWF
increases platelet...
- platelets.
Multimers of VWF can be
extremely large, >20,000 kDa, and
consist of over 80
subunits of 250 kDa each. Only the
large multimers are functional...
-
matrix form high
molecular weight, disulfide-bonded
multimers. The
mechanism of
formation of
these multimers is not
presently known.
Plasma fibronectin has...
-
condensation reactions, or by
weaker forces such as
hydrogen bonds. The term
multimer (/ˈmʌltɪmər/) is used in
biochemistry for
oligomers of
proteins that are...
- trimers, and tetramers. Angiopoietin-1 has the
ability to form
higher order multimers through its
super clustering domain. However, not all of the structures...
-
unmixed multimers formed by each of the
mutants alone. When a
mixed multimer displays increased functionality relative to the
unmixed multimers, the phenomenon...
