… an approach using self-assembled networks of elastin and fibronectin fibers, similar to the …
proteins form fiber networks of ≈10-μm spacing, leaving open regions of disorganized protein …

… Here, we show that a protein nanofiber (14 kDa) is … of this full protein sequence, in vitro
self-assemble into fibers and … the mineral and self-assembled protein fibers. We anticipate that the …

… Here we follow calcium phosphate mineralization on protein fibers self-assembled in vitro …
phosphate particles templated along the self-assembled fibers, while elastin fibers only collect …

… (ECM) proteins like Fibronectin and … self assembled fiber networks reach sizes of dimensions
similar to natural ECM. Here we present a study of biomineralization on these protein fibers…

… In a recent study [1], we showed that early stage biomineralization can be templated by …
After 3 days of incubation in protein solutions, self-assembled networks of protein fibers were …

… In a recent study [1], we showed that early stage biomineralization can be templated by …
After 3 days of incubation in protein solutions, self-assembled networks of protein fibers were …

… the differences in the self-assembled structures that are observed. … fibers formed on SPS
surfaces from solution, at early times, biomineralization is templated along the protein fibers…

… protein might poison or catalyze a crystal face, thus affecting growth (Fig. 7.1b), or cations
might bind to an ordered organic, creating a template … of structural templating – a mechanism …

… The mechanical properties of the protein fibers during the early stages were probed by …
crystals templated along the self-assembled fiber structures, while elastin fibers collected calcium …

… use natural materials as templates and mimic natural biomineralization processes, thereby
… image of the self-assembled GPG-AG3 fibers after 3 days at 45 C; the fibers had an average …