Increasing the ionic strength enabled preparation of CCM-BSA-NPs at 25 °C without reducing agent.
This process enabled preparation, with good control of polymer architecture, of well-defined polymers such as block and graft copolymers, star polymers, macrocycles, and functional polymers.
Furthermore, given the small-scale size of rodent long bones, a series of potting/testing fixtures were developed that enabled preparation and handling of the specimens without incurring damage to the bone shafts.
Addition of a volatile, water-miscible co-solvent (ethanol) to the outer water phase enabled preparation of colloidally stable liposomes, presumably by reducing the poly(I C -enhanced rI C -enhancede lipid bilayerigidity
This enabled preparation of a broad range of phosphonated homopolymers, statistical copolymers, AB diblock as well as ABA and BAB triblock copolymers based on poly(norbornene imide)s with low polydispersity (1.09 1.32).
The Flexibility and Sustainability Fund enabled preparation for such opportunities.
Sporulation on Czapek agar enabled preparation of a sporangiospore suspension used for antifungal susceptibility testing.
This enabled preparation of a water-soluble oxygen probe (by staining bovine serum albumin) and a trace oxygen sensor (by coupling to amino-modified silica gel).
Furthermore, acceleration of hydrogenation reaction by performing PHIP at elevated temperatures enabled preparation of highly concentrated and highly C polarized 1-C-PLAC- d2, e.g., >15.6% of 52 μmoles in 3 mL.
The genetic fusion approach enables preparation of conjugates with 1 1 stoichiometry and homogeneous structure.
The hybrid approach presented here might enable preparation of mechanically strong nanocomposite hydrogels consisting of strongly or weakly charged polymer chains of different architecture.
