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COMMUNICATIONS Surface Modification of Polyanhydride Microspheres JINMING GAO†,‡, LAURA NIKLASON†,‡, XIAO-MEI ZHAO§, AND ROBERT LANGER*,† Department of Chemical Engineering, Massachusetts Institute of Technology, Cambridge, Massachusetts 02139, Department of Anesthesia, Massachusetts General Hospital

Learn about Modulation of information flow in the AOB

Along the pH titration coor- dinate, nanophase segregation (that is, micellization) rendered a bistable-state solution consisting of highly protonated unimers in solution versus neutral copolymers in micelles (Fig. 2d).

The mission of MBR is to provide access to state-of-the-art biophysical instrumentation, experimental design, and analyses to the UTSW community.

At pH> pHt, the neutralized PR segments become hydrophobic and self-assemble into the micelle cores (left panel in Figure 1).[9] Hydrophobic micellization dramatically sharpens the pH transition, so that the fluorescence activation (on/off states) is narrowed to less than 0.25 pH units, compared to

Surface hydrolysis of poly(glycolic acid) meshes increases the seeding density of vascular smooth muscle cells Jinming Gao,1,2 Laura Niklason,1,2 Robert Langer1 1Department of Chemical Engineering, Massachusetts Institute of Technology, Cambridge, Massachusetts 02139 2Department of Anesthesia, Massachusetts

Along the pH titration coor- dinate, nanophase segregation (that is, micellization) rendered a bistable-state solution consisting of highly protonated unimers in solution versus neutral copolymers in micelles (Fig. 2d).

At pH> pHt, the neutralized PR segments become hydrophobic and self-assemble into the micelle cores (left panel in Figure 1).[9] Hydrophobic micellization dramatically sharpens the pH transition, so that the fluorescence activation (on/off states) is narrowed to less than 0.25 pH units, compared to

In June 2020, Sandra Schmid moved from UT Southwestern to San Francisco to become the inaugural CSO of the Chan Zuckerberg Biohub in San Francisco.

We have found that PI4P is essential for recruitment of adaptor coat proteins to the Golgi and propose that PI4P helps establish the Golgi's unique organelle identify.