Search Results - "Rapp, Peter B."

Analysis and Control of Chain Mobility in Protein Hydrogels by Rapp, Peter B, Omar, Ahmad K, Shen, Jeff J, Buck, Maren E, Wang, Zhen-Gang, Tirrell, David A

“…Coiled-coil domains can direct the assembly of protein block copolymers into physically cross-linked, viscoelastic hydrogels. Here, we describe the use of…”
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Genetically Encoded XTEN‐based Hydrogels with Tunable Viscoelasticity and Biodegradability for Injectable Cell Therapies by Bennett, Jennifer I., Boit, Mary O'Kelly, Gregorio, Nicole E., Zhang, Fan, Kibler, Ryan D., Hoye, Jack W., Prado, Olivia, Rapp, Peter B., Murry, Charles E., Stevens, Kelly R., DeForest, Cole A.

“…While direct cell transplantation holds great promise in treating many debilitating diseases, poor cell survival and engraftment following injection have…”
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Viscoelastic Phase Patterning in Artificial Protein Hydrogels by Rapp, Peter B, Silverman, Bradley R

“…Viscoelastic forces can affect the dynamics of pattern formation during phase separation in polymeric materials. We programmed an artificial protein hydrogel…”
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Mechanisms of Diffusion in Associative Polymer Networks: Evidence for Chain Hopping by Rapp, Peter B, Omar, Ahmad K, Silverman, Bradley R, Wang, Zhen-Gang, Tirrell, David A

“…Networks assembled by reversible association of telechelic polymers constitute a common class of soft materials. Various mechanisms of chain migration in…”
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Catalytic Sulfamoylation of Alcohols with Activated Aryl Sulfamates by Rapp, Peter B, Murai, Koichi, Ichiishi, Naoko, Leahy, David K, Miller, Scott J

“…We report a new catalytic method for alcohol sulfamoylation that deploys electron-deficient aryl sulfamates as activated group transfer reagents. The reaction…”
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Engineering Antigen-Specific Tolerance to an Artificial Protein Hydrogel by Rapp, Peter B., Baccile, Joshua A., Galimidi, Rachel P., Vielmetter, Jost

“…Artificial protein hydrogels are an emerging class of biomaterials with numerous prospective applications in tissue engineering and regenerative medicine…”
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Genetically Encoded XTEN‐based Hydrogels with Tunable Viscoelasticity and Biodegradability for Injectable Cell Therapies (Adv. Sci. 24/2024) by Bennett, Jennifer I., Boit, Mary O'Kelly, Gregorio, Nicole E., Zhang, Fan, Kibler, Ryan D., Hoye, Jack W., Prado, Olivia, Rapp, Peter B., Murry, Charles E., Stevens, Kelly R., DeForest, Cole A.

“…Injectable Cell Therapies Single‐component protein hydrogels assembled through homopentameric coiled‐coil bundling exhibit rapid shear thinning and…”
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Diffusion and Molecular Association in Artificial Protein Hydrogels by Rapp, Peter B

“…Artificial proteins may be programmed to reversibly self-assemble into water-soluble networks, or “hydrogels”, by encoding them with terminal coiled-coil…”
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