Index Catalog // ScholarsArchive@OSU

Creator:: Xiong, Yijia, Ford, Nicole R., Hecht, Karen A., Roesijadi, Guritno, and Squier, Thomas C.
Abstract:: Self-assembly of recombinant proteins within the biosilica of living diatoms represents a means to construct functional materials in a reproducible and scalable manner that will enable applications that harness the inherent specificities of proteins to sense and respond to environmental cues. Here we describe the use of a silaffin-derived lysine-rich...

Creator:: Xiong, Yijia, Ford, Nicole R., Hecht, Karen A., Roesijadi, Guritno, and Squier, Thomas C.
Abstract:: Self-assembly of recombinant proteins within the biosilica of living diatoms represents a means to construct functional materials in a reproducible and scalable manner that will enable applications that harness the inherent specificities of proteins to sense and respond to environmental cues. Here we describe the use of a silaffin-derived lysine-rich...

Creator:: Xiong, Yijia, Ford, Nicole R., Hecht, Karen A., Roesijadi, Guritno, and Squier, Thomas C.
Abstract:: Self-assembly of recombinant proteins within the biosilica of living diatoms represents a means to construct functional materials in a reproducible and scalable manner that will enable applications that harness the inherent specificities of proteins to sense and respond to environmental cues. Here we describe the use of a silaffin-derived lysine-rich...
Resource Type:: Article

Creator:: Ford, Nicole R., Hecht, Karen A., Hu, DeHong, Orr, Galya, Xiong, Yijia, Squier, Thomas C., Rorrer, Gregory L., and Roesijadi, Guritno
Abstract:: The diatom Thalassiosira pseudonana was genetically modified to express biosilica-targeted fusion proteins comprising either enhanced green fluorescent protein (EGFP) or single chain antibodies engineered with a tetracysteine tagging sequence. Of interest were the site specific binding of (1) the fluorescent biarsenical probe AsCy3 and AsCy3e to the tetracysteine tagged fusion...
Resource Type:: Article

ScholarsArchive@OSU