Ultra-low loss, Low propagation loss, High fabrication tolerance
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Compatible with a wide range of catheter pore sizesLow cost per device fabricatedDurable; initial testing showed that microactuators subjected to over 250 million cycles of actuation did not experience any significant change in its mechanical property
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This technology is especially adapted to utilize data acquired and processed by existing high-throughput instrumentation, chemistries, and software ("DXMS") recently developed at UC San Diego.
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Tolerance can be obtained, in some cases, with as few as one dose Induction of antigen-specific tolerance avoiding global immune suppression Convenience of either oral or nasal delivery A range of antigens can be fused to a single ligand protein enabling tolerance to the full range of antigens that .....
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UC San Diego researchers have developed methods and devices for fabricating or patterning nanostructures on surfaces using nanomotors. In one example, catalytic nanowire motors move along predetermined paths to fabricate nano-objects in the presence of the relevant reaction precursors and a catalyst.....
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