The development of smart learning technologies provides great potential for the enhancement of automated assessments.
The Internet provides great potential for the high-level control of process plants.
The novel shallow doping technique provides great potential in the fabrication of high-efficiency SiNW solar cells.
For commercial vehicle manufacturers, the introduction of cost-competitive lightweight materials provides great potential to achieve these objectives.
Given the excellent sensitivity and selectivity of our biosensor, it provides great potential for future applications of mercury ion monitoring.
The ability to break this correlation provides great potential for creating high-performance materials that possess attractive combined properties.
The demonstrated design of the plasmonic PA for sensing provides great potential application in enhancing refractive index sensors and the enhanced infrared spectroscopy.
Nanotechnology as a versatile vehicle to create biomimetic nanostructured tissue-engineered neural scaffolds provides great potential for the development of innovative and successful nerve grafts.
The identification of this conserved stem fragment provides great potential for exploitation of this site of vulnerability in therapeutic and vaccine design.
The modified version of the USER™ cloning system provides great potential for further development of other yeast vectors, transforming these into powerful high-throughput expression vectors.
