Nanoparticles have similar efficiency to microparticles for biolistic transfection, and can be used to efficiently transfect small cells, organelles, or specific cell regions.
The idea here is that existing social graphs are too inclusive to be used to efficiently discover connections and expertise.
Therefore, our CRISPR/Cas9 vectors can be used to efficiently generate rice mutants.
Bridging breeding can be used to efficiently introduce alien segments of genomes to modern varieties.
Fortunately, the integral image technique can be used to efficiently compute these values.
Data collected in SMARTs can be used to efficiently estimate and evaluate DTRs.
These advances can be used to efficiently create new drugs more selective and more effective.
Encoding algorithms can be used to efficiently represent signals, data, and instructions in processors.
In the next sections, we will discuss some techniques that can be used to efficiently utilise the computational budget.
In this latter approach, all degrees of freedom can be used to efficiently eliminate the intra-supercell interference.
The marker COI gene can be used to efficiently identify Gracilaria species along with the threshold approach.
