Examples of using Structures can in English and their translations into Chinese
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Programming
Population age structures can shift relatively rapidly and sometimes dramatically in response to policies and programs, to epidemic diseases and to other natural and human-induced events.
Such structures can easily carry the specific patterns for the million or more genes which it is estimated that a cell may have.
Levy& Goldberg(2014)[53] have shown that dependency structures can be used as context to capture more syntactic word relations;
These structures can be used to deliver drugs, encapsulate tools like CRISPR-Cas9 gene editing elements, or even store information.
Structural steel structures can withstand external pressures such as earthquakes, thunderstorms, and cyclones.
These structures can then be used to create functional assemblies able to sense biological cues, change shape, or release embedded biomolecules.
The consensus among MNT researchers is that, in principle, a wide range of molecular structures can be produced cost effectively.
Until such structures can stand on their own, EULEX operates a fully operational and independent witness protection programme for Kosovo.
Customary practices and traditional structures can also contribute to further aggravating the situation.
International mechanisms or structures can pose problems and obstacles, just as national policies and mechanisms can hinder development.
More complex structures can be defined by introducing multiple operations, different underlying sets, or by altering the defining axioms.
Pop-up structures can be used to make inventive books, greeting cards and all kinds of original art work.
Let's review design best practices in addition to three benefits these structures can offer your food plant.
The team found that these structures can stick around for a very long time under the right conditions.
In cancer, vessel-like structures can be created by a non-endothelial cell type.
Determining protein structures can help researchers find potential targets for new drugs, essential enzymes and possible vaccine candidates.”.
Proof that extremely complex structures can be assembled, as designed, with subnanometer precision.
These steep-sided structures can reach a height of hundreds of meters and may become unstable, especially given underlying seismic activity.
The topological and linear algebraic structures can be tied together even more closely with additional assumptions, the most common of which are listed below.
The different resulting structures can alter the drug's solubility and how much of it reaches a person's bloodstream after it is taken.