Sentence examples for be exploited to rapidly from inspiring English sources
We examined CSSC contractile behavior to assess whether this property could be exploited to rapidly generate cell and ECM organization in Real Architecture For 3D Tissues (RAFT) tissue equivalents (TE) for transplantation.
We have demonstrated that a microfabricated MFC array system can be exploited to rapidly screen and characterize microbial electrochemical activity.
The difference in sensitivity of surface tension of mesh was exploited to rapidly separate liquids in binary mixtures of general solvents.
By using the hard threshold method, R m,j) can be exploited to determine whether the rapidly evolving components are present in the j th channel at the m th frame.
This standardized SDS-based perfusion decellularization protocol can be exploited to develop superior liver scaffolds efficiently, rapidly, and economically, which is ideal for the construction of liver grafts for clinical transplantation.
Cardiac muscle engineering is evolving rapidly and may ultimately be exploited to (1) model cardiac development, physiology, and pathology; (2) identify and validate drug targets; (3) assess drug safety and efficacy; and (4) provide therapeutic substitute myocardium.
Traditional agricultural practices can partly enhance the nutritional value of plant foods, but the advances in the 'omics' technologies are rapidly being exploited to engineer crops with enhanced key nutrients.
In this section, the Bi-LS subspace tracking [46] is exploited to track the dynamic signal subspace rapidly and accurately, and a power-associated method is developed to determine the dimension of the projection subspace.
The advantages of zebrafish embryos were exploited to visualize IAV infection in vivo and to rapidly confirm the antiviral activity of a known anti-influenza compound.
The special features of subtelomeres, including hyperevolution and reversible gene-silencing mechanisms, have been exploited to great effect, resulting in an enormous archive of rapidly mutating silent VSG genes and telomere-associated mechanisms for their differential expression.
