Sentence examples for precisely optimized from inspiring English sources

The observation that both increased and decreased core stability inhibit HIV-1 infection82 suggests that uncoating kinetics have been precisely optimized to promote infection (reviewed in Ref. 81).

The white QLEDs based on randomly mixed QDs have advantages such as easy processing and cost reduction, but the inter-particle energy transfer between QDs of different colors induces low current efficiency, poor EQE, and red-shifted EL.110 Therefore, the mixing ratio and the mixed structure of the different QDs should be precisely optimized to obtain balanced white EL.

For the mito-TALEN-based gene editing technique in germ cells or embryos, the concentration of injected mRNA should be precisely optimized in order to guarantee good incision efficiency while avoiding increasing off-target risks.

Therefore, a combination of different high-throughput approaches and precisely optimized methods could overcome the potential limitations related to exosomal detection, characterization, and manipulation [ 20], which may be implicated in biomarker development and possibly in the clinical use of stem cell-derived exosomes in future cancer therapies [ 162].

The ratio of water to dry air mass flow rates was optimized, precisely 45%.

Precisely designed and optimized exposure and chemical etching experiments were employed to unfold the structure of radiation induced surface damage.

To improve the network quality, previous studies have focused on improving the integration step, or more precisely, on learning optimized weights for individual networks, and little effort has been applied toward improving the combined networks after they are constructed.

Theoretical work has suggested that shifts in preferred orientation are helpful for efficient coding of orientation content, but it has remained unclear precisely what is being optimized, nor is it clear how this optimization is computed.

More precisely, denoting by the optimized decision threshold, we assume that each sensor makes use of an actual decision threshold which is uniformly distributed in, where.

23 In this scenario, the 1‐ and 60‐hour sampling times were fixed based on the results of the one‐compartment model (blue boxes) and the other two timepoints were optimized to precisely estimate the intercompartmental clearance and the volume of distribution in the peripheral compartment (red boxes).

The synchronization criteria are further optimized by optimally designing a quadratic Lyapunov function to more precisely estimate the synchronization error bound.