Sentence examples for optimally engineered from inspiring English sources
Ultimately, optimally engineered pulsed valves should basically all give the same results: the beam is determined by the very fast opening and closing of the orifice, through which the gas should flow into vacuum unrestrictedly.
The biochemical features of cancer provide multiple but overlapping opportunities that could be efficiently exploited by the optimally engineered particulate characteristics of nanomaterials (NMs).
The sealing strategy can be optimally engineered for field applications during or after CO2 injection in order to prevent CO2 leakage.
This, in combination with evidence-based content and strategies, stakeholder input and usability testing, should result in an optimally engineered website designed to improve psychological and clinical outcomes and complement health care delivery.
With asymmetric trading structures, the gains can be sizable since, in addition to internalizing the terms-of-trade externality, the planner optimally engineers a terms-of-trade bias that favors the country with a larger traded sector.
Optimally, a tissue engineered construct should allow sustained delivery of bioactive factors capable of inducing MSC differentiation into chondrocytes and should be easily injected inside the cartilage lesions to avoid surgical operations.
Therefore, thyroid hormone supplementation may be required to optimally mature CM within engineered tissues.
To optimally benefit from the increasing numbers of genetically engineered mice, reliable high-throughput methods for comprehensive behavioral phenotyping of mice lines have become a necessity.
Adoptive T cell therapy depends on the ability to optimally select or genetically engineer cells with targeted antigen specificity and then to induce the cell proliferation preserving their effector function and engraftment and homing abilities.
Over the past two decades, several strategies to manufacture genetically engineered T cells have been proposed, with the goal of generating optimally functional cellular products for adoptive transfer.
When properly employed, unipolar barriers can significantly improve the performance of infrared photodetectors; however, the barriers must be correctly engineered and properly located in the epitaxial structure in order for detectors to function optimally.
