Sentence examples for be efficiently derived from from inspiring English sources

When the manufacturing task is changed, a new energy model can be efficiently derived from an existing energy model, just by adjusting the corresponding data dictionary.

To test whether functional sgRNA can be efficiently derived from the pol II promoter-driving miRsh-sgRNA cassette, we transfected mouse embryonic fibroblasts (MEFs) and mouse embryonic stem cells (mESCs) with constitutive EF1a promoter-driving miRsh-sgp53 expression vector and Cas9-P2A-EGFP expression vector.

Further evidence is provided by studies showing that pluripotent embryonic germ cell lines can be efficiently derived from embryonic gonads, which consist entirely of lineage-committed cells (Leitch et al., 2010; Matsui et al., 1992; Resnick et al., 1992).

Here we show that, using electroporation to deliver CRISPR/Cas9 reagents, mice with targeted mutations can be efficiently derived from the inbred C57BL/6NJ, a background strain used for the Knockout Mouse projects (KOMP).

UGBs under multi planning scenarios with given combinations of weights for urban suitability, high-quality farmland protection, and landscape compactness were efficiently derived from the ACO model.

As hESCs have been shown to be most efficiently derived from blastocyst where Oct4 has been restricted to the ICM [ 49], this finding supports the use of mouse blastocysts in modelling human embryo development and hESC derivation.

Here we demonstrate that the enzyme can be efficiently produced in hairy root cultures derived from those transgenic plants, that it can be readily purified and that it is 'biosimilar', i.e. biochemically and functionally equivalent to its transgenic plant-derived counterpart with respect to substrate hydrolysis, OP binding and pharmacokinetics [ 12].

Apart from LVs, vectors derived from oncoretroviruses can be efficiently concentrated as well.

This is what civilization is derived from".

A set of methods is described which can be used to efficiently derive shape information from natural biosonar antennas, to characterize their system properties using numerical methods and visualize the results in a way that gives access to salient features.

Hypothetically, these antigens would be derived from ubiquitously expressed proteins that, under normal circumstances, are not efficiently processed.