Sentence examples for techniques we generated from inspiring English sources

Using recombinant techniques, we generated replication-competent recombinant clonal RSV expressing normal G proteins ('rRSV') or only the membrane-bound form of G ('Gmem rRSV').

Using genetic fate-mapping techniques, we generated transgenic mice in which 94%95%% of tubular epithelial cells, but no interstitial cells, were labeled with either β-galactosidase (lacZ) or red fluorescent protein (RFP).

For each of the five modelling techniques we generated a model for each sample, taking the 0/1 outcome of a specific reference model as outcome.

Using non-linear machine learning techniques, we generated robust multi-omic signatures that predict cellular response to 17-AAG, AZD0530, AZD6244, Erlotinib, Lapatinib, Nultin-3, Paclitaxel, PD0325901, PD0332991, PF02341066, and PLX4720.

Using these techniques, we generate a method, which allows an objective determination of an arch's geometry in a heritage building.

Using various bioinformatics techniques, we generate a set of surface membrane factors that constitutes a well-founded starting point for experimental testing of cell/tissue susceptibility of different HIV strains as well as for cohort studies evaluating patient specific disease progression.

Through an indirect patterning technique, we generated PAA gels with fluorescent 1 μm dot markers in a regularized array.

Using this affinity maturation technique, we generated an improved 4-hydroxy-3-nitrophenylacetyl-specific mAb with ∼ 600-fold lower KD than that of the original mAb.

Using this technique, we generated a precise excision of the complete Dcas ORF on chromosome 3 (Fig. 1A).

In previous studies from our laboratory, using a chromosome-engineering technique, we generated mice with a 6.3 Mb duplication on mouse chromosome 7 that corresponds to human chromosome 15q11-13 [13], [13].

As recommended by the SEM technique, we generated our models from an appropriate calibration data sample, and tested them in two independent validation data samples.