Sentence examples for generated deficiencies from inspiring English sources

Two of the deficiencies were molecularly defined, whereas the remaining five were relatively large, randomly generated deficiencies (4 X-ray induced and one generated by imprecise P element excision) with the potential RhoGEF genes well within the predicted endpoints of the deficiencies (Df 3L pbl-X1 uncovers both pbl and CG33275).

We have determined the precise breakpoints of several existing deficiencies and have generated new deficiencies.

To define the region or regions required for proper gastrulation more precisely, we analysed our newly generated smaller deficiencies for their phenotypes.

Nevertheless, further experiments should also prove a second possible explanation for the difference between genetically generated NEP deficiency and pharmacologically reduced NEP activity by thiorphan, namely that the unconditioned knockout of NEP results in several compensatory changes in the activities of peptidases discussed to be involved in Aβ degradation.

The first and the second IMFs are expected oscillation modes, and the others are false IMFs generated due to deficiencies in the iterative algorithm.

The Exelixis collection consists of ∼500 molecularly-defined deficiencies generated by FLP-mediated recombination of FRT-bearing P-element stocks.

Tmub1 KO mice appeared normal in terms of weight, length and in a battery of physiological and metabolic assays (data not shown) routinely run on all mice generated with genetic deficiencies at Lexicon Pharmaceuticals [16].

In either case, our data reveal that even deficiencies generated in a uniform genetic background can harbor second-site mutations (Ryder et al. 2007).

We have analysed a number of deficiencies generated with both GRI and UV irradiation (Table 1 and data not shown), and have been unable to detect any significant mutagen specific deletion characteristics, the majority having a simple contiguous structure.

We also applied new approaches to generate iron-deficiency-tolerant rice lines, including the introduction of an engineered ferric-chelate reductase gene and manipulation of transcription factor genes regulating the iron deficiency response.

Taking advantage of the observation with Arabidopsis, we used RNAi technology to generate JcSDP1 deficiency in transgenic Jatropha.