Sentence examples for transformants at a from inspiring English sources

The experimental starter culture yielded [ PSI+] yeast transformants at a frequency of ∼1%, consistent with our previous findings (Garrity et al., 2010).

Similarly, each of the aggregate-positive samples from the four experimental lineages yielded [ PSI+] yeast transformants at a frequency of ∼1%; in contrast, the aggregate-negative samples yielded no [ PSI+] yeast transformants.

In laboratories that use Agrobacterium-based procedures to produce many one and two-copy transformants at a relatively low output of primary transformants, Southern analysis is the preferred technique for copy number determinations.

This plasmid construct was transformed into S. gordonii and BH4XCRR was detected in culture supernatants from transformants at greater concentrations than in supernatants from a SPEX strain expressing the same product.

They are a population of transformants at this point (i.e. not clonal) so we expect the proportion of individual insertions relative to one another may change over time.

In an effort to resolve this poor performance of transformants at the later stages of cultivation, we attempted a preliminary fed-batch experiment where nutrients were supplemented at intervals to one of the transformants NsbHLH2 3–11.

The amplified TAH18 DNA fragments were then integrated into the yeast genome at the TAH18 locus by transformation of the 5C8 strain and selection for cycloheximide-resistant transformants at 28°C as described previously [24].

Growth of the transformants at elevated glucose concentrations in the presence of fructose resulted in improved assimilation of the provided carbohydrates and a significant increase in the overall fermentation productivities.

These results revealed that the T-DNA integrated into the genomes of all transformants at random because DNA bands of various sizes were hybridized.

Vgb was maintained stably and appeared to be expressed in the transformants at VHb levels of about 0.75 nmol/g wet weight.

For differentiating these transformants at molecular level, thermal asymmetric interlaced polymerase chain reaction (TAIL-PCR) was performed to separate the T-DNA flanking sequences for identifying transgenic plants in event-specific detection.