Sentence examples for efficiently produced in from inspiring English sources

Generally, such artificial receptor proteins should be based on monomeric and small polypeptides that are robust, easily engineered, and efficiently produced in inexpensive prokaryotic expression systems.

Tamavidin 2-HOT is efficiently produced in the soluble form by Escherichia coli for practical use.

Recombinant AXE of B. subtilis CICC 20034 could be efficiently produced in a low-cost autoinduction medium with an activity of 6.8 × 103 U/mL.

Interestingly, the strongest immune response was obtained when plasmids encoding lentiVLPs were co-delivered to mice muscles by electrotransfer, suggesting that lentiVLPs were efficiently produced in vivo or the packaging genes mediate an adjuvant effect.

Here, we describe the reconstruction of the sanguinarine branch of the benzylisoquinoline alkaloid pathway in Saccharomyces cerevisiae, resulting in microbial biosynthesis of protoberberine, protopine, and benzophenanthridine alkaloids through to the end-product sanguinarine, which we demonstrate can be efficiently produced in yeast in the absence of the associated biosynthetic enzyme.

This study is the first report in which glucagon is efficiently produced in Brazil using a bacterial system, showing advanced biological activity in in vivo assays.

This study opens up the possibility to efficiently produce in the rice seed pharmaceutical compounds which are available in limited amounts or completely excluded from clinical practice due to the inadequacy of their production systems.

The blood leukocytes efficiently produced H2O2 in response to PMA stimulation, whereas the stimulation by live A. pleuropneumoniae or S. suis was slightly above the basal activation of non-stimulated cells (data not shown).

The expected amiRNA species were readily detected by RNA blot in every line and tissue tested, which demonstrates that the amiRNA precursor is efficiently produced and processed in planta (Figure 3).

Still, p-hydroxybenzoate was efficiently produced from xylose in batch cultivations, at a product-to-substrate yield (Yps) of 12.4 Cmol% (Table  3).

The Pd catalysts supported on non-porous silica or silicas that possessed large pores efficiently produced nHex-NHOH in high yields, presumably because the influence of pore diffusion was small.