Sentence examples for the development of transformation from inspiring English sources

Realizing this bioengineering endeavour necessitates improved understanding of the biogenesis requirements and catalytic variability of C4-Rubisco, as well as the development of transformation capabilities to engineer Rubisco in a wider variety of food and fibre crops.

The development of transformation vectors for non-drosophilid insects has opened the door to the possibility of improving the sterile insect technique (SIT), by genetically engineering factory strains of pest insects to produce male-only broods.

We show in this work how to support the development of transformation algorithms by an automatic theorem prover that allows for an automated analysis of the numerous cases and therefore allows to derive a formal proof of the convergence property of the resulting editor.

Recent and dramatic advances in our understanding of the cellular function of small RNAs (siRNAs, miRNAs, etc). in regulating gene expression have allowed for the development of transformation constructs (RNAi, inverted-repeat, antisense, artificial miRNA, etc)., which silence genes with great precision.

The biotechnological potential of R. oryzae spp. further increased by the publication of the genome sequence of strain 99-880 in 2004 and with the development of transformation systems based on uracil auxotrophy (Skory and Ibrahim 2007).

Important contributions to the evolution of genetic technology of this organism include the development of transformation techniques and the construction of powerful plasmids for gene cloning and for general mutagenesis [ 1, 2].

With the development of transformation-induced plasticity (TRIP) steels this deformation mode is of growing importance.

This paper shows how a domain-specific semantics for object models can be used to support the development of transformations that reflect a particular implementation strategy.

Through a local Hebbian process of synaptic modification, the new inputs of these similar transforms then become associated onto the same output neurons, thus leading to the development of transformation-invariant visual representations in a biologically plausible way (Fig.  4).

In the path to developing C. briggsae and P. pacificus as model systems, key steps were the development of DNA transformation approaches, an annotated genome and transcriptome, and the cognate bioinformatic tools required to mine these resources.

The development of this transformation sponsors the sp3 bonding that has been monitored using XPS.