Sentence examples for many genetic tools from inspiring English sources

Many genetic tools are available to trigger ectopic signalling or prevent endogenous signalling.

There are many genetic tools available, including analysis of mitochondrial DNA (mtDNA) sequences (e.g. COI or other suitable mtDNA genes) and appropriate nuclear DNA markers (e.g. microsatellites, single nucleotide polymorphisms), environmental DNA (eDNA) techniques and microbial metagenomics.

It has a fully sequenced genome, and many genetic tools are available, including transgenesis and target-selected mutagenesis, which can be used to manipulate expression of aging-related genes (reviewed in [11], [12], [13], [14]).

Many genetic tools are available to address the mechanisms of pathogen action in Drosophila.

Second, there are many genetic tools and techniques that researchers can use to manipulate the fruit flies' behaviors.

However, studies on sarcopenia have benefited from the shorter lifespan and the many genetic tools available in mice.

Combined with its comparably robust and fast growth on H2 + CO2 Methanococcus species, most prominently M. maripaludis, prevailed as the genetic model for hydrogenotrophic methanogens, for which many useful genetic tools have been developed (Table 1, and see Sarmiento et al. 2011 for a review).

Therefore, in this study the fully sequenced P. putida KT2440 was used exhibiting a non-pathogenic character, close relativity and therefore similar precursor capabilities to P. aeruginosa and availability of many established genetic tools like native and synthetic inducible promoter systems and different vector systems (Ochsner et al. 1995; Nelson et al. 2002; Loeschcke and Thies 2015).

This is because many powerful genetic tools have been developed to study gene and neural circuit function in Drosophila.

Its typical eukaryotic biology and many molecular genetic tools have enabled Tetrahymena researchers to contribute to landmark discoveries of fundamental eukaryotic cellular mechanisms, such as the first cytoskeletal motor (2), catalytic RNA (3), telomere structure (4) and telomerase (5) and the role of small RNAs in programmed somatic genome rearrangement (6).

Despite these concerns, many of the genetic tools available for yeast have been constructed in auxotrophic strains.