Sentence examples for genomic cellular and from inspiring English sources

In particular, he is interested in a better understanding of the epidemiology and causes of these components of chronic lower respiratory disease using methods that integrate advanced imaging (predominantly computed tomography [CT] and magnetic resonance imaging [MRI]) with genomic, cellular and biomarker information in large cohorts.

In the first section, the 5 chapters introduce the basic processes affecting microbial evolution, from the individual molecular level to the genomic, cellular, and population levels.

Even if function has been conserved between the transferred and replaced genes, the genomic, cellular, and ecological context will be different between the donor and recipient populations, such that a different evolutionary trajectory may have been followed.

Although genomic, cellular, and morphological aspects of Brachypodium have been widely explored in recent years, little information is available about molecular genetic analyses, and thus no systematic efforts have been made to identify its stable reference genes.

An important observation is that chromosomally adjacent and functionally related genes may be replaced by versions from different, disparate donors (e.g., the cobalamin synthesis pathway genes in fig. 3) creating diverse genetic combinations in alien genomic, cellular, and ecological contexts.

However, due to the retrospective research and small sample size, further prospective clinical study and genomic, cellular function and mechanistic studies are needed to prove our conclusions.

In this study, we used a combination of genomic, molecular, cellular, and proteomic approaches to further investigate the role of ATG genes throughout the P. falciparum asexual and sexual blood stages.

From this continuous process of sampling of public goods, integration of the goods into a genome followed by genomic and cellular replication and division, we can see a net-like structure emerge with some local parts of this structure is expected to look tree-like (see Figure 1).

This type of DNA damage must be properly repaired to maintain genomic and cellular integrity, and this repair is primarily accomplished by the Fanconi anemia pathway (FA pathway) (Moldovan and D'Andrea, 2009).

Several studies used CRISPR-Cas9 to directly target cancer cell genomic DNA in cellular and animal cancer models which have shown therapeutic potential in expanding our anticancer protocols.

Transcription factors are key regulators involved in translating genomic information into cellular and organismal phenotypes.