Sentence examples for biological complexity of an from inspiring English sources

The metabolism is the motor behind the biological complexity of an organism.

The biological complexity of an organism does not appear to correlate with the number of protein-coding genes in that organism.

The C-value paradox, the phenomenon describing the lack of correlation between biological complexity of an organism and its genome size [ 1], is probably best exemplified in plants were genome sizes span several orders of magnitude ranging from the 98 Mbp Fragaria viridis genome [ 2] to more than 110,000 Mbp genome of the lily Fritillaria assiriaca [ 3].

At a coarse-grain level, biological complexity of a genome can be redefined as the number of genes that are conserved at a defined evolutionary distance.

This feature supports the notion that established long term cell cultures may not truly represent the biological complexity of a real metastatic phenotype.

Hence, attempts have been made to derive a measure of biological complexity of a genome by equating it with the number of sites that are subject to evolutionary constraints, i.e. evolve under purifying selection 8, 14.

A benefit of this approach is that genetic and environmental factors can be significantly controlled and manipulated, thus making the biological complexity of a disease such as glaucoma easier to approach experimentally.

While a single ranked list of gene sets may capture the biological complexity of a simple cellular system, it is insufficient when applied to the study of complex disease or meta-analysis of large numbers of studies where different pathways are active in different subsets of samples.

Understanding the individual components of the biological complexity of subjects is an important first step, but to better appreciate the "big picture," avoiding the mistake of those blind men is necessary to integrate all the information that comes from the patient as a unique individual, different from any other, so that the intent of personalized medicine can be realized.

In the context of a pilot study, this comprehensive scan of the keloid methylome was attempted as an initial proof of concept to generate a knowledge base for insight into the biological complexity of keloids from a genome-wide promoter methylation perspective.

This challenge partly reflects the biological complexity of CFTR as a protein and the intricacy of its interactions.