Sentence examples for basic metabolic functions from inspiring English sources

Many biologists hypothesize that this step led to an "RNA world" in which RNA did many jobs, storing genetic information, copying itself, and performing basic metabolic functions.

New research suggests your body is not like a biological robot, requiring the same amount of energy to keep your basic metabolic functions going each minute of the day.

MO2Rest indicate the cost of maintaining basic metabolic functions and was measured as described by Östlund-Nilsson and Nilsson [30].

Thus the Onthophagus expressed sequences provide a good representation of genes with basic metabolic functions.

By result of statistical analysis, enrichment was greatest in classes related to basic metabolic functions (mitochondrion, glycolysis and ribosomes).

Thus, these Geobacteraceae family members contain similar size genomes, share similar basic metabolic functions, and result in similar size genome-scale metabolic models.

In order for its effects on basic metabolic function - in females at least - to turn into a public health crisis, a new factor unique to modern human society may also have needed to be in place: the flowering of a vast commercial empire built on offering copious amounts of highly-palatable food to creatures with an evolved drive to consume and store as much energy as could be had.

Most of the modules could be enriched to the basic metabolic function class, the related CHD pathogenesis, and the related lipid function class.

Additionally, significant enrichment of carbohydrate metabolic process (Additional file 2, GO term) in the spleen and kidney suggested the possibility of a global perturbation of basic metabolic function in the transgenic fish.

Ranking these terms in order of statistical significance (Table  1) revealed that in the spleen, biological functions including lysosome, phagosome, cell adhesion, and basic metabolic function (carbohydrate, amino sugar, and nucleotide sugar) were most significantly impacted.

The module 3 in mitochondria subnetwork (EHEN-M3) was a module which enriched to not only the basic metabolic function class, the related CHD pathogenesis, but also the related programmed cell death function class.