Sentence examples for rate of organisms from inspiring English sources

Several natural factors are known to influence the feeding rate of organisms, such as food source, food quality, body size, temperature, reproductive status, parasite infection and water quality.

It was observed that the feeding rate of organisms <5 mg fluctuated greatly over time, yielding significant differences between different observation periods.

Synthesis of the ribosome has been linked with the growth rate of organisms [ 49].

Mean phosphorous:nitrogen (P N) ratios and relationships of P N ratios with the growth rate of organisms indicate a surprising similarity among and within microbial species, plants, and insect herbivores.

If there are very large numbers of mutations between parents and offspring, then almost certainly some of these mutations would be detrimental, and this appears to place a limit on the mutation rate of organisms with a long generation time.

Besides the biomass composition, the growth-associated maintenance (GAM) and non-growth associated maintenance (NGAM) energies were found to play an important role in simulating the growth rate of organisms [ 30- 32].

This study is a manufacturing design to reduce side effects and to increase use rate of organism by inclusion of Alendronate, a kind of bisphosphonate used for treatment and prevention of osteoporosis, into the center of W1/O/W2 multi-emulsions.

The CLSI recommends the use of the radiometric BACTEC 460, the broth-based macrodilution, or the broth microdilution method for the testing of NTM susceptibility to clarithromycin, and it requires weeks to complete from the time of sample collection because of the growing rate of organism.

Virtually all of the planet's ecosystems have continued to be transformed by human actions; extinction rates of organisms are high and increasing; genetic diversity has declined globally; Europe's common bird populations have declined by 12% since 1990; tropical forests have been falling at a rate of nearly 1% a year; marine fisheries are collapsing.

In summary, the simulations suggest that (i) the first priority for conservation should be habitat preservation and restoration, (ii) information on movement rates of organisms is critical for predicting extinction thresholds and (iii) conservation strategies should consider the quality of the whole landscape, including the matrix.

Respiration rates of organisms usually increase with temperature and several studies have shown that oxygen consumption by mussels increases exponentially with temperature (e.g. [ 64]).