Sentence examples for as a nutrient supply from inspiring English sources

Biochar has been also shown to reduce the amount of methane (CH4) released from agricultural fields that utilize cover crops as a nutrient supply [15].

In this work, glycerol was used as the sole carbon source for the cultivation of the oleaginous yeast Rhodotorula glutinis along with only yeast extract as a nutrient supply and without pH control.

Whether such gradual solubilization may function as a nutrient supply during the fermentation, or exert negative effects, warrants further in-depth examination.

These latter data suggest that siHIPK2 cells and also the few remaining HIPK2+/+ ones were still viable after, respectively, 48 and 24 h glu stv and capable of resuming cell proliferation as soon as nutrient supply was provided.

Soil qualities like texture and depth will affect water infiltration, retention, and availability, as well as nutrient supply and availability (Scott, 2000), and may affect seedling survival and root development.

Thus, we found here that both cell lines were still capable of resuming cell proliferation as soon as nutrient supply was provided, in line with the concept that tumor cells develop tolerance to nutrient deprivation that can therefore contribute to tumor progression.

Cancer cells, in contrast, have lost responsiveness to most external growth signalling and as a consequence, nutrient supply in the form of glucose likely plays a unique role in maintaining cancer cell viability.

In a mutualism relationship between algae and bacteria, the algae obtain the required vitamin B12 from bacteria and the metabolites they generate can serve as a consistent nutrient supply, including dissolved organic carbon (DOC) or DMSP, for the bacteria.

This reduction can be interpreted as reflecting a reduced nutrient supply from the Pacific, resulting from the shallowing of the Tsugaru Strait (White and Alexandrovich 1992).

In a wide variety of living organisms, chitinases degrade chitin, which serves as a nutrient that supplies nitrogen and carbon sources to the organisms.

However, recent work shows that costs of resistance are highly variable depending on environmental factors such as nutrient supply and population structure, as well as genetic factors including the mechanism of resistance and genetic background.